307/2002 Sb.
DECREE
The State Office for nuclear safety
of 13 October. June 2002
on radiation protection
Change: 499/2005 Sb.
Change: 389/2009 Sb.
State Office for nuclear safety shall be determined according to § 47 para. 7 to the
implement section 2 (a). h) section 4, section 2 (a). Gg), § 4, paragraph 4. 4, 5, 6, 7, 11
and 12, § 6 (1). 2, 3, 4, 5 and 6, § 7 (2). 3, § 8 para. 1, § 9 para. 1
(a). (h)), i), (j)), and r), § 13 para. 3 (b). (d)), § 17 para. 1 (b). d), §
18 paragraph 1. 1 (b). and), (c)), section 22 (b). (e)), § 24 para. 4 and 6, I. I. 7,
I. 8, 12 and 13 of annex I to the Act No. 18/1997 Coll. on peaceful uses of
of nuclear energy and ionizing radiation (the Atomic Act) and on the amendment and
to certain laws, as amended by Act No. 82/1998 Coll. and Act No.
13/2002 Coll. (hereinafter the "Act"):
PART THE FIRST
INTRODUCTORY AND GENERAL PROVISIONS
TITLE I OF THE
§ 1
The subject of the edit
(1) this Ordinance in accordance with the law of the European Communities ^ 1)
modifies the
and details for how to) and the range of collateral radiation protection when
work in workplaces where they perform radiation activity, including
the details for the definition, labelling and notification or approval
monitored or controlled zones at these workplaces
(b) to carry out activities for details) in connection with the performance of the work,
that are associated with an increased presence of natural radionuclides or
with the increased influence of cosmic radiation and lead or could lead to the
a significant increase in the exposure of individuals (hereinafter referred to as "the working activities
with increased exposure from natural sources "), by providing for the interested
the site and the person measuring range and guideline values for interventions to
reduction of elevated exposures from natural sources,
(c) guidelines for details) the preparation and implementation of interventions to prevent
or reduce exposure, and provides guideline values for these interventions,
(d)) exemption levels, release levels, limits of exposure, optimization
the limits, the limit values for the content of natural radionuclides in construction
materials and waters, and maximum permitted levels of radioactive
contamination of food,
e) details to classify the sources of ionizing radiation and categorization
exposed workers and workplaces where they perform radiation activities
f) technical and organisational requirements, procedures and guideline values for
demonstration of the optimization of radiation protection,
(g)), the scope and management of sources of ionizing radiation, waste
radioactive waste management and the placing of radionuclides to the environment, to
which are subject to authorisation, and edits the details for ensuring radiation
These radiation protection activities,
h) conditions for medical exposure, diagnostic reference levels and
rules for the exposure of individuals voluntarily helping persons
patients undergoing medical exposure.
I) lays down the technical and organizational conditions for the safe operation of the sources
ionizing radiation and workplaces with them, including high-and
abandoned radiators
j) defines variables, parameters, and really important in terms of
radiation protection, the scope of their monitoring, measurement, evaluation,
authentication, registration, evidence and the way of transmission of data to the
the Office for nuclear safety (hereinafter referred to as "the authority").
(2) this Ordinance shall not apply to the exposure of natural background, it is
the radionuclides contained naturally in the human body, to cosmic radiation,
that is common on the Earth's surface, or radiation caused by the
radionuclides present in the intact human activity on the Earth's crust and
other exposures from natural sources of ionizing radiation nemodifikovaná
human activities.
(3) this Ordinance has been notified in accordance with the directive of the European
Parliament and Council Directive 98/34/EC of 22 December 2004. June 1998 on the procedure for the provision of
information in the field of technical standards and regulations and of rules on services,
the information society, as amended by Directive 98/48/EC.
§ 2
Basic concepts
For the purposes of this Ordinance, means the
activation-the process), in which a stable nuclide is transformed into
radionuclide radiation particles or gamma radiation of high energy,
(b)) normal operation-operation of sources of ionizing radiation, under the conditions
set out in a permit for its operation or handling, and in
approved documentation
c) radiation-the device or generator device sending ionizing
radiation and containing components operating at a potential difference of more than 5 kV,
in particular, the x-ray equipment ^ 3) and particle accelerators,
d) cosmic radiation – ionizing radiation of cosmic origin,
e) medical supervision-monitoring medical fitness and development
health of workers and of the aspects of the category of possible influences
ionizing radiation on their health, carried out in the framework of the
occupational health services,
(f))-targeted monitoring, measurement of quantities characterizing the exposure,
the field of radiation or radionuclides, and evaluation of the results of these measurements for
the purpose of the streamlining of the exposure,
g) dosimetry service beneficiary-the person who performs on his own
the responsibility of reading or interpretation of individual monitoring devices registered
or other reviews or external radiation measurement
of radioactivity in the human body or in biological samples, or
evaluation of the internal radiation exposure, which allows to determine the annual effective dose
or her time (hereinafter referred to as "personal dosimetry service"), and which is
the holder of an authorisation pursuant to § 9 para. 1 (b). r) of the Act,
h) authorized by a doctor-physician medical device that provides
employers occupational health services for workers in category A,
I) personal benefits-summary descriptions for quantities characterizing the
the degree of external and internal exposure of individuals, in particular effective
dose, time effective dose and equivalent dose in each
organs or tissues; personal benefits individual monitoring shall be measured,
j) open-emitter-radionuclide radiopharmaceutical radiator that is not
a sealed radiator, radionuclide
k) workplace with open radiator-the workplace, where it is treated with
Open radionuklidovými the radiator,
l) place to work-part workplace characterized by unequivocal
their trademarks (insulation, ventilation and shield) properties
defined spatially or technologically (desk, application or
the inquiry box, hood, welded reinforced vacuum Cabinet, etc.),
may be carried out individual work with sources of ionizing radiation; in
one room may be more jobs if every form of
separate entity in terms of work organisation,
m) natural source of ionizing radiation ionizing radiation source
terrestrial or cosmic origin,
n) radioactive contamination-contamination of any material, or its
the surface, the environment or a person radioactive substance; in terms of human
the body includes both external skin contamination and internal contamination without
regardless of the path of income,
a medical physics expert)-a healthcare professional with expert
competence to practise the profession of radiological physics under special
legislation ^ 5b),
p) radiological device-medical device ^ 6) used to
investigation or treatment in nuclear medicine, radiation therapy, or
radiodiagnostic medicine, which is also the source of ionizing radiation or
that can affect the exposure of patients or other individuals undergoing
medical exposure.
r) radiological procedures-the procedures concerning any medical
radiation in nuclear medicine, radiotherapy or radiodiagnostic medicine,
with) radionuclide-kind of atoms that have the same number of protons, the same
the number of neutrons the same energy State and which are subject to spontaneous
change in the composition or the State of atomic nuclei,
t) radionuclide radiator-the source of ionizing radiation that contains
radioactive substances where the sum of the activities of radionuclides and shares
exemption levels of activities for these radionuclides is greater than 1, and
at the same time the sum of the shares of the nuclide of radionuclides and
exemption levels of activity for these radionuclides by weight is
greater than 1,
u) diagnostic-related to radiodiagnostic medicine in nuclear
in vivo medicine, medical diagnostic radiology, and dental
diagnostic radiology,
in radiotherapeutic)-related to radiotherapy including nuclear
medicine for therapeutic purposes,
w particle accelerator)-radiation generator of energy higher than 1 MeV, in
which are accelerated by a particle
x) an artificial source of ionizing radiation-another source of ionizing radiation
than the natural source of ionizing radiation,
y) sealed radioactive-radioactive heater radiator, whose
Edit, for example, encapsulation or protective overlay, secures
the tests verified the tightness and excludes, under foreseeable conditions
use and wear, leakage of radionuclides from the radiator,
from a radiation-exposure) inside a person to ionizing radiation from radionuclides
naturally occurring in the body of this person, usually as a result of income
radionuclide ingestion or inhalation,
AA) health screening-a diagnostic procedure in which it is used
radiological devices to ensure timely diagnosis of risk
groups of the population,
BB) outlet-liquid or gaseous substance emitted into the
an environment that contains radionuclides in amounts not exceeding
clearance levels or emitted into the environment under the conditions
specified in the authorization for marketing of radionuclides into the environment,
CC) external radiation exposure of persons to ionizing radiation-from sources
ionizing radiation, which are located outside the EU,
DD) disposal of radioactive waste-the location of the radioactive
the waste at the store or at a specific location without intending to use them again;
the disposal also includes legitimate releases of radioactive waste
directly into the environment and its subsequent dispersion.
EE) abandoned Radiator-closed radiator that is not undertaking under
the supervision laid down the law and whose activity at the time of his
the award is higher than the exemption level of activity under section 5. Abandoned
a source is a source that, in particular, under the supervision of laid down by
the legislation never was, or has been abandoned, lost, stolen or transferred
without notice to the recipient or, without notice of the authority,
FF) high-activity radioactive heater radiator-closed, whose
activity at the time of manufacture or, if this period is not known, at the time of his
the first placing on the market is equal to or higher than the level
activities referred to in annex 2,
Gg) unused source-the source of ionizing radiation, which is no longer to
the activities for which the Office was granted a permit in accordance with § 9 para. 1 (b).
I) of the Act, does not use, and whose further use for this activity is
It is not expected
HH) recognized stock-workplace the legitimate Authority in the conditions of the permit
According to § 9 para. 1 (b). (d)) or i) of the Act to collect or
long-term storage of radionuclide emitters, including high-activity
radiators, where applicable, to their reworking.
§ 3
Quantities of radiation protection
For the purposes of this order, the quantities of radiation protection means
and equivalent dose, HT), which is the product of the radiation weighting factor, wR
referred to in table 1 of annex 5 and medium dose absorbed ^ 7)
DTR in organ or tissue T for ionizing radiation R, or the sum of such
of the products of, if the radiation field is composed of multiple species or
energy,
(b)) the effective dose (E), which is the sum of the products of the tissue weighting factors
WT listed in table 2 in annex 5 and equivalent dose HT in
the irradiated tissues or organs T,
c) collective effective. equivalent dose, which is the sum of the
effective, or. equivalent doses of all individuals in a particular
the group,
d) time effective dose E (tau). equivalent dose HT (tau), which
is the time integral of the input of the effective dose, respectively. equivalent dose
for tau from receipt of the radionuclide; unless stated otherwise, this time
50 years for receipt of radionuclides in adults and the period up to the age of 70 for
the intake of radionuclides in children; Similarly, it is also defined by the time collective
effective, or. equivalent dose,
e) dose equivalent H, which is the product of the absorbed dose in the IP
point of the tissue and the quality factor Q referred to in table 3 of the annex No.
5 expressing the different biological effectiveness of different types of radiation,
(f)) the personal dose equivalent Hp (d), which is the dose equivalent at a given
point below the surface of the body at a depth of tissue (d),
g) equivalent volume activity of radon aekv, which is the weighted sum of
activity concentration ^ 7) a1 polonia 218, a2 activity concentration of lead 214 and
a3 activity concentration specified by the relationship aekv bismuth 214 = 0.106. a1 +
0,513. a2 + a3, 0,381.
h) activity concentration index I, which is the number specified on the basis of
Nuclide to-40, Ra-226 and Th-228 the relation I = aK/3000 Bq.kg-1
+ aRa/300 Bq.kg-1 + aTh/200 Bq.kg-1,
I) intake, which is the activity of the radionuclide in the body of the received
environment, usually by ingestion or inhalation,
j) conversion factor income, which is a coefficient indicating the effective dose
attributable to the unit; the conventional values of the conversion factors
income from ingesting iing. inhalation of iinh, calculated on the basis of
the standard models are listed in the tables in annex 3,
k) photon dose equivalent, which is a expozice7) multiplied by the factor
38.76 Sv. C-1.kg.
TITLE II
CLASSIFICATION OF SOURCES OF IONIZING RADIATION
(§ 4 para. 12 of the law)
§ 4
The criteria for classifying sources
(1) sources of ionizing radiation, according to the upward risks to health and
environmental ionizing radiation shall be classified as a minor,
small, simple, relevant and very important, on the basis of
and) of the dose equivalent,
(b)) technical adjustments and how to perform,
(c)) activity, and mass activity of radionuclide emitters, generally in the
relation to zprošťovacím levels,
(d) the escape of radionuclides) of radionuclide emitters,
(e)) the possibility of radioactive waste and the performance of their
disposal,
(f)) of a typical form of treatment and the extent of potential exposure, related
g) potential harm resulting from the foreseeable failures and
deviations from normal operation, unauthorized use, or improper
the use of the
h) risk of radiation accident or disaster, the severity of the consequences
such an event and the possibility of interference.
(2) having regard to the typical method of management of sources of ionising
radiation related peace possible exposure and potential risk arising
from foreseeable faults and deviations from normal operation, the Office may
the framework of the type-approval, pursuant to section 23 of the Act or in the issue of the
to enable the management of sources of ionizing radiation in accordance with § 9 para. 1
(a). I) Act or for consumer products in the framework of the authorisation to
their manufacture or preparation or for their import or export pursuant to § 9
paragraph. 1 (b). with) of the Act to decide on the classification, other than those specified in
§ 6-10.
§ 5
Exemption levels
(1) the exemption levels of activity are for individual radionuclides
set the values of activity ^ 7) in the second column of table 1 of the annex
No 1 and exemption levels activity concentration by weight values
activity ^ 7) in the third column of table 1 of annex 1. Exemption
levels of activity applicable to the total quantity of radioactive material in
^ 8) held by one person as part of a specific radiation activity.
(2) For radionuclides that are marked in the first column of table 1 of the annex No.
1 and listed in table 2 of annex 1, the exemption levels according to the
paragraph 1 shall apply not only to itself, but these radionuclides
These radionuclides are also represented in the balance with those of their products
radioactive transformations that are listed in the second column of table 2
Annex No. 1.
(3) for a mixture of radionuclides is not exceeding the exemption level
been fulfilled, that the
and the sum of the activities of individual shares) of radionuclides and the relevant
exemption activity levels no higher than 1, or
(b) the sum of the shares by weight) the activities of individual radionuclides and
the relevant exemption levels of activity by weight is not higher than 1;
When the totals according to letters a) and b) are added together, always shares for all
radionuclides, represented in substance, in addition to the radionuclides referred to in the second
column of table 2 in annex No. 1.
(4) exemption levels do not apply to the placing of radionuclides to the
of the environment. The marketing of radionuclides into the environment from the
permitted activities subject to radiological clearance levels pursuant to §
57. The release of radionuclides into the environment from working
activities with increased exposure from natural sources are subject to
clearance levels under section 89.
§ 6
Insignificant sources
Minor source of ionizing radiation is
and) electrical equipment emitting ionizing radiation, but not containing
components working with difference voltage exceeding 5 kV,
(b)) and the cathode tube intended for the display of or any other electrical
a device operating at a potential difference not exceeding 30 kV, for which
power dose equivalent at any accessible point in the
a distance of 0.1 m from the surface of the device is less than 1 mikroSv/h,
c) radioactive substance, for which the sum of the activities of radionuclides and shares
the applicable exemption level of activity is not greater than 1 or the sum of the
shares of the nuclide of radionuclides and the relevant exemption
levels of activity concentration is greater than 1,
(d)), in which the radiopharmaceutical radiator combined share of activities
radionuclides and the relevant exemption levels of activity or the sum of the
shares of the nuclide of radionuclides and the relevant exemption
levels of activity concentration is greater than 10,
e) equipment containing radioactive sealed radiator designed
the power consumption of the dose equivalent at any accessible point in the
a distance of 0.1 m from the surface of the device is less than 1 mikroSv/h, and
at the same time having regard to the typical way of handling, related degree
the possible exposure and potential threats resulting from the foreseeable
disorders and deviations from normal operation, this classification was confirmed in
the framework of the type-approval, pursuant to section 23 of the Act or in the issue of the
to enable the management of sources of ionizing radiation in accordance with § 9 para. 1
(a). I) of the Act for the production, import or distribution of these devices,
f) material contaminated with radionuclides originating from authorised the marketing of
radionuclides into the environment, according to § 9 para. 1 (b). h) of the Act,
If the Office, in the conditions of the relevant authorisation has not stipulated otherwise,
g) consumer product with radionuclides, including fire detectors, ionization
not covered by the provisions of section 7 (b). (e)), if the
authorization to manufacture or preparation or for their import or export
According to § 9 para. 1 (b). with the law was not otherwise specified).
§ 7
Minor sources
Small source of ionizing radiation is
and radiation generator) is not a least, designed
the power consumption of the dose equivalent at any accessible point in the
a distance of 0.1 m from the surface of the device is less than 1 mikroSv/h
the exception specified under normal working conditions for the handling and
operation of the appliance exclusively with his hands where they can input dose equivalent
up to 250 mikroSv/h,
(b)) a closed radiator that is not radioactive minor source, for
where the sum of the shares of the activities of radionuclides and the relevant exemption
activity levels or by weight of the total activities of radionuclides and
applicable exemption levels of activity concentration is less than 100 in
the case of the long-term alpha emitters, including alpha-neutron sources, and
less than 1000 in the other cases,
c) equipment containing radioactive sealed radiator, which is not
minor source, designed so that the power consumption of the dose equivalent
on any accessible place, at a distance of 0.1 m from the surface of the device
is less than 1 mikroSv/h, with the exception of places designated under normal working
conditions for the handling and operation of the appliance exclusively with your hands, where it can
power dose equivalent up to 250 mikroSv/h, which with
a view on the typical way of handling related peace possible
exposure and potential risk arising from a foreseeable failures and
deviations from normal operation, this classification was confirmed in the framework of the
a type-approval in accordance with § 23 of the Act or in the issue of permits to
management of sources of ionizing radiation in accordance with § 9 para. 1 (b). I)
the law for the manufacture, import or distribution of these devices,
(d) radioactive heater) open that is not insignificant source for
which the combined share of activities or weight of the activities of individual
radionuclides and values activities or weight of these activities
radionuclides listed in table 1 of annex 1 is less than 10,
e) ionization smoke detectors of fire, which is greater than the sum of the activities of the radiators
ten times the exemption levels of activity,
at the same time in one building and held by one person.
§ 8
Simple source
Simple sources of ionizing radiation are all sources
ionizing radiation, which are not insignificant, minor, major
even very important sources of ionizing radiation.
§ 9
Significant resources
A major source of ionizing radiation is
and radiation generator intended to) radiotherapy or radiodiagnostic medicine in
human medicine, in addition to the bone densitometrů, cabin x-ray
equipment and dental x-ray equipment,
b) particle accelerator, in which having regard to the typical way of handling
it related the degree of possible exposure and potential risk arising from
foreseeable disorders and deviations from the normal operation of this classification
confirmed in the framework of the type-approval, pursuant to section 23 of the Act, or within
the issue of permits to the management of sources of ionizing radiation in accordance with section 9 of the
paragraph. 1 (b). I) of the Act,
c) source of ionizing radiation intended to radiotherapy protons, neutrons and
other heavy particles,
d) equipment containing sealed radioactive emitters, intended for
radiotherapy, including brachytherapy, in addition to the equipment with a view
the typical way of handling, related peace possible exposure and
potential risk arising from a foreseeable faults and deviations from the
normal operation of a type-approval has been under under section 23 of the Act
or in the context of the issue of permits to the management of sources of ionizing radiation
According to § 9 para. 1 (b). I) of the Act addressed to another classification,
e) radiopharmaceutical ozařovač for the irradiation of foods and raw materials or other
stationary industrial ozařovač, in which, having regard to the content of the
radionuclides to the batch input and having regard to the typical way of loading
with them, related to the possible exposure and the level of potential risk arising
from foreseeable faults and deviations from normal operation, this
the classification of the type-approval of confirmed pursuant to section 23 of the Act, or
in the context of the issue of permits to the management of sources of ionizing radiation by
§ 9 para. 1 (b). I) of the Act,
f flaw detector with closed) mobile emitters, radionuklidovými
g) high-activity radiator.
§ 10
Very significant resources
A very significant source of ionizing radiation is a nuclear reactor.
TITLE III
CATEGORIZATION OF CENTRES, WHERE THEY PERFORM RADIATION ACTIVITIES
(§ 4 para. 12 of the law)
§ 11
The criteria for categorization of sites
(1) a Workplace where they perform radiation activity, in addition to
workplaces where they are used solely to be insignificant or type-approved
minor sources of ionizing radiation, categorized in ascending order according to the
threats to health and the environment, at work with ionising radiation
I., II., III. and (IV). categories based on
and classification of sources of ionizing radiation), which assumes that the
with them will be at the workplace,
(b) the expected normal operation of the workplace) and related rates possible
the exposure of workers and the general public,
(c) radiation activities) focus and intensity to ensure radiation
protection and quality of this work,
d) equipment and a safe workplace for working with resources
ionizing radiation, in particular, safety equipment, insulation and
Shield devices, performing ventilation and sanitation,
(e)) the possibility of radioactive contamination in the workplace or around the
radionuclides,
f) the possibility of radioactive waste and the performance of their
disposal,
g) potential harm resulting from the foreseeable failures and
deviations from normal operation,
h) risk of radiation accident or disaster, the severity of the consequences
such an event and the possibility of interference.
(2) the offices not listed in § 12 to 15 shall be assigned to II. the categories, if
The Office in proceedings for the issue of permits to the management of resources
ionizing radiation in accordance with § 9 para. 1 (b). I) Decides to act, other
the categorization. Having regard to the typical method of operation of the workplace, and
the related degree of possible exposure of workers and the general public and
potential risk arising from a foreseeable faults and deviations from the
normal operation, the authority may, in proceedings for the issue of a permit to operate
workplace according to § 9 para. 1 (b). (d)) of the Act or a permit to dispose of
sources of ionizing radiation in accordance with § 9 para. 1 (b). I) of the Act
decide on a different categorization than specified in § 12 to 15.
§ 12
Site category
Workplace category I is
and workplace with small type) non-ionizing
radiation,
b) workplace with bone densitometrem,
c) workplace with a health, dental or cabin x-ray
the device,
d) workplace with the indicating or measuring device containing a closed
radioactive heater on which character does not require radiation activities
defining zones
e) workplace with technical x-ray equipment, in which the character of
radiation activity does not require the definition of controlled area,
f) workplace with open radionuklidovými the radiator, if equipment
insulation and ventilation devices and the level of implementation of sanitation
meets the minimum requirements according to table 1 of annex 4 and
the inclusion of this category in the context of the Office confirmed the authorisation to
management of sources of ionizing radiation in accordance with § 9 para. 1 (b). I)
the law.
section 13 of the
Workplace II. category
Workplace II. a category is a
and with a simple source of) ionizing radiation, which is not
workplace category I,
b) workplace with x-ray equipment intended for radiodiagnostic medicine or
radiotherapy, in addition to the bone densitometrů, cabin and dental
x-ray equipment and x-ray equipment, except veterinary
(c)) of the workplace with the mobile closed-conduit radionuclide
radiator,
d) workplace with mobile ozařovačem with sealed radioactive
radiator, except those workplaces in which having regard to the typical way
operation of the workplace, the level of potential exposure and the related potential
risk arising from a foreseeable faults and deviations from normal operation
their inclusion in the other categories specified in the procedure for the issue of
permit to operate a workplace according to § 9 para. 1 (b). (d)) of the Act, or
to enable the management of sources of ionizing radiation in accordance with § 9 para. 1
(a). I) law to handle such ozařovači,
e) workplace with indication or measuring devices containing
sealed radioactive sources, in which the character of the radiation activities
requires defining the zones,
f) workplaces with technical x-ray devices, on which the character
radiation requires defining a controlled zone,
(g)) the offices with open radionuklidovými the radiator, if equipment
insulation and ventilation devices and the level of implementation of sanitation
meets the minimum requirements according to table 1 of annex 4 and
the inclusion of this category in the context of the Office confirmed the authorisation to
management of sources of ionizing radiation in accordance with § 9 para. 1 (b). I)
the law,
h) workplace with compact mimotělovým ozařovačem blood with closed
radionuclide radiator.
§ 14
Workplace III. category
Workplace III. a category is a
and with a particle accelerator), in addition to those sites, which with
regard to the typical method of operation of the workplace, the related peace possible
exposure and potential risk arising from a foreseeable failures and
deviations from the normal operation of their inclusion in the other categories
addressed in the context of proceedings for the issue of a permit to operate pursuant to section 9 of the workplace
paragraph. 1 (b). (d)) of the Act or a permit to management of resources
ionizing radiation in accordance with § 9 para. 1 (b). I) of the Act,
b) workplace equipment containing sealed radioactive heater
intended for radiotherapy, including brachytherapy, classified as
an important source,
c) recognised by the UK,
d) workplace with open radionuklidovými the radiator, if equipment
insulation and ventilation devices and the level of implementation of sanitation
meets the minimum requirements according to table 1 of annex 4 and
the inclusion of this category in the context of the Office confirmed the authorisation to
management of sources of ionizing radiation in accordance with § 9 para. 1 (b). I)
the law,
(e)) of the workplace with stationary industrial ozařovačem intended for
the irradiation of foodstuffs and raw materials, subjects of normal use, or other
materials,
f) site for the extraction and processing of uranium ore, involving mining,
editing, loading the concentrate, operation of the decontamination stations,
the collection of mining activity on odvalech products and sludge
fields.
§ 15
Workplace IV. category
Workplace IV. a category is a
and a nuclear device) within the meaning of section 2 (a). (h) point 1 of the law),
b) storage of radioactive waste within the meaning of section 2 (a). u) of the Act,
(c)) the offices with open radionuklidovými the radiator, that having regard to the
high activity processed simultaneously on a single work site, on the
a typical method of operation of the workplace and related peace potential exposure and
potential risk arising from a foreseeable deviations from normal
operation, from accidents or accidents cannot be classified in a lower category,
d) irradiated or irradiated nuclear fuel.
section 16 of the
Categorization of exposed workers
(§ 4 para. 12 of the law)
(1) for the purposes of monitoring and medical supervision radiation workers
According to the health threats to ionizing radiation shall be classified in category A, or
(B) on the basis of the expected exposure during normal operation and when
foreseeable disorders and deviations from normal operation, with the exception of
as a result of radiation exposure accidents or crashes.
(2) category A workers are exposed workers who could
to receive an effective dose greater than 6 mSv per year or an equivalent dose
greater than three tenths of the exposure limit for the lens of the eye, skin and extremities
provided for in section 20 (2). 1 (b). c) to (e)); other radiation workers
are category B workers.
TITLE IV
OPTIMIZATION AND DOSE LIMITS
(Section 4, paragraph 4, and 6 of the Act)
§ 17
Optimization of radiation protection
(1) the optimization of radiation protection shall be carried out
and) prior to the activity resulting in exposure assessment and comparison
variants of solution of the radiation protection, that when the proposed action
under consideration and assessment of the necessary expenses on appropriate protective
measures, the assessment of collective security benefits and for the relevant
the reference groups of the population,
(b) when carrying out an activity) leading to the exposure of a regular analysis of the
in relation to the benefits received by the capacity, taking into account the possible
other measures to ensure the radiation protection and by comparing like with like
already operated, and socially acceptable activities
(c)) before the intervention to prevent or reduce exposure assessment
possible options and choice in a way such that the implementation,
scope and duration, will bring the greatest net benefit,
(d)) in implementing the intervention analysis of the received benefits in relation to the
measures and taking account of the changes to the selected measures and procedures.
(2) in the context of the optimization of radiation protection to be all exposures
planned and kept as low as reasonably achievable with
taking into account economic and social factors. Variants of radiation
protection, as assessed in the context of optimization of radiological protection must not lead to
the exposure that would exceed the dose limits or constraints,
If they are fixed to the case. When the stanovovaní optimization
the limits for individual activities resulting in exposure or individual source
the authority shall take into account the existing radiation experience with similar
activities and resources so that the level of radiation protection is not less than
It has already been achieved in practice, and consider also the possible influence of other activities and
resources so that overall there was no exceeding of dose limits.
(3) when the optimization of radiation protection are typically compare the cost
on various measures to improve radiation protection, such as moving people
or build additional barriers, with the financial rating of the expected
reduce exposure ("benefits"). Reasonably achievable
the level of radiation protection shall be considered established and measures may not be
done, if the costs were higher than the contribution of measures and
If the measure does not require specific social conditions. The contribution of
This procedure measures the monetised by reduction of the collective
the effective dose for a group of people under consideration is multiplied by a factor
and 0.5 million). EUR/MW radiation activity, where the average effective dose in
an individual shall not exceed one-tenth of the relevant dose limits,
(b)) 1 million. EUR/MW radiation activity, where the average effective dose in
individuals exceeds one tenth of a, but not by three tenths of a
the relevant dose limits,
c) 2.5 mil. EUR/MW radiation activity, where the average effective dose in
individuals exceeds three tenths of the dose limits, appropriate
(d)) 1 million. CZK/mass for medical exposure,
e) 0.5 million. CZK/mass for exposures from natural sources of ionizing radiation,
that are not deliberately used,
f) 2.5 mil. CZK/mass for emergency exposure.
(4) the reasonably achievable level of radiation protection shall be considered
sufficiently proven also in those cases where the radiation
activities, or foreseeable deviations from the normal operation of the annual
the effective dose for each of the exposed workers does not exceed 1 mSv and
the annual effective dose for no other persons will not exceed 50 mikroSv and
workplace IV. the category of collective effective dose of 1 Sv.
such cases do not need to perform the optimization of radiation protection
the procedures referred to in paragraph 3.
(5) the Optimization of the limits for the operation of nuclear-power equipment is
the collective effective dose 4 Sv per calendar year for each installed
GW performance related to the exposure of all the exposed workers, for which the
According to the monitoring programme carried out personal monitoring.
section 18
System of limits for limiting exposure
(1) limiting the exposure of individuals are exposed to ionizing
radiation shall be ensured
and dose limits) as binding quantitative indicators for the total
the exposure of radiation activity, beyond which is not in the set
cases be permitted; dose limits are divided into
1. General limits,
2. limits for radiation workers and
3. limits for apprentices and students
(b)) other ingredients derived limits, such as quantitative indicators,
expressed in measurable quantities and used in selected
cases, demonstrating that the limits for radiation workers are not
are exceeded,
(c) the authorized limits, such as binding) quantitative indicators
laid down, usually as a result of optimization of radiation protection, for
individual radiation activity or single source of ionizing radiation
Authority in the relevant authorisation.
(2) for occupational exposure is not to exceed the dose limits considered
sufficiently proven, if not exceeded, the derived limits laid down in
section 22.
(3) for radiation activities or sources of ionizing radiation, which are
in the terms of authorisation by the authority of the authorized limits set out under section 4
paragraph. 6 of the Act specifically for the activity or resource is not
these authorized levels considered sufficient to establish
not to exceed the dose limits.
(4) The drawing of dose limits is not the exposure from natural
resources, in addition to the exposure of those natural resources that are consciously and
intentionally used, in addition to the cases provided for in § 91.
§ 19
General limits
(1) General limits are
and for the sum of the effective doses) of external exposure and time efficient
benefits of internal exposure value of 1 mSv per calendar year, or
the conditions laid down in the authorisation for the operation of the workplace III. or (IV).
category value of 5 mSv for exceptionally for 5 consecutive
calendar years,
(b)) for the equivalent dose in the lens of the eye 15 mSv per value date
year,
(c)) for the average equivalent dose at 1 cm2 of skin 50 mSv per
calendar year.
(2) the General limits apply to the total exposure from all radiation
activities, in addition to
and occupational), pursuant to section 2 (a). x) point 1 of the Act,
(b)), which are knowingly, voluntarily and after learning about the risks with
the related exposure of individuals for their specialized training on
the profession of sources of ionizing radiation,
c) medical exposure in accordance with § 2 (b). x) section 2 of the Act,
d) accidental exposure pursuant to section 2 (a). x) section 3 of the Act,
e) accidental occupational exposure pursuant to section 2 (a). x) point 4
the law,
(f)) of the special cases referred to in section 23.
(3) the General limits are based on average calculated irradiance in the critical
a group of the population, and that for all the routes of exposure from all sources
ionizing radiation and all the activities leading to the exposure of that
under consideration. If no direct basis for calculation, the
Conservative estimates of variations in the factors that influence the spread of radionuclides
or the exposure of individuals in the critical group, and that the procedures under section 74.
section 20
Limits for radiation workers
(1) the limits for radiation workers are
and for the sum of the effective doses) of external exposure and time efficient
benefits of internal exposure value of 100 mSv in 5 consecutive
calendar years,
(b)) for the sum of the effective doses from external exposure and time efficient
benefits of internal exposure value of 50 mSv per calendar year
(c)) for the equivalent dose in the lens of the eye 150 mSv per value date
year,
(d)) for the average equivalent dose at 1 cm2 of skin 500 mSv per value
the calendar year,
(e)) for the equivalent dose for the hands from fingertips to the forearm and legs from
feet up to the ankles, the value 500 mSv per calendar year.
(2) the limits for radiation workers apply to occupational exposure, IE.
the exposure to which they are exposed in relation to work performed
radiation workers.
(3) the Limits for radiation workers apply to the sum of the doses from all
exposure pathways and in all work activities that radiation
a worker carries out one or more licence holders in parallel to
management of sources of ionizing radiation, or performed as
a separate permit holder to the management of sources of ionizing radiation.
section 21
Limits for apprentices and students
(1) the limits for apprentices and students are from the year in which these individuals reach the
16 years of age, in the year in which the complete 18 years of age
and for the sum of the effective doses) of external exposure and time efficient
benefits of internal exposure value 6 mSv per calendar year
(b)) for the equivalent dose in the lens of the eye, the value of 50 mSv per calendar
year,
(c)) for the average equivalent dose at 1 cm2 of skin value 150 mSv per
the calendar year,
(d)) for the equivalent dose for the hands from fingertips to the forearm and legs from
feet up to the ankles, the value 150 mSv per calendar year.
(2) the limits for apprentices and students are for persons younger than indicated in the
paragraph 1, the same as the limits of the General and for persons older than the
referred to in paragraph 1, the same as the limits for radiation workers.
(3) the Limits for apprentices and students apply to exposure, which are
knowingly, voluntarily and after learning about the risks associated with exposed
persons for their dedicated preparation for the profession of resources
ionizing radiation.
section 22
Derived limits
(1) derived from external exposure limits are
and) for personal dose equivalent at a depth of 0.07 mm 500 mSv per value
the calendar year,
(b)) for the personal dose equivalent at a depth of 10 mm, a value of 20 mSv per
calendar year.
(2) derived from the internal exposure limits for the calendar year, in addition to
the cases provided for in paragraphs 4 and 5, are for the intake of radionuclides
and the value of the share by the ingestion of) 20 mSv, and the conversion factor hing to receive
the radionuclide ingestion of radiation worker according to the tables of the annex
# 3,
(b)) share by 20 mSv, and the conversion factor for hinh
the reception of the radio-nuclide radiation worker by inhalation
table in annex 3.
(3) while the external and internal radiation exposure during a calendar
of the year, except in the cases referred to in paragraphs 4 and 5 shall be considered as limits
for radiation workers in nepřekročené, if
HP (0.07) = 500 mSv and < simultaneously
HP (10) + sum of hj, inhIj, inh + Sum hj, ingIj, ing < = 20 mSv, where
HP (0.07), respectively. HP (10) is an annual personal dose equivalent
at a depth of 0.07 mm, respectively. 10 mm,
IJ, inh. (IJ), ing is the annual income of the individual radionuclide
by inhaling, or. the ingestion and
HJ, inh. HJ, ing is the conversion factor for receiving individual
the radionuclide inhalation. the ingestion of radiation by the worker under
the tables of the annex No 3; the closer to the unidentified radionuclides and
chemical forms of the inhaled aerosol properties or with
the activity of those radionuklidům and their forms or such aerosol, for
that is set out in annex # 3 highest conversion factor for income
the ingestion, respectively. by inhaling.
(4) when the radiation caused by radon transformation is the derived limit
a value of 3 MBq for annual income equivalent to the activity of radon, which
corresponds to the income of the latent energy of transformation products of radon 17 mJ or
exposure to radon product 2.5 MBq. h. m-3 or all-year average
equivalent volume activity of radon 1260 Bq m-3.
(5) For irradiation of mixtures of radionuclides emitting alpha radiation long term
uranium-radio series is derived income limit by 1850 Bq per
calendar year.
Article 23 of the
Reducing exposure in specific cases
(1) exposure of individuals voluntarily outside the framework of their work
obligations arising from the practice of the profession or employment relationship
care for patients exposed to radiation or medical patients
visiting or living in the same household with the patients, who were after the
application of radionuclides released from the medical facility shall be limited
so that in the aggregate per calendar year does not exceed 1 mSv for people under the age of 18
years and 5 mSv for other people.
(2) the exposure of the fetus in pregnant women in the workplace I to IV.
category immediately after a woman pregnancy shall notify the
the employer will limit work conditions so as to
unlikely that the sum of the effective doses from external exposure and
committed effective doses from internal exposure of the fetus at least for the remaining
for pregnancy exceeds the 1 mSv.
(3) the exposure of infants receiving radionuclides from contaminated breast
the milk immediately after the woman working at the workplace, i. to IV.
notify the employer category, child breastfeeding, limits the conditions
the work of nursing women and its disposal out of work in a controlled area
workplaces with open radionuklidovými the radiator.
(4) the Radiation exposed workers one-time, short-term or
other exceptional work with sources of ionizing radiation of the limited
only a small number of people and at the berths, in addition to the work on the
radiological accidents or radiological emergency situations, (hereinafter referred to as
"the exceptional exposure") shall be limited to the effective dose from repeated
exceptional exposure does not exceed 500 mSv in 5 consecutive
calendar years. This exceptional exposure can take place only in the
the extent and under the conditions specified in the authorization to such form of treatment
sources of ionizing radiation. Exceptional exposure can have only
A category A worker voluntarily and after previous evidence-lessons learned
about the risks associated with it. This exceptional exposure is not permissible for
persons under 18 years of age for apprentices and students, for pregnant and lactating women or
for people, for which the effective dose received by the interventions in case of
radiation accident has exceeded 500 mSv in 5 consecutive calendar
years.
PART TWO
RADIATION ACTIVITIES
TITLE I OF THE
CONDITIONS OF SAFE OPERATION OF IONIZING RADIATION SOURCES AND SITES WITH
THEM
[To section 4 paragraph 11, section 13, paragraph 3 (b), (d)) and § 17 para. 1 of the law]
section 24
General conditions for safe operation
(1) the safety of ionizing radiation sources and sites with them, and
radiation protection of workers is always
and radiation) activities and optimisation of radiation protection for
in all working conditions, including the previous award of the nature and
the range of possible threats to the health of exposed workers, the risks associated
with the upcoming radiation activities and regular reassessment referred to in
the experience of operation,
(b) the introduction of the quality system) in accordance with the requirements laid down
an implementing regulation, ^ 9)
c) classifications of ionizing radiation sources used, categorization
workplaces and categorization of exposed workers,
(d) by informing workers about the risk of) their work and ensuring that the system
their education and the verification of their eligibility according to the importance of their
work to be performed,
(e)) by defining monitored and controlled zones, taking into account the estimate
the expected exposure during normal operation, and the likelihood and extent of
potential exposures,
(f)) and the monitoring of the implementation of regulatory measures, working conditions
and, where appropriate, and personal monitoring,
g) medical supervision over the exposed workers,
h) continuous security surveillance of radiation protection,
I) equipment, devices, equipment and workplace AIDS in quantity and
the quality sufficient to secure all the measurements referred to in the program
monitoring in the internal emergency plan, in the assurance programme
the quality and security of all measurements performed under tests
operational stability, or in the terms of authorisation for the treatment
set out by the Office, and keeping them in proper technical condition,
(j)) of exposed workers equipment personal protective
resources with the appropriate stínicím effect and corresponding protective
AIDS.
(2) Monitored and controlled area the workplaces where
perform activities defined by the radiation, so that the regulation of the movement of persons,
by creating a protective barriers and, where appropriate, modifications,
of work, scope monitoring and other measures appropriate
used resources and ways of dealing with them was to ensure that the
the source will be handled just enough people to professionally i disabled
to be eligible, educated about the risk of the work and properly equipped and that the
consequences of radiation accidents remain the most limited.
(3) persons under the age of 18 years may not be for your specialized training
on the profession of sources of ionizing radiation assigned to any
the work, which can lead to their exposure in the level above the limits for apprentices and
students under section 21, and must have created such a work
conditions and to ensure such a level of radiation protection for workers
category (B). in other cases may not be persons under the age of 18 years
assigned to any work that may lead to their exposure in the level
above the General limits under section 19, and must be created by such
conditions of work and to ensure such a level of radiation protection as for
members of the public. Pupils, apprentices and students for their
specialized preparation for the profession of sources of ionizing radiation
ionizing radiation sources may be used only under the supervision of the designated
exposed workers.
(4) for category A workers is necessary to ensure
and individual monitoring equipment) and regular exchange and evaluation
personal dosimeters, and according to the approved programme of the Office of
monitoring,
(b) Exchange and evaluation) immediate personal dosimeters, if suspicion
or a radiological accident,
c) workers with a dating results of the evaluation of benefits from their
personal dosimeters,
d) medical supervision under section 28.
(5) radioactive contamination of the surface of the body, clothing, equipment or
construction of parts of workplaces is maintained under the guide values
radioactive contamination laid down in table 1 of annex 2. If
radioactive contamination exceeds these values, you must execute
effective decontamination of radioactive contamination of surfaces in
a controlled area, which was established due to the envisaged ways
the use of ionizing radiation sources, with specified values apply
only the detachable part.
(6) the effect of traffic on the site around is kept as low as reasonably
achievable level necessary to ensure not only the respect of established
limits, but the highest possible protection of the population in and around the workplace.
(7) sources of ionizing radiation are stored safely and so that
to ensure that they will not deal with them by unauthorized persons, and was prevented from
loss or theft of the source or its damage.
(8) the unused radionuclide emitters and devices containing with no
undue delay transmit to another authorized user, returns to the manufacturer
or the vendor, shall transmit to the organisation recognised by the warehouse, or shall be disposed of as
the radioactive waste.
(9) the manufacturers, importers and distributors of radionuclide emitters create
permanent conditions for the take-back of their manufactured, imported or
distributed radionuclide emitters and equipment containing
Radiopharmaceutical radiator.
(10) in the workplace I to IV. the category is part of the documentation
the quality system process operating rules, which contain a written
procedures for the safe management of sources of ionizing radiation, including the
procedures to prevent unauthorized management of sources, loss,
theft or damage, and emergency instructions ^ 9a) for the procedure in the
the case of deviations from normal operation, and is providing a permanent access
workers at least for zásahovým instructions, such as by posting
in an accessible place.
§ 25
Statement of reasons for the radiation activities
(1) all new classes or types of radiological activities must be
her first introduction into the practice or the first authorization justified from the
their economic, social or other benefits in
relation to the health detriment they may cause.
(2) the preamble to existing classes or types of activities leading to the
exposure shall be reviewed if they are new and important knowledge
of their consequences.
section 26
Informing and training workers
(1) a person who operates a site, where it is defined by the monitored zone,
(hereinafter referred to as "the monitored zone operator"), and the holder of the authorisation, which
operates the workplace, where it is defined by a controlled zone (hereinafter referred to as
"operator of a controlled area") must demonstrably in advance
inform exposed workers who have to work in these zones, and
the person using in these zones, the source of ionizing radiation for a period of
their specialized training on the exercise of the profession of
and the nature and extent of the) potential health threats, about the risks
with their work, and about the possible health detriment associated with it,
(b)) on the General radiation protection procedures and precautions must be
adopted, in particular on those which correspond to production and labour
conditions relating to the activities in General, and to the
individual workplaces and work, to which can be assigned,
(c)) about the importance of meeting the requirements of health protection and the technical and
administrative requirements to ensure radiation protection,
(d) in the case of women), and also about the importance of early notification of pregnancy from
because of the risks of exposure to the unborn child and the radioactive contamination
infants in the case of internal contamination of radionuclides.
(2) any holder of the authorization referred to in § 9 para. 1 (b). (d)) and i) of the Act
provides a system of education of exposed workers to staff
they were sufficiently knowledgeable not only of the General rules and procedures radiation
protection, but in particular measures relating to radiation protection at work
with specific sources of ionizing radiation in the workplace as in the normal course
operation, and for the foreseeable deviations from this traffic, or when
radiological emergencies and are familiar with the relevant
the operating rules and other documentation. For all radiation
workers working in the controlled area of nuclear power plant must
education also include familiarity with the regulations and approved
the documentation for this controlled zone. Knowledge of exposed workers
and their eligibility for the safe management of sources of ionising
radiation in the work performed by them are verified before you start working and
regularly, at least once a year, to the test. The test shall be carried out
record. Knowledge overseeing persons appointed under section 10, paragraph 1. 2
law and other persons carrying out activities of particular importance from the
a radiation protection Authority validates the test before the professional trial
by the Commission in the context of verification of their professional competence pursuant to §
18 paragraph 1. 4 of the Act.
section 27 of the
Systematic supervision of radiation protection
(1) a continuous surveillance over radiation protection pursuant to § 18 para. 1 (b). I)
the law must be ensured to the extent appropriate sources of ionizing
radiation, which are treated in the workplace, how to dispose of them,
the related degree of potential exposure, including exposure arising from
foreseeable disorders and deviations from normal operation and taking into account the
the risk of radiation accidents or crashes. Continuous supervision of the
radiation protection ensures that persons with direct responsibility for
ensuring radiation protection and supervisors. The operator is entitled to
ensure continuous surveillance of radiation protection, establish
a specialized, autonomous body and equip it with the necessary resources. In
the premises where the Office considers it necessary to establish such a
specialized radiation protection unit providing specific
advice for this device must be in the case that this is a
internal organizational unit this device, this Department operationally
separated from the production and operational services. This unit may be common
for multiple sites.
(2) to ensure a continuous supervision, establishes a permit holder under section
9. 1 (b). (d)) and i) of the Act and of the supervising person on all
workplace II. and higher category ensures the presence of the corresponding
the number of people with direct responsibility for ensuring radiation protection ^ 10).
The presence of at least one person with direct responsibility for ensuring
radiation protection provides for activities in a controlled area also
the holder of the authorization referred to in § 9 para. 1 (b). r) of the Act to the services in the scope of
pursuant to section 59 paragraph 1. 1 (b). (d)) or the customer of this service. Any person with
the direct responsibility for ensuring radiation protection and supervising a person
must have special competence ^ 10) corresponding to the operating
activities and sources of ionizing radiation. If the operator of a natural
a person who has a corresponding special technical qualifications, you may
the activities of the supervisor, or the person with direct responsibility for
proper radiation protection to exercise alone.
(3) the holder of the authorization of the supervising person will allow to see all
documents having a relationship to radiation protection and participate in meetings
related to radiation protection.
(4) the activity of the supervisor is
and) monitor and evaluate the performance of the obligations of the holder of the authorization
ensure all measures for the safe management of sources of ionising
radiation,
(b)) to assist managers in meeting the obligations of the holder of the authorization
to provide radiation protection, alert them to the identified deficiencies and
to proposals to remove them.
(5) the holder of the authorisation shall consult with their supervisor definition
monitored and controlled zones, and the application of the relevant requirements
in this zone, and the examination and testing of protective devices and
measuring devices, in particular when
and a detailed assessment of individual projects) of
radiation protection,
(b)) the putting into service of new or modified sources of ionizing
radiation,
c) periodic inspections of the effectiveness of protective devices and technical
procedures,
d) regular calibration of measuring instruments and regular
the checks they are serviceable and correctly used.
(6) the supervisor of the person as a rule for the operator secures the
the following activities in the field of radiation protection
and information about the work of) sources of ionizing radiation,
(b)) training exposed workers on the safe management of sources,
c) verifying the eligibility of exposed workers to the safe disposal of
sources of ionizing radiation by regular tests,
(d) preparation, monitoring programme) or is involved in the measurement and
evaluation according to the approved programme of monitoring,
(e)) the proper keeping of documentation prescribed in terms of radiation protection for
workplace,
f) records relating to the movement and the State of the sources of ionizing radiation, devices, and
instruments having a bearing on radiation protection,
g) organizing acceptance tests, tests of long-term stability and
ensure operational stability tests of ionizing radiation sources,
h) investigate incidents or radiation accidents, losses, or
theft of the sources of ionizing radiation and the implementation of corrective measures,
I) tracking the participation of workers on the prescribed preventive medical
the inspection reports.
(7) persons with direct responsibility for ensuring radiation protection of the
ensure continuous surveillance of radiation protection, in particular, involved
by permanently to see to it that all staff in their work
comply with the requirements of health protection and the technical and administrative requirements
in order to ensure radiation protection.
section 28
Medical surveillance
(1) the medical surveillance of exposed workers is based on principles
which is generally governed by the protection of health at work. This is done in the framework of the
the provision of occupational health services physicians health care facilities
providing these services to the employer under a special legal
prescription ^ 11).
(2) the medical surveillance shall be assessed the health status of workers
category and in terms of their medical fitness for the tasks
carry out radiological activities. For this purpose, you must have an authorized physician
access to all relevant information related to the evaluation of the
exposure, including the results of monitoring and data on working conditions.
(3) medical surveillance includes the following preventive medical
Tours:
and, by the always) input prior to the inclusion as category A worker,
the aim is to assess the medical fitness to hold the expected
a job as a worker of category A, ^ 12)
(b)), by the workers periodically category, and once a year, the goal
that is to verify whether the worker is still in terms of health
eligibility is able to discharge its responsibilities in carrying out radiological
activities,
(c)), by the emergency in cases where there is reason to suspect that
There was a change of health worker categories and, and true
the doctor establishes a term shorter than the term periodic inspection, or, in the
cases where the assessment of the exposure of the authority limits have been exceeded,
exposure and it is necessary to assess the conditions for the additional radiation exposure
at work,
(d)) output. ^ 13)
(4) a legitimate doctor is entitled to the preventive
recommend the registrujícímu physicians to ensure the continuity of the health surveillance
subsequent survey ^ 14) for the purpose of early detection of possible changes
the health status of radiation-related at the time of the performance of the work, in particular
in cases of long-term work on the border limits, and even after their
work activities, and for so long that it considers necessary for the
safeguard the health of the person concerned.
(5) for the determination of medical eligibility worker category and in the
medical opinion uses the following classification:
and disability to be eligible for the performance) of the activities of A category A worker,
(b)) the disabled qualified to carry out the activities of A category A worker for
certain conditions listed in the medical report,
c) medically unfit for the performance of the activities of A category A worker.
(6) with the results and conclusions of the posudkovými medical examinations must be
a worker authorized by a doctor. If a worker with medical
opinion and the conclusions of the medical examination do not match, you may apply
remedies under special legislation. ^ 15) Provider
health services sent the medical report with the conclusions of the health
eligibility for the worker's category and activities shall immediately
the relevant holders of residence permits and the employer.
(7) No person shall be engaged on or to be marshaled as a worker
category and after any period of time on a specific work place, if
According to medical opinion disabled ineligible to hold such
specific job. If the exceeding of dose limits, the
other occupational exposure take place only under conditions laid down by the
authorized by a doctor in an emergency search warrant. The worker must inform the
If your employer changes the health condition, so that the
It is no longer fully disabled eligible for worker's activities
the categories and.
(8) For each category A worker for a period during which the worker is
included in this category, leading a legitimate doctor as part of a medical
documentation also data on the nature of the work, as established in the framework of the
health surveillance, the results of preventive medical examinations
including diagnostic conclusions on the results of previous medical
examination and the results of individual monitoring. The personal benefits of
exceptional exposure within the meaning of § 23 para. 4, from accidental exposure pursuant to
section 2 (a). x) section 3 of the Act and from accidental occupational exposure
pursuant to section 2 (a). x) section 4 of the Act shall be recorded separately. Documentation
is kept until the individual has or would have attained the age of 75,
in each case, however, for at least 30 years after the termination of the work
activities, during which the worker has been exposed to ionizing radiation.
section 29
The monitored zone
(1) the monitored zone is defined everywhere where it is expected that effective
the dose could be higher than 1 mSv per year or an equivalent dose should
could be higher than one-tenth of the limit of exposure for the lens of the eye, the skin
and extremities laid down in article 20 (2). 1 (b). c) to (e)).
(2) a rule defining the band Pursued in all workplaces and to
IV. categories. The monitored zone does not define, where its range
does the definition of controlled area.
(3) the monitored zone is defined as a comprehensive and clearly identified section of the
workplace, usually a separate building. At the entrances or border
the monitored zone indicates the warning "Tracked resource zone
ionizing radiation ", possibly a sign of radiation danger ^ 16) and
information about the nature of the sources and the risks associated with them.
(4) in the supervised area provides only monitoring of the workplace
unless otherwise provided in the monitoring programme.
(5) the operator shall immediately notify the Authority reference zone every
the workplace, where the monitored zone defined, including a description of the expected
radiation activities and sources of ionizing radiation, to be
used. The operator of reference zone also shall immediately notify the authority,
If there is a change to the definition of the reference band or for its cancellation.
section 30
The controlled area
The controlled area is defined everywhere, where would the effective dose could
be greater than 6 mSv per year or an equivalent dose would could be
greater than three tenths of the exposure limit for the lens of the eye, skin and extremities
provided for in section 20 (2). 1 (b). c) to (e)). If there is a special
way management of sources of ionizing radiation, such as time-
restricted use, otherwise justified, it is expedient to the controlled area
to define where it is expected that
and dose equivalent) power consumption from external exposure in the work place
will on average per year during normal operation of radiation sources higher than 2.5
mikroSv/h,
(b) the sum of the products of vol) activities of individual radionuclides in
the air in the workplace, and conversion factors for inhaled intake hinh
radiation worker according to annex No 3 will be on average for the year more
than 2.5 mikroSv. m-3,
c) radioactive contamination of surfaces on the working places will be higher
than the guide values of surface activities for radioactive contamination
surfaces in a controlled area of workplaces with open radiator referred to in
table 1 of annex 2.
(2) the controlled area is defined as a comprehensive and clearly intended
part of the site, usually a separate building, and with such a provision,
to unauthorised persons cannot enter. At the entrances or
border-controlled zone indicates a sign of radiation
risk ^ 16) and a warning "the controlled area ionizing
radiation, entry by unauthorized persons is prohibited ", where appropriate, information on the
the nature of the sources and the risks associated with them.
(3) a proposal for the definition of controlled area that is referred to in section 5 of the D.b.
or i. 7 of the annex of the Act shall submit to the approval authority as part of the Office
documentation to the application for the permit, includes
and scope of the controlled area generally) listing rooms and
the schematic map of; for the expected transitional terrain of the workplace,
for example, the crack detection or well logging, the batch shall be determined
inputs, which is applied to the border zones on these
workplaces,
(b) a justification of the proposed range) controlled area, in particular
calculations and other evidence demonstrating compliance with the requirements of paragraph 1,
(c) a description of the construction or technical) ensure controlled area
against the entry of unauthorized persons,
(d)), the estimated number of persons working in the controlled area and the way
their lessons about the risks when you work in a controlled area, for example,
specifying the pattern instructions for the entry and working in the controlled area.
(4) into the controlled area may enter only a person knowledgeable about
How to behave in order not to endanger their health or the health of others
persons. For exposed workers is such instruction takes place in the framework of
their preparation in accordance with § 26 a provable way and at least once
per year.
(5) into the controlled area shall not enter, pregnant women and persons under the age of
18 years of age, in addition to patients, who are at these workplaces have to undergo
medical exposure, in addition to the people that work in these workplaces
or are preparing for the profession of sources of ionizing radiation.
(6) to work in controlled areas to be classified only workers
the category and the other person may work in a controlled area or
reside only in the event that the operator shall ensure that the controlled area
such conditions that their exposure does not exceed the General limits.
(7) for a stay in a controlled area, each equips the safety
Working AIDS appropriate to the way their activities or reasons
his stay in that zone.
(8) for a stay of exposed workers in the controlled area shall be ensured
personal monitoring of stipulated in program monitoring.
All personnel categories, and must be provided with personal dosimeters.
If the power consumption of the dose equivalent in a controlled area may
exceed 1 mSv/h must be radiation workers entering the
controlled area equipped with also the operational (signal,
přímoodečítacími or other approved monitoring program)
personal dosimeters; These provisions in the workplace III. and (IV).
categories apply to each person, in addition to the persons entering into the
controlled area medical workplaces, to undergo
treatment or examination with the use of sources of ionizing radiation.
(9) in a controlled area workplaces IV. category and in a controlled
zone sites with open radionuklidovými radiator III. the categories and
II. category, if it is not provided otherwise in the conditions of the permit,
works after changing clothes and when you exit from the check is made
radioactive contamination, if necessary, as well as personal cleansing.
section 31
The preparation and launch of the workplace, where they are to be exercised
radiation activities
(1) a workplace where activities are to be carried out by the radiation, it is proposed
built and put into operation in a way that will allow for the safe management of
sources of ionizing radiation in operation and to ensure sufficient
radiation protection of persons in the workplace and people residing in its area,
so, in order to
and) building material used for the construction of the site, construction of walls and
shield, covers of ionizing radiation sources, equipment and internal breakdown
workplaces were such that, in all the activities at the workplace
leading to exposure and possible radiological accidents, ensure the
such radiation protection, which matches the expected when
operation of the workplace,
(b)) the walls, ceiling and floor of the room in which it is stored
radionuclide emitters at a time when not in use, are protected
sufficient shield layers
(c)) at workplaces with open radionuklidovými the radiator was in the case of
needs in the fastest and most effective possible purification of people and
the workplace from radioactive contamination.
(2) additional requirements for the method and extent of ensuring radiation protection when
placement and construction, start-up and operation of nuclear
the devices have a specific legislation. ^ 17)
§ 32
Special conditions for safe operation of workplaces with radiation generators
(1) the radiation Generator can be switched on and used only for so long as
necessary.
(2) when the radiation and radiation generator Radioscopy before entering the
defined or shielded curing of space and upon completion of the work
by measuring or signalling checks that the radiation generator was shut down.
(3) Stationary x-ray equipment and other stationary generators
radiation are placed into separate facilities or examination rooms and serve
is obsluhoven with the exception of x-ray machines
construction or purpose of use preclude the exceeding of dose limits. In
the case of x-ray equipment for radiodiagnostiku, which are to be
control directly from the testing room, install a fixed or sliding protective
screens ensuring not to exceed the dose limits.
(4) the appliance or device, part of which is the generator of radiation and
protective shield can be used only if it is ensured that the
the device or the device cannot be put into operation if there is a protective
shielding removed and will be automatically excluded from the activity when you open
the protective shielding.
(5) the Generator of radiation must not be used until it has not passed successfully
acceptance test or the test of long-term stability and if from the
the last successful tests of long-term stability of longer period elapsed before
is laid down for its periodic execution, or there are other reasons why the
to perform this test. Generator of radiation, for which the time has expired
application, or if the period laid down by the manufacturer, can be
use, if its parameters and operating characteristics meet the producer
the intended purpose of use, the test requirements of long-term stability and
the case of a radiological device and the requirements of the national radiological
standards.
§ 33
Special conditions for safe operation of the sealed radioactive
radiators, devices and sites with them
(1) If an enclosed radiator is not accompanied by a certificate means a radioactive
under section 82, or is not otherwise laid down in the conditions of the permit
evidenced by the seal or the leakage was detected, treated
it as if it were an open radiator.
(2) in addition to the traffic of radioactive heater, or type-
the approved retail sources, may be passed only to, and may be physically
to take just one who on the basis of the authorization to the management of resources
ionizing radiation in accordance with § 9 para. 1 (b). I) of the Act is entitled to
use or at least store. This provision does not apply to takeover
radiators for transportation by the carrier.
(3) radioactive heater can be used only when necessary
time, and outside of this time are stored on stínicím cover or is otherwise
overshadowed by, usually so that the storage power of a batch
equivalent on the surface of the cover, a container, shielded storage
premises, safes and shielded pits does not exceed the value of the 100 mikroSv/h, and
at a distance of 1 m from the surface does not exceed a value of 10 mikroSv/h and when
transfer of the radiators in the workplace power dose equivalent in
a distance of 1 m from the surface of the housing does not exceed the value of the transport 100
mikroSv/h.
(4) when the radiation and Radioscopy with closed radiator with radionuclide
upon completion of the work or prior to entering the defined or shielded
radiated area measuring or signalling checks whether the radiator
was properly overshadowed by or inserted into the shielding enclosure. When handling
closed radionuclide radiator in which cannot be ruled out his release
of the facility or its loss, is used to measure such
the device, which allows in all conditions to establish the position of the radiator.
(5) radioactive heater must not be used until it has passed the
successful acceptance test or the test of long-term stability and if
Since the last successful tests of long-term stability of longer period has expired,
than is laid down for its periodic execution, or arose from the other
reasons to perform this test. Any suspicion of leakage
the enclosed radiator immediately deactivated radionuclide use. After
the expiry date, or if, this time by the manufacturer
established, you can use a closed radiator under the conditions of radioactive
laid down in section 82 para. 5.
(6) the equipment containing radioactive heater must not be closed
in use until it has undergone a successful acceptance test or the test of
long-term stability and if since the last successful test of the long-term
the stability of a longer period has elapsed, the value specified for the periodic
implementation, or there are other reasons why to perform this test. Device
containing a closed radiator with which the undertaking has expired
application, or if the period laid down by the manufacturer, can be
use, if its parameters and operating characteristics meet the producer
the intended purpose of use, the test requirements of long-term stability and
the case of a radiological device and the requirements of the national radiological
standards.
(7) a person who disposes of high-activity radiator, regularly checks the
whether high-activity radiator, where necessary, containing it is
at its place of use or of storage and in apparently good
State.
(8) the high-activity of the radiator manufacturer, or posession of imported
radiator supplier, is identified by a number. If it is
feasible, this number shall be engraved or stamped on the radiator. This number
also be engraved or stamped on the packaging of the radiator. If this is not feasible
or in the case of transport packaging for multiple use, shall appear on the
the packaging at least information on the nature of the radiator. The manufacturer, or for
imported radiators, supplier shall also ensure that the radiator cover and, if it is
feasible, and radiator were marked and provided with a radiation sign
danger and that part of the documentation of each of the produced or imported
type high-activity of the radiator was even photos or other similar
the representation of radiators and packaging typically used for him.
(9) a person who has held high-activity emitter, will ensure that this
radiator and its packaging has always been accompanied by written information to allow
identify the source and its nature, and that, where feasible,
marked and provided with a radiation danger sign and markings and labels
remain legible. Identification and labeling should be in accordance with the
identification and marking referred to in paragraph 8. Relevant documentation
It also contains a photo or other similar representation of the source package
source, transport packaging, device or equipment. Photos or other
a similar representation of the sources is not necessary, if you cannot take or procure it
without removing the device. The provisions of this paragraph shall not apply to
storage of radioactive waste or to a recognized warehouse.
(10) a person who has held a closed radiopharmaceutical emitter, in addition,
that is, individuals or type-approved minor source, annually
at least one performs an inventory of this resource and its results
be sent in writing or by any other agreed form of authority.
(11) a person who has held high-activity the radiator, without undue
the delay shall notify the Office of any theft, loss or unauthorized use of the radiator and
ensure long-term stability test under § 71 after each
the event, which could damage the radiator. About this event and received
the measures shall inform the Office.
§ 34
Special conditions for safe operation of workplaces with open
radionuklidovými radiator
(1) the radioactive heater in addition to Open, a low-ranking or type-
the approved retail sources, may physically take just the one who on the
with the permission of the management of sources of ionizing radiation in accordance with section 9 of the
paragraph. 1 (b). I) of the Act or on the basis of a permit to operate a workplace
According to § 9 para. 1 (b). (d)) of the Act or on the basis of the authorization to the treatment
radioactive waste in accordance with § 9 para. 1 (b). j) of the Act is entitled to
to use it, or at least store.
(2) the maximum activity of the unsealed radiators that can
at the same time be processed on different jobs sites
Open the radiator I, II. or (III). category, kategorizovanými on
the basis of the equipment of workplaces and work stations shall be determined on the basis of the
criteria taking into account the following equipment in mutual jobs
and the entire workplace ventilation, insulation and shield devices,
the implementation of sanitation, physical characteristics of materials that have
be processed, in particular, the volatility and dust levels, requirements and potential
risk of the expected work operations, so that in the table no. 4
Annex No. 4 selects the value corresponding to the given category workplace with
Open the radiator and the characteristics of the materials and work with them, and this is
multiplied by the availability of the job according to the table
No. 2 of annex 4. While the use of multiple radionuclides on one
the work place must not be the sum of the shares of the individual activities being processed
radionuclides and procedure laid down maximum things to do for these
the individual radionuclides to be greater than 1.
(3) if the radiators do not use unsealed and is not a
the radiators, which are made up of technological units or media departments,
are placed in a protective shield covers or containers,
as a rule, so that when the storage of the power consumption of the dose equivalent to
the surface of the lid, container, shielded storage areas, safes, and
shielded boxes does not exceed the value of the 100 mikroSv/h, and at a distance of 1 m
from the surface the value of 10 mikroSv/h and carry radiators in the workplace
power consumption of the dose equivalent at a distance of 1 metre from the surface of the transport
the housing does not exceed the value of the 100 mikroSv/h.
(4) in workplaces with open radionuklidovými radiator III. category
and (II). the categories, unless otherwise provided in the terms of authorisation, must
be set up a separate sewage discharge of the distribution of radioactive
waste water from the workplace and connected to a separate waste tank.
(5) when dealing with open radionuklidovými emitters are used
appropriate personal protective equipment, such as shading
capes, aprons, glasses, gloves, and adequate protective equipment, such as
are tweezers, pliers, protective packaging, containers and the like.
Open the radionuclide emitters are not taken into the hand and solutions with these
the radiator is nepipetují by mouth; activities in which can occur to leak
radioactive substances into the air, shall be carried out in confined spaces,
for example, under the hood, they are boxing, and so on.
(6) in the controlled areas workplaces with open radiator is forbidden
smoking; eat and drink only under conditions laid down in the relevant
permit Office.
§ 35
Decommissioning of the workplace from the operation
(1) a Workplace where exercise activities can radiation retire up to
After removing all sources of ionizing radiation or after their
security against unauthorized use and after cleaning the workplace from
radionuclides that are made in such a way and to such an extent that nowhere
in the workplace are not exceeded clearance levels referred to in § 57 para.
1 (b). and) or laid down in the permit Office.
(2) additional requirements for the method and extent of ensuring radiation protection when
their operation, and decommissioning of sites III. and (IV).
category edits special legislation. ^ 18)
TITLE II
MANAGEMENT OF SOURCES OF IONIZING RADIATION
(§ 4 paragraph 11, section 9, paragraph 1 (b) (i)), § 13 para. 3 (b). (d)) of the Act, and
points I. 6, 7, and 8, 12 and 13 of annex I of the Act)
section 36
Ways of management of sources of ionizing radiation requiring authorisation
(1) ways of management of sources of ionizing radiation, to be
to enable the management of sources of ionizing radiation in accordance with § 9 para. 1
(a). I) of the Act, are
and the production of ionizing radiation sources) the terms provided for in § 37,
In addition to the production
1. radiation generators, which are non-material resources,
2. sources of ionizing radiation produced for their own use,
3. consumer products containing radioactive substances, which
the manufacture or importation was allowed by the authority in accordance with § 9 para. 1 (b). with) of the Act,
(b) the importation of ionizing radiation sources) the terms provided for in § 38,
In addition to imports
1. radiation generators,
2. consumer products containing radioactive substances, which
the manufacture or importation was allowed by the authority in accordance with § 9 para. 1 (b). with) of the Act,
c) export of ionizing radiation sources under the conditions defined in section 39,
In addition to the export of
1. the insignificant and minor sources,
2. consumer products containing radioactive substances, which
the manufacture or importation was allowed by the authority in accordance with § 9 para. 1 (b). with) of the Act,
3. radiation generators,
(d) distribution of ionizing radiation sources) under the conditions set out in § 40,
In addition to the distribution of
1. radiation generators,
2. consumer products containing radioactive substances, which
the manufacture or importation was allowed by the authority in accordance with § 9 para. 1 (b). with) of the Act,
with the exception of the ionization fire detectors, which are subject to the provisions of §
7 (b). (e))
e) installation or commissioning of ionizing radiation sources for
the conditions set out in section 41,
f) storage of radionuclide emitters under the conditions specified in § 42,
In addition to the necessary storage of ionizing radiation sources during transport
These sources,
(g)) the use of ionizing radiation sources under the conditions set out in section 43,
In addition to using
1. a low-ranking or type-approved retail sources of ionizing
radiation,
2. consumer product containing radioactive substances, which
the manufacture or importation was allowed by the authority in accordance with § 9 para. 1 (b). with) of the Act,
3. sources of ionizing radiation, which is part of the device,
technological units, equipment or operating media in the workplace, to
which operation the user is entitled on the basis of an authorisation pursuant to § 9 para.
1 (b). (d)) of the Act,
4. the radiation sources used only to the extent to which the
the user is entitled to on the basis of other permits,
h) evaluation of properties of ionizing radiation sources under the conditions
as defined in § 44,
and repair of ionizing radiation sources) the terms provided for in § 45,
In addition to the corrections
1. radiation generators, which do not require turning on the generator or otherwise
cannot be associated with a radiation of natural persons carrying out repair,
2. carried out by the holder of the authorisation of the use of this resource, and if it is not
fix potential exposure associated with a higher than normal operation,
j) disposal of the products resulting from mining activities in the mining and
the processing of uranium ore as the tailings material stored in the odvalech and on the
mining companies, that are not radioactive waste.
(2) the use of sources of ionizing radiation, to which it is necessary to
to enable the management of sources of ionizing radiation, are not considered
and the management of resources) of ionizing radiation in a way in which in no
calendar year, the collective effective dose cannot be larger than 1 MW and
for any individual effective dose may not be greater than 10
mikroSv,
(b) the collection and use of solid) of shielding materials containing only
natural or depleted uranium or natural thorium,
(c) the collection and use of the natural) medicinal waters containing only
radionuclides of natural origin,
(d)) work with increased radiation from natural sources, in addition to
the activities referred to in paragraph 1 (b). (j)),
(e) the operation of the workplace, executed on) basis and on authorisation conditions
According to § 9 para. 1 (b). (d)) of the Act,
(f)) of the extraction and processing of radioactive minerals, carried out on the basis of
and under the conditions of an authorisation pursuant to § 9 para. 1 (b). (d)) of the Act,
(g)) the use of consumer product containing radioactive substances,
of which manufacture or import was enabled by the authority pursuant to § 9 para. 1 (b). with)
the law.
(3) the application for authorisation of the management of sources of ionising radiation is
the documentation referred to in point I of annex of the Act shall be presented in its entirety for
workplace II. and higher categories operated by the applicant and for the resources
ionizing radiation, which will be held by the applicant. For the workplace as well.
operated by the applicant category need not be presented and is not subject to
approval of program monitoring, a proposal for the definition of a controlled
bandwidth and an internal emergency plan, if they are submitted to the operational
the legislation, which, in the opinion of the authority shall include enough description
workplace monitoring, and emergency instructions for procedure in case of
deviations from normal operation. For other sources of ionizing radiation,
to be treated, and for the work carried out at the workplace
other persons shall take account of the extent and the way of management of resources
ionizing radiation. Disposes of a with the same source of ionizing radiation
or if the same workplace more persons, may submit to the competent
section of the documentation.
§ 37
Production
(1) a permit for the manufacture of ionizing radiation sources shall entitle the manufacturer ^ 19)
also for the storage and the necessary testing and verification of properties and
the parameters produced by ionizing radiation sources, but does not replace the
permission to use them for the purposes for which these resources are
intended.
(2) Manufactured radionuclide emitters must be securely stored in the
accordance with § 42.
(3) the manufacturer of radionuclide emitters or device with them, in addition to
insignificant or type-approved minor sources, supplies made
sources of ionizing radiation only to the person who is entitled to them
dispose of it at least is stored.
§ 38
Imports
(1) the Imported radionuclide emitters must be securely transported by
section 20 of the Act and securely stored in accordance with section 42.
(2) the importer ^ 19) shall ensure that in the course of import sources of ionizing
only authorised persons ' radiation, and radionuclide emitters or
devices with them, besides the unimportant or type-approved minor
resources, the only person who is entitled to dispose of them, and it
at least it is stored.
(3) an importer who imported sources of ionizing radiation itself physically
will not use and for radio-nuclide radiators or stored, do not need to
applications for import permits for sources of ionising radiation to submit
program monitoring, a proposal for the definition of the controlled area and the inner
emergency plan referred to in points (I). 6 to 8 of annex I of the Act, if the request
includes all persons who will be during import with imported sources
ionizing radiation, which are radionuklidovými the radiator or is
include, in the territory of the United States, showing that they are to
entitled to no treatment.
(4) the authorisation to the management of sources of ionizing radiation specific
in a way, which is the import of sources of ionizing radiation, must be the one who
in the course of his business is importing these resources on the territory of the United
of the Republic.
§ 39
The export of
(1) the Exported radionuclide emitters must be securely transported by
section 20 of the Act and securely stored in accordance with section 42.
(2) the exporter shall ensure that in the course of export of sources of ionizing radiation
take only authorized persons, and the sources of ionizing radiation will supply only
a person who is entitled to dispose of them. Document referred to in point (I) 13
the annex to the law to the effect that the recipient meets the conditions for the treatment of
sources of ionizing radiation, confirmed by a competent authority of the country
the recipient is required only for the export of radionuclide emitters.
(3) the exporter that exported the sources of ionizing radiation itself physically
will not use and for radio-nuclide radiators or stored, do not need to
application for export permit of ionizing radiation sources present
program monitoring, a proposal for the definition of the controlled area and the inner
emergency plan referred to in points (I). 6 to 8 of annex I of the Act, if the request
lists all the persons that will be exported during the export source
ionizing radiation, which are radionuklidovými the radiator or is
include, in the territory of the United States, showing that they are to
entitled to no treatment.
section 40
Distribution
(1) sources of ionizing radiation, which according to § 23 of the Act shall be subject to
type approval can be placed on the market only after their type approval.
(2) the Distributor ^ 19) shall ensure that the part of the documentation distributed
ionizing radiation sources, their classification, the design range
the acceptance tests referred to in section 70, the tests of long-term stability under section 71
and operational stability tests according to § 72, unsealed
radiator cover sheet for closed radionuclide emitters certificate
the closed-end of the emitter issued by an authorized person and
small sources and for consumer products containing radioactive
substances whose production or importation was allowed by the authority in accordance with § 9 para. 1
(a). with) of the Act, use guide that includes guidance on safe
use of these products by the user, in small type-approved
resources, this is the instruction manual, approved by the authority.
(3) Distributed radionuclide emitters must be securely transported
pursuant to section 20 of the Act and securely stored in accordance with section 42.
(4) the Distributor shall ensure that, in the course of distribution of resources
ionising radiation take only authorized persons, and radionuclide
radiator and equipment with them, besides the unimportant or type-approved
minor sources, the only person who is entitled to dispose of them, and
at least it is stored.
(5) a Distributor that distributed sources of ionizing radiation itself
physically and will not be used for radionuclide emitters or stored,
do not need to request permission to distribute the sources of ionizing radiation
to submit a program proposal for the definition of monitoring controlled area
and an internal emergency plan (I) and 6 to 8 of annex I of the Act, if in the
the application lists all the persons that will be over the distribution of resources
ionizing radiation in the territory of the United States, showing that
they are entitled to such treatment.
§ 41
Installation or putting into operation
(1) the authorization of the management of sources of ionizing radiation specific
the way in which the installation or commissioning resources
ionizing radiation, must be the one who is not otherwise entitled to enough with
dispose of the source, and when installing or marketing resources
ionizing radiation into operation it will use to the necessary
test the functionality of the sources of ionizing radiation and related
of shielding and protective devices or to verify whether a resource is
ionizing radiation suitable for use for the purpose for which it is intended.
If the installation or commissioning is not associated with a higher risk
the exposure than normal operation, for example. the fact that it removed some
shielding or security features, does not need a permit to install or
commissioning of one who is entitled to the source of ionizing radiation
to use.
(2) sources of ionizing radiation, in addition to the insignificant and small, can be
installed and put into operation only in workplaces that meet the
technical and organisational conditions for safe operation under section 24 to
34, and
and if it is) about the sources of ionizing radiation, which according to § 23 of the Act
are subject to type approval, are type-approved and is supported by consensus
with the approved type or with the requirements of technical regulations that apply to
them,
(b)) in the case of installation of radionuclide emitters or entry into
operation of the equipment with them, is the operator of the site at which they are to be
sources of ionizing radiation are installed, shall be entitled to appropriate
radionuclide emitters to be stored,
(c)) the conditions are created in the workplace to prevent the disposal of resources
ionizing radiation and handling by unauthorized people, even after
time, when not in use.
(3) the application for a permit to install or to commissioning resources
ionizing radiation is not required to submit a proposal for the definition of
the controlled zone and an internal emergency plan referred to in points (I) and 7 and 8
the annex to the law, if these activities are carried out exclusively on the
the workplace of another holder of the authorization.
§ 42
Storage of radionuclide emitters
(1) the authorization of the management of sources of ionizing radiation specific
in a way, which is the storage of radionuclide emitters, must have one
who store radioactive emitters, which is authorized to produce,
import, distribute or use, for example, does not yet have
created or has already lost the conditions for their use. Permission to
storage of radionuclide emitters does not need a carrier for storage
ionizing radiation sources necessary for carrying out the transport in accordance with the
requirements for the safe transport, pursuant to section 20 of the Act.
(2) sources of ionising radiation must be stored so that it is
to ensure that they will not deal with them by unauthorized persons.
(3) as documentation for authorization for storage shall be presented, if
It is not agreed otherwise with the authority, only the documentation referred to in points 2 and 5, even.
the annex to the law, the quality assurance programme, a description of the monitoring and
emergency instructions for procedure in case of radiation accident.
§ 43
The use of the
(1) If this is explicitly stated in the permit, can be the source of ionising
radiation, which are subject to authorisation, use and to advance
unspecified work stations designed for working with resources
ionizing radiation on pre-defined short period not exceeding 30
days (hereinafter referred to as "temporary site").
(2) the commencement date of the works, the estimated time of the work on the interim
the workplace, in its place, a description of the work and an overview of the used sources
ionizing radiation is the Office announces in writing, by telegram or
electronically at least a day in advance. Working Group on transitional
workplaces must be at least two, of which at least one person
must be a person with special expertise. Completion of the work on the
Transitional workplace shall be notified immediately to the Office. These provisions shall
do not apply to temporary workplaces in which will be handled no more than
single source, in addition to the NDT x-ray equipment and
karotážních closed radionuclide radiator.
(3) sources of ionizing radiation, the use of which is subject to authorisation,
can only be used in workplaces, which comply with the technical and
the organizational conditions of safe operation under section 24 to 34, and if
and) are secured against theft and against handling
by unauthorized people, even when they are not immediately
used,
(b)) are used or switched only for job performance.
§ 44
Evaluation of properties
(1) an authorisation pursuant to § 9 para. 1 (b). I) of the Act to the management of resources
ionizing radiation in a specific way which is reviews
properties of ionizing radiation sources, you must have the person who performs the
evaluation of properties of ionizing radiation sources
and in the tests) of ionizing radiation sources to type approval in accordance with
§ 23 para. 3 of the Act, or
(b)) in the conformity assessment of properties of ionizing radiation sources with
the requirements of legislation or
(c)) in the authentication properties of ionizing radiation sources with an approved
type, or
(d)) when acceptance tests of ionizing radiation sources in addition to the
Open the radiators, or
(e)) for the examination of the long-term stability of ionizing radiation sources.
(2) the conditions for the assessment of the properties of ionizing radiation sources in the
acceptance tests and tests of long-term stability and for other
the purposes of paragraph 1 are
and to ensure a sufficient level of expertise) in relation to the evaluation process
properties of ionizing radiation sources, including the necessary number of
employees with professional training, knowledge and skills,
(b) their own devices to) the equipment technical and administrative
capacity, accessibility to equipment for a special assessment,
(c)) the use of methodologies that conform to the requirements of the master of the methodology
referred to in annex 6,
(d) the elaboration of test protocols), which correspond to the requirements
the standard referred to in the annex to Protocol No 6,
e) ensuring the participation of individuals with the appropriate special professional
a device for representing the holder of the authorization to the comparative measurements
organised by the authority or with the consent of the authority.
(3) the application for authorisation to the assessment of the properties of ionizing sources
radiation is not required to submit a proposal for the definition of zones and
internal emergency plan referred to in points (I) and 8 of annex I of the Act, if this
activities will be carried out exclusively at the workplace of the operator
the evaluated sources of ionizing radiation.
(4) natural persons conducting the assessment of the properties of ionizing sources
radiation must on workplaces of operators of investigational resources control
the internal emergency plan approved for the operators of the investigational
source.
§ 45
Repair
(1) the application for the authorisation for the repair of ionizing radiation sources may not
to submit a proposal for the definition of the controlled area and internal emergency
the plan referred to in points (I). 7 and 8 of the annex to the law, if these activities will be
are exercised exclusively in the workplace of the operator corrected the source.
(2) natural persons carrying out repair of ionizing radiation sources must
the workplaces of operators to manage internal resources repaired
emergency response plan approved for the operator corrected the source.
TITLE III
MANAGEMENT OF RADIOACTIVE WASTE
[To section 2 (b), (h)), point 4, § 9 para. 1 (b). (j)), § 13 para. 3 (b). (d)) and §
24 paragraph 2. 4 of law]
§ 46
General requirements for the management of radioactive waste
(1) ways of management of radioactive waste, which is necessary to enable
According to § 9 para. 1 (b). j) of the Act, are their gathering, sorting,
processing, storage, editing and saving. For the handling of
radioactive waste management, to which it is subject to authorization in accordance with § 9 para. 1
(a). j) of the Act, does not consider the collection, sorting and storage operations
radioactive wastes by a person who is entitled to dispose of them as
Open radionuklidovými the radiator, and processing and editing
radioactive waste carried out by such a person on the basis of the contractual
relationship with the holder of the authorization to the management of radioactive waste.
Recycling, discharge or other placing radioactive waste to
the environment will be governed by the provisions of section 57 and section 56 to 89, including
an authorisation pursuant to § 9 para. 1 (b). h) of the Act. Shipments of radioactive
the waste is carried out in accordance with the requirements of section 20 of the Act.
(2) for the management of radioactive waste, radiation protection provides
the manner and to the extent the same as for other radioactive emitters, if
It is not in the appropriate authorisation expressly provided otherwise.
(3) in the management of radioactive waste, in addition to radioactivity will take
into account all their hazardous properties, which could the safety
waste management, in particular, affect toxicity, flammability, explosivity,
spontaneous emergence of splits, critical mass or the residual heat. In
relation to these hazardous properties are the procedures for dealing with
radioactive waste in accordance with the general legislation on
waste management ^ 20)
(4) procedures for individual activities, the management of radioactive
wastes pursuant to § 9 para. 1 (b). (j)) and h) of the Act must be described in
the operating rules of the authorisation holder.
§ 47
Requirements for equipment used in the handling of radioactive waste
(1) equipment used in the handling of radioactive waste permit
and the Assembly and storage) of radioactive waste,
(b)) a good accessibility for maintenance, repair and easy decontamination,
(c)) the greatest prevent it from clogging and easy removal
any deposits or deposits,
(d) prevent leakage of radioactive waste), and collecting and returning
leaks.
(2) equipment used in the handling of radioactive waste permit
continuous or at least regular measurement of quantities, demonstrating its
correct function of the specified project. Methods of measuring these variables must
be described and documented by the holder of the authorization.
(3) equipment used in the processing and treatment of radioactive waste,
that contain explosive or flammable substances, must be durable against possible
effects of explosion or fire. Variables affecting the explosiveness or
Flash must be tracked.
§ 48
The collection and classification of radioactive waste
(1) the radioactive waste or their mixtures with other substances are in place
their creation is collected in particular according to the ways of processing and
editing, and if it is technically possible and reasonable, even sorted.
(2) radioactive waste or their mixtures with other substances are classified
According to the ways of processing and editing. Sorting shall be carried out according to the
physical and chemical properties.
(3) the types and method of classification of radioactive waste must be in possession of
to enable the management of radioactive waste documented and classified
waste is recorded.
(4) Radioactive wastes are distinguished in the gaseous, liquid and solid. Fixed
radioactive wastes are classified into three basic categories, on the
transient, low and medium-active and high-activity.
(5) Temporary radioactive waste are such a waste, that after
long term storage (up to 5 years) reported lower, radioactivity
than the clearance levels. High-activity radioactive waste are
the waste, which must be taken into account, their storage and storage
the release of heat from the decay of radionuclides contained in them. Other
radioactive wastes are classified as low and medium active
the radioactive waste.
(6) low and medium active radioactive waste is divided into two
subgroup, on the short term, for which the half-life radionuclides contained
is less than 30 years (including the Cs-137) and for which there is limited by weight
long-term activity of alpha emitters (in particular the packaging file
a maximum of 4000 kBq/kg and mean value of 400 kBq/kg in the total volume of
waste generated per calendar year), and the long-term management,
which are those wastes that do not belong to the subgroup of short-term
radioactive waste.
(7) the collecting packing files containing radioactive waste must be
marked so as to indicate what waste is collected and how it is sorted.
The permit holder must draw up their own clear marking system
collection containers and packaging. Its execution, or in combination with the technical
design and equipment of the place in which they are located, ensure that
waste to it is protected from unwanted spoilage,
misuse, theft or leakage which could endanger the environment.
§ 49
Processing of radioactive waste
(1) the processing of radioactive waste means that usable substances in
to the extent possible to separate and return for reuse so that
the remaining quantity of waste and radioactive waste was as small as possible.
(2) before processing of radioactive waste, it is necessary to consider the effect of
processed and emerging substances on the reliability of the technology
device, where they are processed, and the influence of technology systems
related to was not affected by unwanted nuclear
safety or radiation protection.
(3) if they are used in the processing of radioactive waste, ion exchanger
filter or similar separating substances with limited service life, must be
regularly monitored the effectiveness of their functions and the holder of the authorisation shall lay down
the highest value, above which are restored or replaced.
These values indicate the holder in the relevant operational rules.
(4) where the radioactive waste is incinerated, for each of their kind
determined and documented technological process in the combustion of which gives
the permit holder in the relevant operational rules.
§ 50
Modification of radioactive waste
(1) the adjustment of radioactive waste by changing their physical or
chemical properties, where applicable, their packaging must be such as
in order to ensure their safe transport, warehousing and storage.
Modification of radioactive waste typically includes the reinforcement of radioactive
waste and its delivery to files.
(2) the reinforcement of radioactive waste, which may be ztužidly
in particular, cement, bitumen or glass fixed mass, provides for the holder of the
enable editing in the production routing rules that must
include, inter alia, the ratio of mixing or specific consumption of ztužidel and
freezing conditions. In the operating rules must be laid down on
acceptance conditions for presses and cramps and how to check these terms and conditions,
in order to meet their desired quality.
(3) the modified radioactive waste into containers, it must
be sure not to overfill.
(4) if the preparation of radioactive waste packaging, must be
packaging files selected to withstand the loads reliably
subsequent manipulations and transport and handling to be
safe. In doing so, takes into account the possible effect of radioactive
waste induced by the presence of corrosive substances, their expansion,
those gases, heat release, etc. on packaging from the inside, so the action of the
external influences.
§ 51
Storage of radioactive waste
(1) the UK radioactive waste must match the type of its equipment
storage of radioactive waste, in particular
and liquid) tanks of radioactive waste must be secured against
overcrowding and their filling must be checked; the tank must be
placed in protective reservoirs, which can accommodate with sufficient backup volume
the tank; protective sink must be watertight, with signalling of escape from the
the tanks are equipped with devices for their outflows; fumes from the tank and the
reservoirs must be evacuated and treated as radioactive waste,
(b) storage and Assembly) the contents of the tanks must be impossible to remove;
each storage system or Assembly tank must always have,
as an emergency backup, blank tank corresponding to the largest
the tank system
c) held the liquid radioactive waste in containers, shall be
the warehouse floor and walls impermeable in such amount, in order to prevent
When the maximum quantity of the stored liquid leakage of radioactive
waste of their penetration into the environment; the floor must be
an incline away into the sink, bezodtokové impermeable
d) uk radioactive waste must be protected against negative
the weather, in particular atmospheric precipitation; the status and facilities
warehouse holder regularly checks.
(2) the storage of radioactive waste are required to
and) adjusted radioactive waste has been stored so that there is no change
properties that would prevent their imposition,
(b) the permit holder has provided the highest) of the quantity stored,
radioactive waste,
(c)) have been safely stored in the place of their origin or at the workplace,
If they cannot be edited and fixed to the warehouse or
storage,
(d)) of radioactive waste can be safely handled throughout the
duration of storage, including radioactive waste in packaging
files.
(3) Radioactive waste is the store with other wastes or materials.
(4) the device on which the total activity of stored radioactive
wastes containing radionuclides on the half-life of the conversion is longer than 75 days and
Alpha emitting radiation exceeds 1015 Bq, is nuclear facilities according to §
2 (a). (h) section 4 of the Act).
§ 52
Storage of radioactive waste
(1) on the storage of radioactive waste, in addition to the General requirements for
nuclear facilities and the workplace (IV). the categories are subject to such
requirements to
storage storage) are protected against the ingress of a bi-directional
waters and to the closure of the store, he was excluded the long-term contact saved
radioactive waste with water
(b)) the store was protected against flood and flood waters, in particular
precipitation or mining.
(2) operation of a store closing is completed. Design method of closure
is the subject of safety analyses, which are part of the documentation
for a permit to operate.
(3) a system of monitoring and its surroundings must, in addition to the requirements for
monitoring, provide a sufficient overview of the possible ingress of water
to the store when populating and leakage of radionuclides from storage to
the surrounding environment; in doing so, this system shall not reduce the tightness and
the integrity of the storage.
(4) If a part of the drainage system, the store is built to
avoid clogging or fouling. If you still encounter an intersection
water storage storage spaces when populating a, it must be
ensure their outflows and safe handling. To function correctly,
the drainage system is checked at least once per year for the entire
the period of operation of the store.
(5) compliance with the radiation protection when you save the radioactive
waste must be shown in the safety analysis of the potential consequences of
storage of radioactive waste. Safety analyses must demonstrably and
the satisfaction on the basis of knowledge of the place where the storage is to be built,
evaluate the risks in question in a production period and in the period after
the closure of the store. For safety analyses are derived terms
acceptability to store radioactive waste.
(6) the Optimization of the limits for safe storage of radioactive waste is
the effective dose 0.25 mSv per calendar year for individuals of the critical
groups of the population.
§ 53
Limits and conditions for safe management of radioactive waste
(1) the limits and conditions of safe management of radioactive waste,
which are the approval documentation referred to in point (J). 9 of the annex to
determined on the basis of the safety analyses and include, in particular,
and details of permissible parameters), which is ensured by the nuclear
safety and radiation protection of the loading,
(b)) ways and the time limits for the measurement and evaluation,
(c) the ability of a operational) requirements for waste
radioactive waste management,
d) requirements for setting up protective systems, these devices,
e) limits the underlying quantities,
(f) the requirements for the activities of the workers) and the organizational measures to
meet all of the defined conditions for the design operating conditions.
(2) part of the limits and conditions for the storage of the maximum permitted
activity of radionuclide emitters. Part of the limits and conditions for the
storage of radioactive waste at the store are the relevant conditions
the acceptability of that contain conditions and limitations for the characteristic
properties of stored radioactive waste, in particular the content of the
the highest permissible activities of radionuclides, radionuclide emitters,
structural stability, loužitelnost, heat, and radiation effects
the possibility of the formation of gases, the ability of microbial decomposition and the formation of
a critical state, the content of corrosive, explosive and samozápalných substances,
free liquids and combustibles, complexing agents, corrosion resistance and
surface contamination of packaging and the batch input or argument of
Why is not the characteristic of stored radioactive waste
limited. The conditions of admissibility may also include requirements for
the usual dimensions, weight, design and marking of barrels, containers and
other containers for the storage of radioactive waste.
(3) the holder of the authorisation to the management of radioactive waste regularly
be sent to the Office reviews the performance limits and conditions of safe handling of
radioactive waste, but at least once a year.
§ 54
Register of radioactive waste
(1) Records the amount and specific activity of radionuclides in radioactive
waste in their collecting, sorting, processing, editing,
storage, transport and storage. This evidence is used for the detection of
material flow of radioactive waste for the authorisation holder referred to in section 9
paragraph. 1 (b). j) of the Act.
(2) the holder of a permit to the management of radioactive waste and
keeps operating records concerning the handling, which contain data
and) weighing (volume),
(b)) about the activity of those radionuclides, the content of which is limited by the terms of the
the acceptability of, and those that are contained in an amount greater than 1
% of total activity,
(c)) on the chemical and physical form of radioactive waste, including
the originators of the accepted waste
d) about how the disposition of waste stored or stored
radioactive waste including data, where and how long they are,
(e) the results of the analyses of the waste) and their packaging,
(f) the operation of the equipment including) of data on time use of the equipment,
or its withdrawal, on the device and on the údržbách
malfunction and accidents and how to remove them
(g)) of the names and surnames of workers involved in the operation.
section 55
The accompanying list of radioactive waste
(1) the accompanying list of radioactive waste must be accompanied by a radioactive
waste when it is each physical transmission of the holder of the authorization referred to in section 9
paragraph. 1 (b). j) of the Act. The accompanying list of radioactive waste exhibiting
transferring and must be signed by the responsible person of the sending and
accepting. The cover sheet shall be drawn up for each type of radioactive
waste and for each file with the radioactive waste packaging forming
a separate handling unit, such as a barrel.
(2) the cover sheet contains radioactive waste
and) indication of the physical and chemical form and the properties of the radioactive
waste or Code characterizing radioactive waste, further for solid
also their wastes category § 48,
(b) a description of the type of packaging and) external marking enabling the packaging file
identify (identification number),
(c) the number of pieces and activity) stored unused sealed
radionuclide emitters for high-activity of the radiators and their registration,
button is clicked. the identification number according to § 33 para. 8,
(d) the activity of the radionuclide), whose content is limited to
the conditions of acceptability, and also those which are included in the amount of
more than 1% of the total activity
(e) the dose equivalent) power consumption on the surface of the packaging,
f) data on surface contamination of packaging,
g) size of the coefficient loužitelnosti of radioactive waste conditioned
to store, if it is limited to the terms of the acceptability of the storage,
h) total mass of radioactive waste,
I) weight packaging of radioactive waste in the case of
storage before storing it in the case of storage,
(j) the date or period of performance) of the packaging,
k) date of issue of passport,
l) trade name and identification number (if any) of the person,
that radioactive waste passes, and the first name, surname, position and signature
authorized representative of that person,
m) trade name and identification number (if any) of the person,
that radioactive waste takes over, and the first name, surname, position and signature
authorized representative of that person.
(3) to the cover sheet of prepared radioactive wastes are bundled with other programs
a copy of the accompanying sheets of radioactive waste or certificate enclosed
radionuclide emitters that file storage packaging of radioactive
the waste contains, or other documents that accompany
tell us about the properties of the radioactive waste and how to dispose of
them.
(4) an integral part of the accompanying worksheet for radioactive waste
transmitted to the store or storage is a written statement the originator
modified radioactive waste stating that the radioactive waste were
adapted in accordance with the approved limits and conditions for their preparation
and that they meet the criteria for the appropriate store or warehouse,
for example, they do not contain free liquid, pyrophoric substances, toxic substances
or explosive substances.
(5) the data of the accompanying worksheet must correspond to the information of the operational journals
the originator or administrator of the warehouse or storage. The cover sheet shall be drawn up in
three copies, with the original and the copy must be stored in different
the fire sections. ^ 21) the accompanying list of radioactive waste archives
Storage management of radioactive waste permanently and other permit holders
to the management of radioactive waste or originators to archive at least
for a period of 10 years from the transfer or disposal of radioactive
the waste.
TITLE IV
THE PLACING OF RADIONUCLIDES INTO THE ENVIRONMENT
[To section 8, paragraph 1, and article 9, paragraph 1 (a), h) of the Act]
§ 56
The General rules for the placing of radionuclides into the environment
(1) the Radionuclides may only be put into the environment only if it is
justified pursuant to § 4 paragraph 2. 2 of the Act. Must be selected such
ways to avoid it before it naturally reduces the activity of the
spontaneous radioactive decay to levels associated with insignificantly small
radiation occurs in the environment to the accumulation of radionuclides
might endanger health or the environment.
(2) If, upon the placing of radionuclides into the environment could
the collective effective dose should not exceed 1 Mw or critical group
the population exposure may occur above one twentieth of the General
limits, proof that the optimization of radiation protection in quantitative
studies that assess the benefits and risks of the selected procedure and
performs his comparison with alternative approaches.
(3) Optimization of the limits for the total discharges of radioactive substances from the
the workplace, where they perform radiation activity, is the average effective
the dose of 250 mikroSv per calendar year for the respective reference groups
the population, at the nuclear power facility of 200 mikroSv for
discharges into the air and 50 mikroSv for discharges into watercourses.
(4) the substances, materials and articles whose content of radionuclides or
the surface contamination with radionuclides exceeds the clearance levels,
can be set in the environment on the basis of, to the extent and for the
the conditions laid down in the authorization of the authority for the placing of radionuclides to the
of the environment in accordance with § 9 para. 1 (b). h) of the Act, where appropriate, other
with the consent of an authorisation issued by the authority under special laws
legislation. ^ 22)
§ 57
Clearance levels
(1) put into the environment without the prior authorisation of the authority in accordance with
§ 9 para. 1 (b). h) of the Act can be materials, substances and articles containing
radionuclides or contaminated by them under the conditions that
and in the release of solids) and objects to the use of off site
I. to IV. categories in any kilogram of the reclaimed material is not
the sum of the shares of the average weight of the activities of individual radionuclides
and the release levels of radionuclide activity concentration of the relevant
listed in table 1 of annex 2 is greater than 1, nor on any of the 100
cm2 of the surface of the material is the sum of the shares emitted by the average
area of activities of the individual placed radionuclides and release
surface of the respective levels of radionuclides given in table no.
1 of Annex No. 2 is greater than 1,
(b)) when the discharge of waste water into surface water in any meter
the water discharged is not the sum of the cubic of the products of average volume
the activities of individual discharges of radionuclides and the maximum
conversion factors hing to receive these radionuclide ingestion
an adult individual of the population according to the tables of the annex No 3 more
than 10-4 St. m-3,
(c)) in the discharge of waste water into the sewer system for public use in the
any cubic meter water discharged is not the sum of the products of average
the activities of individual discharges of radionuclides by volume and maximum
conversion factors hing to receive these radionuclide ingestion
an adult individual of the population according to the tables of the annex No 3 more
than 10-2 St. m-3, if there is no sewerage regulations ^ 22a) unless otherwise specified,
(d) the discharge into the air) when in any cubic metres discharged
It is not the sum of the products of gaseous substances the average volume of activities
the individual discharges of radionuclides and conversion factors for hinh
receive these radionuclides through inhalation an adult individual of
the population according to the tables of the annex No 3 larger than 10-7 Sv. m-3,
e) when storing the waste land ^ 23) saved material complies with the
the request referred to in subparagraph (a)), and the fit is made in such a way that
does not cause at a distance of 1 metre from the surface of the landfill increased wattage
dose equivalent by more than 0.1 mikroSv/h against the original
natural background in the site and the total wattage of the batch
the equivalent of not more than 0.4 mikroSv/h,
(f)) when burning in incinerators combustion gases emitted into the atmosphere
comply with the requirement referred to in subparagraph (d)) and the ashes resulting from the combustion of the suits
the request referred to in subparagraph (a)) or, if this ash is deposited in landfills
municipal waste, complies with the requirement referred to in subparagraph (e)).
(2) the clearance levels referred to in paragraph 1 shall not apply to the placing
radionuclides into the environment that is not justified by the benefits
pursuant to section 4, paragraph 4. 2 of the Act. Clearance levels shall not apply also to the
the placing of radionuclides to the environment from nuclear installations, mining
and editing of uranium ore, work areas, where it can cause a significant increase in
exposures from natural sources, nor upon the use of aggregates from the dumps of uranium
down. Clearance levels shall not apply to means of transport also
According to annex No 4 of Decree No 317/2002 Coll., on type approval and
carriage.
(3) put into the environment without the prior authorisation of the authority in accordance with
§ 9 para. 1 (b). h) of the Act can be materials, substances and articles containing
radionuclides or contaminated even if such
activity is justified by the benefit pursuant to § 4 paragraph 2. 2 of the Act and, in any
calendar year marketing associated collective effective dose not
be greater than 1 MW, with no individual person with marketing related
the effective dose may not be greater than 10, mikroSv and at least 60 days in advance
the Office was notified, what, what, when, where, and how
will be placed into the environment, together with an estimate of the related
exposure to radiation.
TITLE V OF THE
OTHER RADIATION ACTIVITIES
[To section 4 paragraph 11 and section 9, paragraph 1, point (a). r) of the Act]
§ 58
Addition of radioactive substances in consumer products
(1) the addition of radioactive substances in consumer products must be
justified and the amount of added radioactive substances shall be so
low as can reasonably be achieved while maintaining the purpose of the consumer
of the subject.
(2) Consumer product containing radioactive substances placed on the market
must be provided with accompanying documentation that informs consumers about the
added radioactive substances, their species, and the activity and possible
health injury associated with the use of the subject and the instructions on the safe
use, including information on how to safely dispose of the product, or
his remains, after a user becomes waste. If it is not in the
the conditions of authorisation provides otherwise, this product must be visibly
marked by a symbol of radiation risk, ^ 16) designation used
radionuclides and, where appropriate, their activity.
(3) Consumer product containing radioactive substances whose production
or importation was allowed by the authority in accordance with § 9 para. 1 (b). with the law, can)
used outside supervised or controlled areas if its
the use is conducted in accordance with the instructions on use (instructions for
the safe use of the product by the user) approved by the authority.
(4) the manufacturer or importer of a consumer product with added radioactive
substances creates conditions for the take-back of it manufactured or
imported products and allows you to take it manufactured or imported
products and one of the resulting waste.
§ 59
Services relevant to radiation protection
(1) significant Services in terms of radiation protection to be
an authorisation pursuant to § 9 para. 1 (b). r) of the Act, the following activities are
provided as a service to other natural or legal persons
and personal dosimetry service) including these services for the purposes of section 6 (1). 3
(a). (b)) of the Act,
b) surveillance of the workplace or around the extent laid down in the
the monitoring programme provided as a service for the operator
workplace III. or (IV). category,
(c)) services to ensure continuous surveillance of radiation protection,
(d)) services, which is not treated with sources of ionizing radiation,
but to be an exercise in controlled areas workplaces IV.
categories with open radiator, for example, the cleaning of these workplaces,
inspection, maintenance, or repair of other equipment, carried out by another person
than the operator of the controlled area,
e) measurement and assessment of exposure from natural radionuclides, including measurement
and reviews the occurrence of radon and radon transformation products in the construction and
determination of radon index land for the purposes of according to § 6 paragraph 1. 4 and 5
the law,
f) measurement and evaluation of the content of natural radionuclides in construction
materials and in the water for the purpose of according to § 6 paragraph 1. 6 of the Act,
(g)) the import, export or distribution of radiation generators, in addition to the generators
radiation are insignificant source.
(2) for the proper and skilled execution services referred to in paragraph 1 (b).
a), b), (e)), and (f)), depending on the type of service is considered to be
and the use of methodologies) correspond to the requirements of the master of the methodology
referred to in annex No 6 or 15,
(b) the elaboration of test protocols), which correspond to the requirements
the standard protocol set out in annex No 6 or 15,
(c) ensure the participation of natural persons) with the corresponding special professional
a device for representing the holder of the authorization to the comparative measurements
organised by the authority or with the consent of the authority.
(3) a person who provides services pursuant to paragraph 1. (d))
controlled areas, this work must be guided by the relevant
documentation approved for operator controlled area.
(4) the authorization to perform other services relevant from the point of view of radiation
protection in accordance with § 9 para. 1 (b). r) of the Act is not needed, if in
the contract for the execution of the work in the framework of the services provided pursuant to paragraph 1
(a). c) or (d))) it is clearly agreed that full responsibility for the
radiation protection of all of the individuals that will be exercise,
customer service takes over, if he is authorized to carry out the activities,
that is the subject of the service.
TITLE VI OF THE
DETAILS OF THE CONDITIONS OF THE MEDICAL EXPOSURE
[To section 4, paragraph 4 (a) and 7) and § 7 (2). 3 of the law]
section 60
cancelled
§ 61
cancelled
§ 62
the title launched
(1) the diagnostic reference levels are levels of exposure, the
exceeded during examination of adult weight 70 kg
the use of standard procedures and good practice is not expected.
(2) diagnostic reference levels are listed in annex 9.
(3) at every workplace are determined their own diagnostic reference
level for all tests there normally undertaken by, for which they are
diagnostic reference levels laid down in annex No. 9 (hereinafter referred to as
"local diagnostic reference levels"). Local diagnostic
reference levels may be higher than the diagnostic reference levels
laid down in annex 9, only if this is justified. Significant
local diagnostic reference levels exceeded the permit holder
examine the results of the examination of the records and take corrective action.
§ 63
cancelled
§ 64
Equipment requirements of the workplace
(1) the new x-ray equipment shall be equipped with, if possible,
the associated equipment and supplies, which provide a quantitative
information on exposure is exposed, the test person. Fluoroscopy
without image intensifier shall not be used. Skiaskopických x-ray
devices without a batch input control can only be used
in exceptional and justified cases.
(2) the new therapeutic radiological equipment shall not be used without
the corresponding dozimetrického equipment for testing properties of sources
ionizing radiation and no Simulator for radionuclide ozařovače and
linear accelerators and x-ray equipment without a corresponding
brachytherapy treatment.
(3) medical workplaces in which medical exposure.
must be provided with personal protective equipment and AIDS for
radiation protection of all workers, persons undergoing medical exposure
as well as people caring for them on a voluntary basis. Personal protective equipment & tools
they are used to the extent corresponding to the nature of the examination.
§ 65
Therapeutic applications of radionuclides
(1) the Therapeutic applications of radionuclides that are open to the radiator,
be carried out only in parts of the health facilities, specially
designed and equipped to meet the demands of the workplace with
Open radionuklidovými the radiator. It must be ensured that the
patients used a custom lingerie and release patients as well as all
personal effects were checked for possible
contamination with radionuclides, and, where necessary, decontaminated or disposed of
as items contaminated with radionuclides or radioactive waste.
Outpatient therapeutic applications of radionuclides may be carried out only
If this is provided for in the terms of the relevant permit Office, for example, when
palliative treatment of bone metastases. Outpatient therapeutic application
radionuclides are not permissible for patients or inkontinentních
patients unable to comply with the basic rules of hygiene.
(2) Dismissal of patients to home care after treatment application
radionuclides so that do not exceed the limits referred to in paragraph 23 of the
paragraph. 1. These limits also apply to regulate exposure for
visitors to patients after treatment application of radionuclides. The data are
be entered into the medical records of the patient. In the case that
patient undergoing the treatment of radionuclides, the holder of the authorization shall provide the
the patient or his legal representative before leaving the health care
written information about the device the risks of ionizing radiation, and written
instructions on how to restrict benefits for persons who come into contact with the patient,
at such a low level, as can reasonably be achieved. In the event that the
the exposure of individuals in the household could approach values the General limits is
should be provided with written instructions as well as patients who are undergoing examination
radionuclides.
§ 66
cancelled
§ 67
Additional terms for medical exposure
(1) the radiation protection of individuals knowingly and willingly helping
individuals undergoing medical exposure must be optimized according to the §
4 (4). 4 of the Act, with the exposure of these persons shall be limited in accordance with the
the requirements set out in § 23 para. 1. the following persons must be 18 years or older
and proven to be briefed on the risks arising from the exposure, with your
consent to such radiation must be confirmed in writing.
(2) the holder of the authorization ensures each event when the medical investigation
exposure leading to unplanned application benefits the patient and in severe
cases, the results of the investigation to announce the Office.
(3) the permit holder ensures suitable selection of medical devices and
the choice of techniques designed for medical exposures that are part of the
Search examination and exposure associated with high-dose for
patients during radiotherapy, interventional radiology and computer
tomography. For these activities, the increased attention devoted to reviews
the exposure of patients or other individuals undergoing medical exposure.
(4) for each of the medical exposure shall be recorded quantities and parameters
to identify the benefits for each of the investigated or treated for
specific radiological procedure chosen.
(5) the provider of health services Announces on-demand Office details
referred to in paragraph 4 and the data that is used to determine the distribution of benefits in
of the population.
TITLE VII
MONITORING, MEASUREMENT, EVALUATION, VERIFICATION AND RECORDING OF QUANTITIES,
THE PARAMETERS AND THE FACTS RELEVANT IN TERMS OF RADIATION PROTECTION
[To section 2 (b) gg) and § 18 para. 1 (b). and) of the Act]
§ 68
Variables, parameters, and really important from the point of view of radiation protection
(1) the Quantities important in terms of radiation protection quantities are
as defined in the monitoring programme approved by the authority, or in the description
monitoring in accordance with § 36 odst. 3.
(2) the parameters and factors important in terms of radiation protection
are
and) parameters and properties of ionizing radiation sources,
b) parameters and the protective properties of personal protective
funds and other protective gear and equipment for working with resources
ionizing radiation (hereinafter referred to as "protective equipment"),
c) parameters and properties of the packaging of radioactive emitters,
d) parameters and properties of other products and equipment that are designed
for immediate activities, sources of ionizing radiation, which
the design can affect the level of radiation protection, for example, planning
systems, developing the process, the quality of the x-ray films and quality
accentuating the foil,
(e)) with ionizing radiation sources subject to type approval
proof of the type approval certificate for radionuclide emitters
the closed-end of the radiator, or the accompanying list of open emitters,
(f) the results of the monitoring) and the methodology used, including the
1. personal benefits category A workers,
2. variables and parameters that characterize the radiation field and
the occurrence of radionuclides in the workplace,
3. variables and parameters that characterize the discharges of radionuclides into the environment
workplace,
4. variables and parameters that characterize the radiation field and
the occurrence of radionuclides in the vicinity of the workplace,
g) records of informing exposed workers on the risk of their work,
h) records for verifying the eligibility of exposed workers to safely
management of sources of ionizing radiation by regular tests,
I) evidence of the conclusions of the preventive medical examinations to verify the
health workers in category A,
j) indications of radiation protection policy violation identified in the
under continuous surveillance of radiation protection,
to) other personal data held in the radiation of the card.
§ 69
The scope of monitoring, measurement, evaluation, verification and recording of quantities,
the parameters and the facts relevant in terms of radiation protection
(1) the parameters and properties in accordance with § 68 para. 2 (a). and monitor)
measured, assessed, verified and recorded
and) for the production, import or distribute to the extent necessary to
the assessment of conformity to the approved type or the requirements of the relevant
technical regulations,
(b)) when taking the sources of ionizing radiation, prior to the commencement of his
the use, in the range specified for the acceptance test
(c) in the course of use of resources) of ionizing radiation in the range defined by the
for the test of long-term stability and operational stability.
(2) the parameters and properties in accordance with § 68 para. 2 (a). b), c) and (d))
monitored, measured, assessed, verified and recorded upon receipt or
acquisition of relevant things to the extent provided in the system documentation
the quality.
(3) the parameters and protective properties under § 68 para. 2 (a). (b)) must
comply with the requirements to ensure radiation protection laid down in the Czech
technical standards. ^ 24)
(4) the documents referred to in § 68 para. 2 (a). (e)) and shall be recorded in the
extent necessary for recording the sources.
(5) the parameters and properties of the contained radioactive emitters, after the
verify its tightness recorded in the certificate of the closed
of the radiators to the extent provided in § 82. Parameters and
Open properties of the radiators, when his pass
any other authorisation holder recorded in the passport of an open
of the radiators to the extent provided in § 83, where applicable,
in the case of radioactive waste, the passport of radioactive
the waste.
(6) the Variables, parameters, and fact pursuant to § 68 para. 2 (a). (f))
monitored, measured, assessed, verified and recorded in the manner and to the extent
as defined in § 74 to 79, and for the site or source of ionizing
radiation exposure referred to in the monitoring programme approved by the authority, where appropriate, in
description of the monitoring referred to in § 36 odst. 3.
(7) personal dosage of outside workers shall be recorded in the personal
radiation of the card. Details provided by special law.
section 70
Acceptance test
(1) acceptance test includes
and classification of sources of ionizing radiation), pursuant to section 4 to 10, if you already
has not been made previously by the manufacturer, the importer or the Distributor, or in the
type-approval,
b) unsealed the radiators to verify the data referred to in
the accompanying document is passed to an open of the radiator, and it
at least the data according to § 83 para. 2 (a). (b)),
(c)) for closed radionuclide emitters ^ 25) leak test and validation
the data referred to in the certificate contained radioactive emitters, and
at least the data according to § 82 para. 2 (a). (b)) (a) visually. 2 (a). (d)), and
e) measurement; If the certificate is not the closed-end of older radiators
6 months, the only verification of the tightness of the radiator,
d) for equipment containing radioactive sealed radiator
1. If the device is supplied with a radiator, which cannot be removed, the test
the closed-end of the radiator by the letter c) procedures
proving the required data indirectly, with verification of the
where appropriate, the identification number of the radiator is not performed,
2. verify the functionality of the device and verify the quality of the management, control,
safety, signalling and indicator systems
3. Verify that the specified operation parameters and device properties
they don't depart for the expected purpose of the limits laid down in the Czech
technical standards or in the technical dossier from the manufacturer or
the importer,
4. determination of the accuracy of the dosimetry and determination of
the purpose of use,
e) radiation generators and for devices whose operation arise
radionuclides,
1. verify the functionality and quality of the management, control,
safety, signalling, display and imaging systems,
2. Verify that the specified operation parameters and device properties
they don't depart for the expected purpose of the limits laid down in the Czech
technical standards ^ 26) or in the accompanying technical documentation from the
the manufacturer,
3. determination of the accuracy of the dosimetry and determination of
the purpose of use.
(2) Acceptance tests shall be made at least to the extent provided by the Czech
technical standards, based on the design of the manufacturer, importer or
the Distributor, or in the range specified in the type approval. When
the acceptance test, the holder of the authorization, that the test be carried out, shall lay down the
the scope and frequency of measurement and verification of properties of sources of ionising
radiation in the intended manner of use in tests of long-term
stability and operational stability tests.
(3) to perform acceptance testing, in addition to the acceptance tests of open
radiators, they can, as a specific way of management of sources of ionising
radiation, only persons having appropriate authorization of the authority; control and exercise them
may, as the activities of particular importance from the point of view of radiation protection,
only natural persons with specific professional qualifications, pursuant to special
^ 10) legislation, and if it is the provision of health care,
also the appropriate specialized eligibility under special laws
regulations ^ 5b). The results of the acceptance tests shall be recorded in the log
for this test, which receives a person who passes the source, so the person
that takes the source. A copy of the log to be sent to the holder of the authorisation, which
the test is carried out in writing or in another agreed form of Authority within 1 month
Since the implementation of the test.
(4) in the case of technological units of nuclear installations and parts and
nuclear fuel acceptance tests are replaced by tests carried out
in the context of the various stages of their entry into service.
(5) acceptance tests do not apply to
and insignificant and minor source) of ionizing radiation, and those simple
sources of ionizing radiation, for which it was provided for in the terms of
handling permit or in the conditions of the decision on their
type-approval,
(b)) radioactive waste during their takeover of the storage management
radioactive waste for storage,
c) sources of ionizing radiation when you take them over entirely to
storage, transport or distribution,
d) sources of ionizing radiation produced by the operator for
own use and not for prototypes and unique device.
§ 71
The test of long-term stability
(1) the test of long-term stability for each source of ionising
radiation is done at least to the extent provided by Czech technical
^ 26 standards), on the basis of a design manufacturer, importer or distributor, and
or to the extent specified in the type approval. The range of tests
provides for the holder of the authorization for conducting acceptance test or first
long-term stability test (hereinafter referred to as the "default long-term test
stability ").
(2) the test of long-term stability, if the Office does not provide in the authorization
or otherwise in the framework of control activities, carried
and about) every time they suspect a malfunction of the device that
part of it is the source of ionizing radiation,
(b)) after the maintenance or repair work that could affect the property or
parameter being validated in the test of long-term stability,
(c)) at any time the test results indicate that the operational stability
characteristic operating characteristics and parameters of sources of ionising
radiation repeatedly strays for the purpose of the limits laid down in
Czech technical standards or in technical documentation from the manufacturer
or importer,
(d)) no later than before the expiry of the last test
1. the 12 months for radiodiagnostic cabin x-ray device
intended for human medicine and for relevant sources,
2. the 12 months for dental x-ray equipment, or 24 months if
the results of independent audits by the Office with the file rozeslaným
termoluminiscenčními dosimeters (TLD audit) confirms the correct operation of
the device,
3. for closed radionuclide emitters in the range and frequency according to
Annex No. 7,
4.24 months for the other simple sources.
(3) tests of long-term stability ensures that the holder of the authorisation to
management of source, that source has a holding. Perform tests
long-term stability, as a specific way of management of resources
ionizing radiation, only persons having appropriate authorization to the authority and control
and exercise them can, as the activities of particular importance in terms of
radiation protection, only natural persons with special professional qualifications
under special legislation ^ 10), and if it is a provision of
health care, also the specialised competence according to
special legislation ^ 5b) test results for long-term stability
shall be recorded in the log for this test, which will receive a copy of the
every person who is the holder of a permit to the handling of the source
ionizing radiation. A copy of the log to be sent to the person conducting the test
in writing or another agreed form of Authority within 1 month from the implementation of
of the test.
(4) long-term stability Tests do not apply to insignificant and small
sources of ionizing radiation, to unsealed sources, the
technological units of nuclear facilities, nuclear fuel
or to radioactive waste. Long-term stability tests shall not apply
even on those simple sources of ionizing radiation, for which it was
laid down in the conditions of the handling permit or in the conditions
decisions about their type approval. The test of long-term stability can be
at the source of ionizing radiation produced by the operator for his own
use prototype or unique devices to replace the operational tests
stability to the extent approved by the authority.
§ 72
Operational stability test
(1) operational stability Test includes for each resource
ionizing radiation characteristic authentication performance
and parameters within the range specified by the Czech technical standards or in the
the range specified in the type approval of the radiation source under paragraph 23 of
the law, based on the design of the manufacturer or importer of the device. Range
the test specifies when the acceptance test, the examination of long-term
stability.
(2) the operational stability Test shall be carried out periodically at intervals
set in the acceptance test, or on the basis of the recommendations of
by the manufacturer in the technical documentation of the sources of ionizing radiation and always after
maintenance or repair work that could affect the test property or
parameter.
(3) in the case of sealed radioactive emitters, the test operating stability
normally indirectly by measuring the wear of those parts of the device that
come into contact with the radiator, the procedure laid down in the Czech technical
standards, ^ 25) each time you clean, but at least once every 12 months, and
When you use in chemically aggressive environments or where there is an increased
risk of mechanical damage, at least once every 3 months, if it is not in the
the conditions of the authorisation or decision of a type approval laid down
otherwise.
(4) tests of operating stability of the declarant shall make, or cause
or the holder of the authorisation to the handling of the resource that is the source of the
ionizing radiation, including additional test equipment, held by.
The test results are recorded in the operational stability of the Protocol on the
the test held by the holder of the authorization to the treatment of source
the resource has held. Other users of the sources of ionizing radiation
must be able to acquaint themselves with the test results of operational stability.
(5) the operational stability of the Tests do not apply to immaterial resources
ionizing radiation, to unsealed sources, the
technological units of nuclear facilities, nuclear fuel
or to radioactive waste.
section 73
The elements of the monitoring programme
(1) the monitoring programme is under way and the scope of management of resources
ionising radiation or radioactive wastes as a rule these parts:
and workplace monitoring)
(b) the personal monitoring)
c) discharge monitoring,
d) monitoring the area.
(2) the programme monitoring shall include monitoring for normal operation,
for predictable deviations from normal operation as well as for cases of radiation
accidents and radiological accidents
and) the definition of quantities which are monitored, the way the range and
frequency measurement
(b)) the guides on the evaluation of the results of measurements,
c) benchmark values and an overview of the relevant measures in the
their occurrence;
d) specification of methods of measurement,
e) specification used types of measuring instruments and equipment and their
parameters.
(3) the programme monitoring must be designed in such a way and in such
to the extent that the operation of the workplace allow for validation of requirements
capping the exposure, demonstrating that radiation protection is optimized,
and more requirements for the safe operation of the workplace, in particular
early detection of deviations from normal operation. According to the monitoring
nature designs and introduces either as routine, it is a continuous or
periodic or as operational when certain activities with a view to assessing
and to ensure the acceptability of this activity in terms of system limitations.
If there is a change in the arrangement of the workplace, the sources of ionising
radiation, methods and conditions of handling or to changes in the
monitoring methods, the monitoring program is updated.
§ 74
Uniform procedures for the evaluation of variables measured in the context of monitoring
(1) when converting the activities of radionuclides received on time efficient
conversion factors shall apply to the benefits referred to in the relevant tables
Annex No. 3. The closer to the unidentified radionuclides and chemical
forms of the inhaled aerosol properties or are attributed to the activity of those
radionuklidům and their forms of, or such an aerosol, for which
is set out in annex # 3 highest conversion factor for receiving the ingestion of
or by inhaling.
(2) if they are not aware of the data in a more appropriate to the situation, the
intake of radionuclide ingestion based on the consumption of the species
Edibles, qualified as determined from statistical surveys, and particularly
for each age category.
(3) if they are not aware of the data in a more appropriate to the situation, it is calculated that the
for the year, a worker at work lasting 2000 hours breathes 2000 m3 air
and consuming 1 m3 of water, 0.7 m3 in the form of liquid. For other persons
counts, that the amount of inhaled air in one year is for people
at the age of up to 1 year including 1000 m3, ranging in age from 1 to 2 years, including 2000 m3
in the age of from 2 to 7 years, including 4000 m3, ranging in age from 7 to 12 years
6000 m3, ranging in age from 12 to 17 years of age including 8000 m3 and for persons over 17
years 8500 m3. For the ingestion of water, others counts, that person
under 2 years old consuming 0.25 m3 of water per year in the form of liquids, person 2
-17 years, consuming 0.45 m3 of water per year in liquid form and a person over
17 years of consuming 1 m3 of water per year, of which 0.7 m3 in the form of liquid.
(4) for the external exposure of the rare radioactive gas dispersed in
the air of the workplace when it recalculates the average activity concentration of these
gases on the power consumption of the effective dose apply conversion factors referred to in
table 1 of annex 3.
(5) to calculate the effective dose due to the inhalation of the products of the conversion
Radon of atmosphere in areas affected by mining and processing of uranium
ore, the value of the background radon activity concentration equivalent is considering 10
Bq/m3, if no other value in the area.
§ 75
Reference levels
(1) the monitoring programme shall be defined reference levels, which are
value or criteria applicable to certain pre-established procedures or
measures.
(2) the reference level above which it is necessary to value data
to record and register are referred to as the recording level. The recording
the level of separate values deserving attention from the value insignificant.
The recording level is generally set as corresponding to one
tenth of the limits and monitoring method is chosen so as to make the smallest
the measured value of the detectable radiation protection was less than
set the recording level.
(3) the reference levels, above which is the impetus for subsequent
investigation on the causes and possible consequences of the observed fluctuations of the monitored
quantities of radiation protection are referred to as level of inquiry.
Investigation of the level is generally set as the equivalent of three
desetinám limitation of doses or as the upper limit usually occurring
values.
(4) the reference levels, above which is the initiation or
the introduction of measures to change the observed fluctuations of the monitored variables
radiation protection are referred to as intervention levels. The intervention levels
as defined in the monitoring programme, it also lists exactly what intervention
This is and how it makes decisions. For an individual measured
variable or parameter can be specified as well as several
downstream of the intervention levels, corresponding to the downstream interventions
gradually more important depending on how the importance of the observed fluctuations of
the tracked variables.
§ 76
Monitoring of the workplace
(1) a workplace Monitoring is carried out by monitoring, measurement,
the evaluation and recording of variables and parameters that make the field
ionizing radiation and the occurrence of radionuclides in the workplace, in particular
dose equivalent rates, in the workplace, volume of activities in
the air of the workplace, and area activities at the workplace. Introduces the all
workplaces and to IV. In addition to the categories of workplaces and, where
they will only be minor sources of ionizing radiation.
(2) when you start work and changes in work practices or when
the changes to the method of verifying the effectiveness of the radiation protection radiation protection
before the external and internal exposure: detailed measurement input of batch
equivalent volume of activities and other variables for ionizing sources
radiation, places, work with them, and in places the possible stay of workers.
(3) monitoring of radioactive contamination is chosen in the workplace
Open the radiator as to indicate deviations from the
normal operation, lack of function or failure of barriers to
dispersion of the radioactive substances.
(4) regular monitoring of air quality by continuous measurement of volume
activities of radionuclides in the air is always established at the places of work (IV).
category and those workplaces with open radiator III. category
where it is required by the Office under the conditions of the authorization.
§ 77
Monitoring personal
(1) the personal monitoring is used to determine the personal dose monitoring
measurement and evaluation of the individual external and internal exposure
each person usually personal dosimeters.
(2) the personal monitoring personal dosimeters shall be ensured for all
category A workers and for persons who, under internal emergency
plan to intervene in the workplace when a radiological accident or emergency
disasters, unless otherwise specified in the conditions of the permit or
the approved programme monitoring. For category A workers is
control period for the evaluation of personal dozimetru 1 month.
Evaluation of personal dosimeters performs authorized dozimetrická service.
(3) personal dosimeter is worn on the front left side of chest (hereinafter referred to as
"reference point"), if not in the monitoring programme provided for
otherwise. When using the protective shielding aprons are worn outside the aprons. In
case of exceeding investigation levels provided for in the approved programme
monitoring the personal dose equivalent measured outside the aprons will be reduced by
value corresponding to the decrease in the apron. When the dosimeter is located on
the reference site does not permit an estimate of the effective dose and equivalent dose
in organs and tissues, for which are laid down limits, the worker is
equipped with additional rectangular phalanx formation, which with its characteristics or by placing the
such an estimate will allow.
(4) the personal dosimeter shall measure all types of radiation involved in the
external exposure of a worker in the management of sources of ionizing radiation.
If this condition fails to comply with a dosimeter, a worker with the tripping of the
other monitoring devices, if it is not in the allowed different monitoring programme
the method of monitoring.
(5) at workplaces where radiation cannot be excluded as a result of the accident
a one-time external radiation, radiation workers are vybavováni
operational monitoring, which exceeded the level they are capable of
right signal. If the source of ionizing radiation cause
single exposure exceeding five times the limits for radiation
workers must allow the fixing of the levy and the monitoring of their
distribution in the body of workers, including the reconstruction of the accident.
(6) in the workplace, where it can occur to the internal exposure of workers, the
revenue of radionuclides, where appropriate, the harnesses on the effective dose from the internal
the exposure of individual workers find usually measuring things to do
radionuclides in the body of a worker or in its excreta and transferred to the
income by using models of the respiratory tract, the gastrointestinal tract and kinetics
the relevant elements. When you work with open radionuklidovými radiator is
activity measurements of radionuclides in the body of a worker or in its excretions
required in the workplace (IV). categories always and in workplaces, III.
the categories, if so provided for in the monitoring programme.
(7) in the case of a suspicion that there was an unplanned single exposure
the worker performs is instantly evaluate personal dosimeters and
dosimetric evaluation of the event.
(8) the radiation workers, the employer shall ensure that the
request access to the results of their individual monitoring, including the
the results of measurements which may have been used in estimating, or to
assessments of their doses made as a result of workplace.
§ 78
Discharge monitoring
(1) the monitoring of releases and other paths of the release of radioactive substances
the environment is carried out by monitoring, measurement,
by recording and evaluating the variables and parameters that characterize the
generated substances, in particular their total weight or volume,
activity. Introduced in all workplaces where disposal
substances contaminated with radionuclides their modified-release tablets or where
There is a possibility of a serious leak quantity of radionuclides into the environment. Is used
to ensure compliance with the permitted discharge limits or conditions of the permit and to
the timely detection and evaluation of possible leaks and their consequences on the
the population in the vicinity of the workplace and the environment.
(2) the monitoring of releases and other paths of the release of radioactive substances
in the environment of workplaces of the IV. category and of those workplaces
III. categories, for which this is required by the Office under the conditions of the permit,
It includes both the systematic measurement of radionuclides, the balance sheet of all that
major involved in the exposure of the population as well as continuous
measurement of representative radionuclides, which is capable of quickly
signal deviations from normal operation. If there is a possibility of
the unacceptable leakage of radionuclides into the atmosphere, it also ensures
systematic monitoring of all potential pathways of these leaks.
§ 79
Monitoring around the workplace
(1) monitoring around the workplace is carried out by monitoring, measurement,
the evaluation and recording of variables and parameters that make the field
ionizing radiation and the occurrence of radionuclides in the vicinity of the workplace, in particular
batch inputs, activities, activity and weight by volume of activities.
Introduced in all workplaces (IV). the categories and on those workplaces
III. categories, for which this is required by the Office under the conditions of the permit,
where there is a possibility of a serious leak quantity of radionuclides into the environment.
Are used to check compliance with the permitted discharges and to ensure timely detection of
and evaluation of possible leaks and their impact on the population in the surrounding area
the workplace and the environment, and in normal operation is used for
confirmation of the safety of operations in relation to the surrounding area.
(2) monitoring the surrounding area secures the networks selected in advance
observation points and trails, which are based on the measurement
equivalents from external exposure and on the basis of samples and the determination of the
the content of radionuclides in air, k sázkám stream and in selected folders
the environment and in food calculated size and layout
the effective doses and their jobs.
(3) monitoring around the workplace starts with 1 to 2 years before their
putting into operation. The objective of this monitoring is both a pre-production
winning documents dealing with the original state around future resources, so
preoperational validation program monitoring. Scope and content
the monitoring is part of pre-production pre-production safety
the message.
(4) the monitoring carried out under the National Radiological monitoring
a special law regulates the network ^ 26a).
TITLE VIII
REGISTRATION OF IONIZING RADIATION SOURCES AND OTHER FACTS RELEVANT
RADIATION PROTECTION
[To section 18, paragraph 1 (b), (c) and section 22 (a)). e) of the Act]
§ 80
Registration of ionizing radiation sources for permit holders
(1) the holder of the authorization shall keep any source of ionizing radiation,
which is treated, the following documents and information:
and a description of the source, allowing it to) clearly identify, in particular,
the name, type designation, name of the manufacturer, or the identification
the number,
(b) the purpose of the management of the source),
(c)) all permits and other decisions relating to the management of the source of
ionizing radiation,
d) operating records characterizing the manner and extent of the treatment
the source of ionizing radiation, radioactive emitters also opened
the purpose and the balance of its consumption,
e) records concerning the handling of ionizing radiation sources
taken under the continuous supervision of compliance with the radiation protection and
the records of the control activities.
(2) the holder of the authorization shall keep any source of ionizing radiation, which has the
in his possession, the following documents and information:
and physical resources takeover date) ionizing radiation,
(b) proof of acquisition of resources) of ionizing radiation,
(c)) at the source of ionizing radiation which is subject to approval of type, in addition to
radionuclide emitters, a declaration of conformity issued by the manufacturer,
the importer or the Distributor,
(d)) for the closed-end of the emitters of the certificate,
(e)) at the open of the radiator cover sheet issued at the
the previous holder of the radiators, transmission
(f) Protocol on the acceptance test), a long-term test reports
stability, if these tests are required, and records with the measurement results
carried out within the operational stability tests,
(g)) if the source of ionising radiation is passed into the possession of another person,
the figure, to whom and when the resource was passed, and in the case unsealed
the radiators also cover sheet issued during this transfer,
h) if the radiator is placed into a radioactive environment, records
about his entry into the environment,
If I) radiopharmaceutical radiator is removed as radioactive waste,
the figure, to whom and when the radiator was passed, and the accompanying list of radioactive
waste issued when this transfer,
j) for high-activity of the radiators also photographs or other similar
representation in cases where it is required according to § 33 para. 8 or 9.
(3) if the Office does not provide otherwise, the protocols on the acceptance
the tests for the use of equipment, long term test reports
the stability of at least 3 years and records with the results of the measurements carried out in the
the operational stability of at least 1 year. The other data referred to in
paragraphs 1 and 2 shall be kept for at least 10 years from the end of
management of the source of ionizing radiation.
(4) holders of an authorisation for use or storage of sources of ionising
radiation shall be sent in writing or by any other agreed form of Authority to the State
the system of registration of ionizing radiation sources resource data
ionizing radiation, which have in their possession, in addition to the insignificant and
type-approved minor sources, unless the terms of the authorisation
unless otherwise specified,
and radiation generators) information in a range of items on the registration tab
radiation generator referred to in annex No. 12 not later than 1 month after
1. the successful acceptance test,
2. change the data on the registration card,
3. transfer of the possession of another person,
4. decommissioning,
(b)) of the enclosed data in the range of radionuclide radiators items on
registration card contained a radioactive emitters listed in annex
# 12 not later than 1 month after
1. physical takeover of the closed-end of the radiator,
2. change the data on the registration card,
3. transfer of the possession of another person,
4. delete as radioactive waste or other disposal,
(c)) on the devices with closed radiator radionuklidovými data
the items on the registration tab, the device with the enclosed radionuklidovými
the radiator indicated in annex No. 12 not later than 1 month after
1. the successful acceptance test,
2. change the data on the registration card,
3. transfer of equipment into possession of another person,
4. the decommissioning.
(5) holders of residence permits for the manufacture, importation, distribution and export of resources
ionizing radiation shall be sent in writing or in another agreed form
The authority, if it is not provided otherwise in the conditions of the permit, collectively for
previous quarter, not later than one month after its expiry, overview
produced, imported, distributed and exported resources
ionizing radiation in the range indicated in the annex No. 13.
(6) storage management of radioactive waste shall be sent in writing or by any other
agreed by the authority until the end of February of the current year collectively for
the previous calendar year, a list of the mass (volume), with a total
the activity of radionuclides, the content of which is limited by the terms of the
acceptability to the store, and also those which are included in the amount of
more than 1% of the total activity, including data, who was the originator of the waste.
(7) the provisions of paragraphs 1 to 3 shall also apply to the registration of radioactive
the waste. The register of radioactive waste for the authorisation holders in accordance with § 9
paragraph. 1 (b). j) of the Act are also applicable in addition, the provisions of § 54.
§ 81
Evidence of tiny ionizing radiation sources for informants
(1) the declarant within the meaning of § 21 para. 2 of the Act, that uses a type-
approved minor sources, leads and stores of every type-approved
retail sources the following documents and information:
to allow the resource description) to be uniquely identified, in particular the name,
the type designation, manufacturer's name, identification number, or
(b) purpose of use of resources) of ionizing radiation,
c) instructions for use of ionizing radiation sources approved by the authority,
(d) test range operations) of stability.
(2) any type-approved retail sources of ionizing radiation,
which is in his possession, use, and retains the type-
approved small addition, these source documents and information:
and the date of collection) or absorption of ionizing radiation sources,
(b) proof of acquisition of resources) of ionizing radiation,
c) Declaration of conformity issued by a manufacturer, importer or other person
indicating the source of ionizing radiation into circulation,
d) for closed radionuclide emitters of the certificate,
(e)) for unsealed radiators passports,
f) data on the location of the sources of ionizing radiation.
(3) the Recorded data shall be kept for a period of 5 years from delivery or
eliminate the source of ionizing radiation.
(4) Ohlašovatelé to be sent information according to § 21 para. 2 the Law Office to
the State system of registration of ionizing radiation sources in writing or in another
the agreed form.
§ 82
The certificate contained radioactive emitters
(1) a certificate of the contained radioactive emitters, demonstrates its
the degree of resistance and other properties verified made tests. ^ 25)
(2) a certificate of the contained radioactive emitters contains
and) identification number certificate
(b) production, or) the identification number of the closed-end of
radiators,
(c)) of an approved type, with the designation whose properties are properties
emitters in concert,
(d) information on the nature of the radionuclide),
e) activity data contained a radioactive emitters with an indication of the date on
to which the indicated activity applies, an indication of the maximum
Basic radionuclide, on important and very significant resources also
kermovou up in the air with the date, to which it applies,
f) data on the physical and chemical form of the radionuclide and its carriers,
g) data on the dimensions of the closed-end of the radiator,
h) details of the encapsulation or protective overlay (material, thickness,
method of execution and conclusion)
I) degree of the closed-end of the emitters, ^ 25) of a given type
j) results of tests ^ 25) of radioactive contamination and leakage
the contained radioactive emitters,
the recommended period of application of the closed-end) of the radiator and
any additional supporting evidence for the systematic verification of its tightness
by the operator,
l) date of issue of the certificate,
m) business name and identification number (if any) of the person who
issued the certificate, and name, surname, position and signature of the authorised
a representative of that person.
(3) the radionuclide radiators, which closed for technical reasons
they cannot be identified with the brand and the serial number, is issued a blanket
the certificate. This bulk certificate shall be drawn up for all the radiators
the same type and of the same size, which contain the same quantity of the same
radionuclides and are held by the same holder. Bulk certificate shall contain
the information referred to in paragraph 2; to place the data on the number of radiators with
lists the number of each sealed radioactive emitters, for which
the bulk of the certificate is issued. This provision shall not apply to
high-activity of the radiator.
(4) Determining or verifying the resistance of sealed classes
radionuclide emitters and the issuing of certificates of closed
radionuclide emitters are specific ways of management of resources
ionizing radiation, which are subject to appropriate authorization of the authority and
which they can control, such as a significant activity in terms of
radiation protection, only natural persons with special professional
the comp. For closed radionuclide emitters will suffice for
the issue closed radiator to the entitled person has verified the
the tightness and then used the information on the certificate issued by the manufacturer
radiator no earlier 6 months.
(5) If an enclosed radioactive heater is not accompanied by certificates or
There is no other in the terms of authorisation laid down in the manner demonstrated his
tightness, is treated as if it were an open radionuclide
radiator. Closed means a radioactive heater on which long-term test
stability carried out within the time limits referred to in annex No. 7 was demonstrated his
tightness, can be regarded as closed, and you can continue to use it to
the recommended period of application referred to in the certificate of the closed
of the radiator; If it is not the recommended duration of use is known or
has already expired, it can be used only if it is not in the Serie a by the Office
unless otherwise provided for in the authorisation to dealing with this emitter, on
the basis of the results of the tests confirmed the long-term status
stability when the leak test has been carried out by direct method
section 83
The accompanying list of open radioactive emitters
(1) the radioactive heater is Open when passing into the possession of another person
accompanied by a passport of an open of the radiators, which
Show parameters and properties important from the point of view of radiation protection
for dealing with it.
(2) the accompanying sheet of radiator contains open
and the specification or identification number) of the radiator,
(b)) in the type approval marking of the radiators are subject to an approved type,
the properties are the properties of emitters in concert,
(c) information on the nature of the radionuclide),
(d)) the data on the physical and chemical form of the radionuclide and its carriers,
e) activity data and mass activity of the radionuclide, indicating the time,
to which the information relates,
f) data on the chemical and radiochemical purity,
g) information about the type of packing of the open of the radiator,
h) date of issue of passport,
I) trade name and identification number (if any) of the person who
passports issued, and the name, surname, position and signature of the authorised
a representative of that person.
(3) For jointly transmitted the same unsealed radiators
exposes common passports, which in addition to the data referred to in
paragraph 2, for the individual radiator shall be the total number of transmitted to the radiators.
(4) the articles or substances contaminated with radionuclides in the workplace
incurred for the operation of nuclear facilities and other equipment in the
operation arise or occur to their concentration,
not considered for more unsealed sources, as long as they remain on the
the workplace, where the radioactive contamination or to the appearance of objects or
substances has occurred. If such objects or substances being passed into the possession of another
the person need not be in the accompanying document these radiators give the particulars referred to in
paragraph 2 (a). c) to (f)), where the maximum power consumption of the batch
equivalent at a distance of 0.1 m from the surface and the maximum surface activity
to 100 cm2 of the surface in the case of surface contamination of radionuclides.
(5) in the case of radioactive waste shall cover sheet open
of the radiator does not expose and is replaced by Passport
of radioactive waste.
§ 84
Evidence of personal benefits for holders of authorisations
(1) the holder of the authorization leads to register individual doses of workers
the category and the following documents and information:
and) name, surname, place and date of birth,
(b) the social security number), if it has been assigned a social security number and to its
the use of written consent granted under special legislation ^ 26b)
c) personal dosage and other information for the characterization of exposure set by the Office
in the conditions of a permit or an approved by the Office as part of a program
monitoring.
(2) the documents and particulars referred to in paragraph 1 shall be kept for the duration of
working life involving exposure to ionizing radiation, and further up to
the time when the individual has or would have attained 75 years of age, in any case,
However, at least 30 years after the end of work, during which
the worker has been exposed to ionizing radiation.
(3) the operator of a controlled area leads the list for all the people
other than those referred to in paragraph 1, that the controlled area
entered, the time of stay of these persons within it, and an estimate of the effective dose for
These persons. These data shall be kept for a period of 10 years.
(4) personal benefits from the exceptional exposure within the meaning of § 23 para. 4, of the
emergency exposure pursuant to § 2 (b). x) section 3 of the Act and of the emergency
occupational exposure pursuant to section 2 (a). x) section 4 of the Act is
recorded separately.
(5) the holder of a permit to the State system Office announces record
radiation exposed workers, either directly or through a person,
his personal dosimetry is performed,
and personal data for each) worker category and details
characterizing the expected exposure to the extent and form set out
The Office within one month from the entry into employment and at each change of these
data,
(b) the particulars of individual doses) of all staff categories and up to 2
months after the termination of the monitoring period,
(c) the annual review of individual doses) of all staff categories, and to
the end of April of the current year in the year preceding,
d) effective dose from external exposure in excess of 20 mSv, or
equivalent dose from external exposure exceeding 150 mSv, along with
evaluation of the causes of this situation and adopted the conclusions, without delay after the
their findings,
e) time effective dose for internal radiation exposure exceeding 6 mSv, along
evaluation of the causes of this situation and adopted the conclusions, without delay after the
their findings.
§ 85
Evidence of personal benefits for eligible dosimetry services
(1) Authorized dozimetrická service archives the data of individual doses
worker category and at least 1 year following the year to which the
data relate.
(2) the Authorized dozimetrická service passes the results of the assessment of exposure in
form laid down in the conditions of the permit or the agreed with the Office of
to the relevant holder of the authorisation, and also directly to the Office
and, immediately after the evaluation of the dozimetru) because of the unplanned
single exposure,
(b)) shall immediately after finding the effective dose from external exposure
exceeding 20 mSv and equivalent dose from external exposure in excess of the
mSv 150,
(c)) shall immediately after discovery of the committed effective dose from internal exposure
exceeding 6 mSv.
(3) the Authorized dozimetrická service Announces Office within 1 month of the conclusion of the
or cancellation of the contract with the holder of the authorization to the management of resources
ionizing radiation on the implementation of individual measurements on the workplace.
(4) benefits received by exposed workers of category A in exceptional
ozářeních pursuant to § 23 and benefits received when radiological emergency
situations are recorded separately and not cumulative with the doses received during the
normal operation.
§ 86
The evidence of the other variables, parameters, and the facts of a
radiation protection
(1) evidence of the conclusions of the preventive medical examinations to verify the
medical fitness category A workers shall be retained until
the individual has or would have attained the age of 75 years, but at least for a period of 30
years after the end of work, during which the worker has been exposed to
ionizing radiation.
(2) other variables, parameters, and really important in terms of
radiation protection, including the placing of radionuclides to the
environment, methodologies for monitoring and the monitoring results other than
individual doses shall be kept for at least 10 years.
PART THREE
WORK ACTIVITIES WITH INCREASED EXPOSURE FROM NATURAL SOURCES
[To section 4 paragraph 7 (b)), section 6 (1). 2, paragraph 1. 3 (b). b), c) and (d)), section 8 and
§ 9 para. 1 (b). h) of the Act]
§ 87
Workplace, where you may experience a significant increase in the exposure of natural
resources
Workplace, where you may experience a significant increase in the exposure of natural
resources, are
and the deck of the aircraft when flying) at a height of over 8 km,
b) mines, caves and other underground workplaces,
(c)) of the workplace, which is drawing, collection or other similar
way treated with water from underground sources, in particular gas
the station, the spa facilities, water treatment plants, bottlers and
d) all workplaces in which proved of exceeding volume
the activity of radon 400 Bq/m3,
(e)) of the workplace, which is carried out
1. treatment of solid products of combustion of coal to plants with a thermal
power of over 5 MW,
2. production of construction materials of the products of combustion of coal,
3. extraction, transport and processing, pipelines, oil and gas,
4. processing of phosphate raw materials,
5. production and processing of mineral materials based on titanium,
6. production and processing of mineral-based materials of zirconium,
7. the processing of material containing rare earths,
8. metallurgical production of metals,
9. production, manufacturing and use of materials containing thorium and uranium,
10. waste water treatment sludges "from underground sources,
11. handling of materials for which it has been shown that the content of natural
radionuclides in them exceeds the clearance levels or increases the power consumption
the photon dose equivalent of more than 0.5 mikroSv/h.
§ 88
Investigative standards and guideline values for exposure from natural sources
(1) for the workplace, which might result in a significant increase in the exposure
of natural resources, the level of inquiry
a) 400 Bq/m3 for the average volume activity of radon in air
work for the workplace as referred to in paragraph 87 (a). b), c), (d)), and (e)),
(b)) 1 mSv per year for an effective dose above natural background, in addition to the radon and
its conversion products for the workplace as referred to in paragraph 87 (a). (e)).
(2) the persons referred to in § 89 paragraph 1. 1 (b). and a) and b) in the workplace
referred to in § 87 (a). b), c), (d)), and (e)) is the target value of 6 mSv per year
for an effective dose. If this can be a target value is exceeded,
This is a site with significantly increased exposure from natural sources
and radiation protection at these workplaces is in accordance with the
the provisions of § 90. At the same time performs the optimization of radiation protection
procedures referred to in section 17 and shall take measures to reduce exposure
the corresponding results of this optimization.
(3) For air crew members who work on board aircraft in
height of over 8 km, is the target value of 1 mSv per year for an effective dose.
If this can be a target value is exceeded, the members of the air
crews must be informed of the size of the exposure, risk and health
the measures taken and assess the exposure of the individual crew members and
on the basis of these reviews are prepared and, in order to reduce exposure
adjusting the flight plans.
(4) the conditions of employment of pregnant women at workplaces referred to in § 87
adjusted in accordance with the requirements of § 23 para. 2.
§ 89
Range of measurement, evaluation, registration and transmission of data
(1) measurement at the workplace, including the determination of the effective doses, performs
authorized dozimetrická service in accordance with the terms of the relevant
an authorisation pursuant to § 9 para. 1 (b). r) of the Act. The effective dose is determined
and for natural persons carrying out) of work in workplaces referred to in §
87 (a). b), c), (d)), and (e)), which is the expected exposure from radon and
its conversion products in their inhalation based on measurement
the average values of activity concentration of radon in workplaces and registration
period of stay, and to the extent provided for in paragraph 3,
(b)) for natural persons that handle substances or residui on
workplaces referred to in § 87 (a). (e)) based on measurements of a batch
input of gamma rays, the average volume of activities of radionuclides in
air, surface contamination in the workplace and records residence
and to the extent provided for in paragraph 3,
(c)) for members of the air crew working on board aircraft at a height of
over 8 km on the basis of their participation in each of the years,
flight characteristics and other parameters relevant to the calculation of the
the effective dose, and it repeatedly for each calendar year,
(d)) for other persons specified by the Office in the framework of control activities in the manner and
in the frequency established by the authority.
(2) The measurements referred to in paragraph 1 shall apply, mutatis mutandis, the requirements for
Radiological monitoring activities provided for in sections 73 to 79.
(3) the workplaces referred to in § 87 (a). b), c), (d)), and (e)),
and) the total working time of persons performing work on these
workplaces shall not exceed 100 proven hours per year, the excess
the guide values in accordance with § 88 para. 2 not deemed possible and measurement or
determine the effective dose is not performed,
(b)) other than those referred to under (a)), shall be carried out measurements to assess,
If they are exceeded, or guideline values of inquiry under section 88,
(c)) on which it was established that some of the investigative level
According to § 88 para. 1 (b). a) or b), on the basis of repeated measurements and the
determine the effective dose shall judge whether members may be here
the work exceeded the guideline under section 88 para. 2,
(d)) which have not established any levels of investigation
According to § 88 para. 1 (b). a) and b), or which has not been repeated
the measurements detected the possibility of exceeding the guide values in accordance with § 88 para. 2,
might not in other years, measuring or determining the effective dose to perform,
If there is a change in working conditions, production methods or
raw materials,
(e)) where it has been shown that some people may be exceeded
the guideline under section 88 para. 2, the effective dose of all the people
performing work on these workplaces determined for each repeatedly
calendar year.
(4) the effective dose of persons performing work on multiple sites
referred to in § 87 para. 1 are added together.
(5) the measured data and data on the specified effective doses for persons
carrying out work in the workplace laid down in section 87 shall keep
the entire duration of their work activities and further up to the time when the person
reaches or would have reached 75 years of age, at least for a period of 30 years after
their work activities, and the Office shall be one month from the
receipt.
(6) the authority shall be made to the Government of the accountancy system exposure of individuals to be notified in writing
or any other agreed form of collectively once per calendar year
or through a person who carries out the personal dosimetry, names,
last name, social security number, if one has been assigned, and personal identification number to the holders
its usage have given written consent under a special legal
prescription ^ 26b), and data on the specified effective doses for the calendar year
all persons performing work at workplaces with significantly increased
irradiation of natural resources, pursuant to section 90.
(7) a person required under section 6 (1). 3 of the Act shall notify a person proven to be
carrying out work at workplaces referred to in § 87 (a). b), c), (d)), and
(e)), on which it has been established that the levels of investigation under section 88,
the results of measurement at the workplace, the effective doses, and
the radiation risk of them United and on the measures taken.
§ 90
Significantly increased exposure from natural sources
(1) For persons performing work at workplaces referred to in section 87, the
which can be an effective dose greater than 6 mSv per year, radiation
protection provides to the extent and in the manner that applies to the work in the
a controlled area of the workplace where they perform radiation
activities, in particular
and the definition of workplace) or parts of it, where can the person executing
the work must not exceed three tenths of the limits laid down in articles 20 to 23, his
marking and security against the entry of unauthorized persons,
(b)) by specifying the people that can carry out the work and specifying how and
the extent of their demonstrable annual guidance on radiological
risks in the workplace,
c) ensuring periodic input, once a year, output,
where appropriate, the subsequent emergency medical screening
for persons performing work at the workplace,
d) processing guidelines for the workplace, including guidelines for its
safe exercise, and the instructions for the entry of persons other than exercising
There work
e) specifying protective equipment, which will be equipped with the person
Here they perform the work,
f) ensuring monitoring referred to in § 89 paragraph 1. 2 and 5, including the processing of
the monitoring programme and specifying how to handle materials
contaminated with radionuclides,
(g)) the leadership of the documentation on the above range and how to ensure
radiation protection, including record-keeping and data reporting to the Office of
effective doses and other records referred to in sections 84 and 85.
(2) cases of significantly increased exposure from natural sources, which are
pursuant to section 4, paragraph 4. 7 (b). (b)) of the Act apply to the dose limits, and limits
referred to in sections 20 to 23, are the exposure of individuals performing the work under the
of paragraph 1.
§ 91
The release of natural radionuclides from workplaces, where it can be
a significant increase in the exposure from natural sources
(1) upon the release of natural radionuclides from the workplaces where they can occur
a significant increase in the exposure from natural sources, in particular, monitor the
and in deposits and sludge) of pipeline and storage systems, such as
pumps, valves, valves, collectors and separátorech,
b) filters and separation materials from the separators are installed in the
power plants, water/wastewater, in the chemical and petrochemical industry,
c) wastes from technological units produced during their reconstruction,
demolition or disposal,
d) wastes and secondary raw materials from production processes, such as secondary energy
products, fosfosádra,
e) waste water.
(2) for a solid insoluble substances or substances with low vyluhovatelností,
which it can be assumed that in the ranks of the long-term decay chains
radionuclides approximately in balance, is the release level for the release
natural radionuclides into the environment from the workplaces where they can
be a significant increase in the exposure from natural sources, laid down in §
87 (a). (e)), the index value of the activity concentration is equal to 2.
(3) in the case of other types of substances, in particular for the substances soluble,
where is the balance in the ranks of the radioactive disintegration of long-term
radionuclides, significantly impaired, clearance levels for the release
natural radionuclides into the environment from the workplaces where they can
be a significant increase in the exposure from natural sources, laid down in §
87 (a). (e)), are as follows
and when freeing solid-state) is not in any kilogram emitted by
the sum of the shares of the average weight of material activities of individual
radionuclide activity concentration levels and the release of the relevant
radionuclides listed in table 1 of annex 2 is greater than 2,
(b)) when the discharge of waste water into surface water in any pint
the discharged water is not the total volume activity Alpha ^ 26 c) in all
substances greater than 0.5 Bq/l total volume or activity beta ^ 26 d) after
deduction of the contribution of the K-40 in all substances not larger than 1 Bq/l,
(c)) in the discharge of waste water into the sewer system for public use in the
No pint of water discharged is not the total volume activity Alpha ^ 26 c)
in all fabrics of more than 50 Bq/l total volume or activity
Beta ^ 26 d) after deduction of the contribution of the K-40 in all substances is no greater
than 100 Bq/l, if there is no sewerage regulations ^ 22a) unless otherwise specified,
(d)) when landfilled waste ^ 23) saved by material
(a)), and the fit is made in such a way that does not cause in
a distance of 1 metre from the surface of the landfill increased input of photon batch
the equivalent of more than 0.2 mikroSv/h against the original background in the
the site and the total wattage of the photon dose equivalent is not higher
than 0.4 mikroSv/h.
(4) when the release of natural radionuclides into the environment from the
sites where you may experience a significant increase in the exposure of natural
resources, proceed also according to § 56 para. 1, 2 and 4 and § 57 para. 3.
PART FOUR
INTERVENTIONS TO PREVENT OR REDUCE EXPOSURE
(Article 4, paragraph 5, and article 6, paragraph 4, 5 and 6 of the Act)
TITLE I OF THE
§ 92
The General rules for the preparation and implementation of interventions
(1) prepare and implement Interventions to prevent or reduce the
and exposure from natural sources) in those cases where it is found that in
as a result of any human activity occurs or may occur
a significant increase in medical injury from this exposure,
(b)) of accidental exposure,
c) lasting exposure.
(2) an intervention shall be carried out, if such a reduction is justified by the expected
health injury that outweigh the costs, including social costs, and
damages associated with the intervention.
(3) the form, scale and duration of the intervention shall be optimized so that the benefit
the reduction in health detriment was after deduction of costs and damage associated with
intervention as possible.
(4) On making a decision on the introduction of the intervention of the dose limits do not apply,
but it may be relevant for them, intervention levels or ranges
guide values of the intervention levels. Intervention levels are established,
the reason for their introduction or at least considering the introduction
the relevant measures. Range guide values of the intervention levels are
apply for an assessment of whether the intervention is to be performed and to what extent,
When the detailed data are not available, that would allow
evaluate the optimization of radiation protection for the individual case and on the
under it lay down specific intervention levels for this case. When
exceeding the lower limits of the range guide values is implementation of the intervention
considering with regard to its scope, feasibility, cost and potential
consequences; when exceeding the upper limit of the range is usually carried out intervention.
(5) the Accidental exposure of individuals involved so that the
It was as low as reasonably achievable, taking into account the economic and
social aspects. Intervention is organised so as to not exceed the
the dose limits, or at least so as to not exceed the limits laid down
in section 4, paragraph 4. 7 (b). (c)) of the Act. For not to exceed ten times the limits
laid down for exposed workers exposure is considered
not to exceed the value of 200 mSv for the personal dose equivalent at a depth of 10
mm per calendar year. Persons carrying out intervention must be in accordance with § 4
paragraph. 7 (b). (c)) of the risk associated with the implementation of the intervention
proven to be informed and must participate voluntarily.
TITLE II
INTERVENTIONS TO REDUCE EXPOSURE FROM NATURAL SOURCES OF IONIZING RADIATION
§ 93
Rules for the preparation and implementation of interventions to reduce exposure of
natural sources of ionizing radiation
(1) the Interventions to reduce exposure from natural sources of ionizing radiation
shall be carried out in those cases where it is established that as a result of some
human activity occurs or might occur to a significant increase
harm from this exposure, including cases in which thus becomes
inadvertently. Interventions to reduce exposure from natural sources of ionizing
radiation may consist in the exclusion, restriction or modification of an activity
or in making technical remedies.
(2) the limit values and guide values for the exposure levels of intervention
natural sources of ionizing radiation in connection with the construction of buildings,
the delivery of the building materials and the delivery of the water are set out in section 94
up to 97. In other justified cases the intervention level of Authority on the
pursuant to § 40 paragraph 2. 1 of the Act in the context of their control
activities.
(3) unless otherwise provided, shall be used as guide values
for the preparation and implementation of interventions to prevent or reduce exposure of
natural sources of ionizing radiation values of 5 mSv to 50 mSv, and that for
the average effective dose for individuals from critical groups of the population for the
calendar year. Is expected to be that intervention averted effective dose
exceeds 5 mSv per year, the implementation of the intervention is considered with regard to its
the scope, feasibility, cost and consequences. Is expected to be,
that intervention averted effective dose exceeds 50 mSv per year, the intervention of the
as a rule executes.
§ 94
Radon index land
(1) index of land is Radon according to § 6 paragraph 1. 4 of law designed to
assessment and orientation of the possible penetration of radon from the geological bedrock
in buildings. In his determination to proceed so that comes from these
measurements and indicators:
and a representative of the file) measurement of activity concentration of radon 222 in
soil air
(b)) the assessment of plynopropustnosti in a call environment subsoils
the building with the geological bedrock,
(c) an assessment of the indicators and other) characteristics of the geological bedrock
affecting transport of radon in Foundation soils.
(2) the details of the land to determine the radon index are listed in
Annex No 11. Measurements and trials to determine the radon
index of land shall be treated according to the methodologies referred to in the program
quality assurance authority in the context of the issue examined by the competent
an authorisation pursuant to § 9 para. 1 (b). r) of the Act.
§ 95
Construction
(1) guideline values for deciding whether to be in the zkolaudovaných
buildings with residential or pobytovými rooms made the intervention to
reduction of the current exposure of natural radionuclides are
a) 400 Bq/m3 for volumetric activity of radon in indoor air of House
or residential room; This value applies to the average value of
When replacing the usual when using air,
b) 1 mikroSv/h for maximum power consumption of the photon dose equivalent in
residential or residential room.
(2) Intervention to reduce the existing exposure referred to in paragraph 1 shall mean
in particular the use of the room, adjusting the exchange of air, design
construction work or other appropriate action. If not for the optimization
analysis of intervention known to do more data corresponding to a given situation, it is calculated that the
When you reduce the radon activity concentration of 100 Bq/m3 in the room and when you
time of stay of a person in this environment for 7000 hours
averting the effective dose for 1 person about 2 mSv per year; for
calculation of cash equivalent value shall be used to the injury of health under section
Article 17(1). 3 (b). (e)).
(3) the limit values for exposure of natural radionuclides in
zkolaudovaných buildings with residential or pobytovými rooms are
a) 4000 Bq/m3 for dimensional radon in indoor air activity residential
or residential room; This value applies to the average value of
When replacing the usual when using air,
(b)) 10 mikroSv/h for maximum power consumption of the photon dose equivalent in
residential or residential room.
(4) guide values for deciding whether the projected
and built the buildings with residential or pobytovými rooms prepared
and implemented measures against penetration of radon from the subsoil of building
materials and delivered water and against external irradiation of gamma radiation from the
building materials, are
and 200 Bq/m3) for volume activity of radon in indoor air of House
or residential room; This value applies to the average value of
When replacing the usual when using air,
b) 0.5 mikroSv/h for maximum power consumption of the photon dose equivalent
in a residential or residential room.
(5) the measurement and evaluation of whether the guideline referred to are exceeded or
the limit values, proceed according to the methodologies referred to in the program
zabepečování quality assessed by the authority in the context of the issue of the appropriate
an authorisation pursuant to § 9 para. 1 (b). r) of the Act.
§ 96
Building materials
(1) building materials, subject to the requirement of a systematic
measurement and evaluation of the content of natural radionuclides, are in table 1
Annex No. 10 referred to construction products and raw materials. Content limit values
natural radionuclides, above which are not construction
materials put into circulation, are for individual building materials
set the appropriate values by weight of activities referred to in
table 1 of the annex No 10.
(2) the guideline values for the content of natural radionuclides in construction
the materials are provided for activity concentration index values [§ 3
(a). h)], listed according to the use of building materials in the
construction sites in table 2 of annex 10. When they are exceeded
construction materials, which are designed for direct installation in buildings,
may be put into circulation only in justified cases, where the costs
associated with the intervention to reduce the content of radionuclides, in particular by changing the
raw materials or their origin, the sorting of raw materials, changing technology or
other appropriate intervention would be demonstrably higher than the health risks
the injury. If you are building materials with exceeded the target value
intended solely for use as a raw material for the production of other building
materials, does not require the implementation of other interventions, than a demonstrable
informing the customer about the content of natural radionuclides in
building material. In this case, the cost of the intervention is not taken into account.
(3) for the systematic measurement and evaluation of the content of natural radionuclides
in building materials, by weight, is considered to be the taking of the activities
RA-226-228, Th and K-40, made during initial construction
material into circulation the next measurement in frequency according to table 3 of the annex
No 10 and the comparison of the results of these measurements with the relevant threshold, and
guide values. ".
(4) when the measurement and evaluation of whether the guideline referred to are exceeded or
the limit values, proceed according to the methodologies referred to in the program
quality assurance authority in the context of the issue examined by the competent
an authorisation pursuant to § 9 para. 1 (b). r) of the Act.
(5) the registration of the results includes the
and the designation or type measured) of building materials, including raw materials for
production and their origin,
(b)), the annual volume of manufacture or importation,
(c)) the data characterizing the estimated range and method of use
building materials in construction,
(d)) the place, date and method of sampling,
(e) the results of the measurements of the individual samples),
f) identification of the laboratory which carried out the measurements.
(6) the information referred to in paragraph 5 shall be kept for at least 5
years from the date of manufacture or importation of the material and the information shall be notified to the Office
within 1 month of receipt of the measurement results.
§ 97
Supplied water
(1) guideline values for the content of natural radionuclides in bottled water and
water intended for the supply of drinking water to the public are set out in
table 4 of annex 10. When they can be exceeded for bottled water
put into circulation and to supply drinking water to public supply only in
justified cases, where the costs of intervention to reduce
content of radionuclides, especially by choosing a different source of water or
odradonováním water or other appropriate intervention, would have been proven to
higher than the risk of injury to health.
(2) natural radionuclides content limit values for drinking water
supplied to the public procurement and bottled water are set out
the values of the volume of activities in table 5 of annex 10. If it is in
the water present more natural radionuclides shall be the sum of the shares
by volume, the activities of individual radionuclides and corresponding values in the
table 5 of annex 10 of the more than 1.
(3) for the systematic measurement and evaluation of the content of natural radionuclides
the measurement is considered to be in the water by volume of activities carried out in the range according to the
table 6 of annex 10. In water, where it has been shown that, even when
exceeding the guideline values for radiation protection is optimized for
systematic measurement of the underlying analysis considers according to table 6 of the annex
# 10.
(4) when the measurement and evaluation of whether the guideline referred to are exceeded or
the limit values, proceed according to the methodologies referred to in the program
quality assurance authority in the context of the issue examined by the competent
an authorisation pursuant to § 9 para. 1 (b). r) of the Act.
(5) the registration of the results includes the
and identify the source of the water,)
(b)) and the type of designation of bottled water,
c) yield sources of water and the annual volume of water delivered,
(d)), the annual volume of manufacture or importation of bottled water,
e) in the case of public supply of drinking water also fed by means of the municipality and
the population served,
f) place, date and method of sampling,
(g) the results of the measurements of the individual samples),
h) Identification Laboratory, which carried out the measurements.
(6) the information referred to in paragraph 5 shall be kept for at least 5
years from the termination of the supply of drinking water for public supply or production and
imports of bottled water and the information shall be notified to the Office within one month of receipt of the
the results of measurements.
(7) in deciding whether to use bottled water or drinking water
provided to the public for the preparation of the food supply infants
based on the baselines and thresholds for bottled infant water
listed in tables 4 and 5 of annex 10.
(8) in the case of individual supply when making use of the
water comes out of the target and limit values for drinking water supplied to the
public procurement, which are listed in tables 4 and 5 of the annex to
# 10.
TITLE III
RADIOLOGICAL EMERGENCY INTERVENTIONS
§ 98
Protective measures
(1) Limiting the exposure of people and the environment during a radiological emergency
the situation is carried out conservation measures, which are
and) urgent conservation measures involving the concealment, an iodine-based prophylaxis and
evacuation,
(b)) the subsequent conservation measures involving resettlement, regulating consumption
radionuclides contaminated food and water and to regulate the use
radionuclides contaminated feedingstuffs.
(2) protective measures during radiological emergencies shall be conducted whenever
If they are justified by a greater benefit than the cost of the measures and
the damage caused by them, and they have to be optimised in form, scope and
duration so that brought as much as reasonably achievable benefits.
(3) as a basic guideline for deciding on the introduction of safeguard
the measures are applied in the guideline values, which reflect the current state of
the knowledge and experience gained internationally about when it can be from a given
safeguard measure expect greater benefit than harm. For each of the
radiation activities or sources of ionizing radiation, with which it is associated
the risk of a radiological emergency, using optimization
radiation protection, on the basis of information specific to the individual
the case, set the level of intervention-specific radiation activity
or a source in the emergency plans.
(4) the Data for the determination of specific intervention levels referred to in paragraph 3
means the data characterizing the settlement and infrastructure around
sources of ionizing radiation and contingent upon the expected collective effective
benefits and feasibility of protective measures, in particular
and the presence of specific population groups), particularly in hospitals,
homes for the elderly, in nursing homes, prisons,
(b)) the traffic situation,
c) high population density,
(d) the presence of large residential units).
(5) in deciding on the adoption of protective measures for radiation
in emergency situations it is necessary to consider in particular the fact that the current state of the
is significantly different from the conditions which have been applied in determining the
the intervention levels. While the occurrence of the radiological emergency and of
emergency situation after another crash, as is an accident caused by the leakage of
chemical pollutants, or after a natural disaster, you must consider whether
the introduction of a safeguard measure will not increase the damage from these other
accidents or disasters, and to the extent of more than benefit from the reduction
exposure to radiation.
§ 99
Urgent protective measures
(1) Emergency protective measures shall always be deemed justified,
If the estimated exposure of any individual could lead to
immediate health damage, and therefore the urgent protection
measures are introduced whenever if it is expected that the absorbed dose should
in the course of less than 2 days for any person exceed the levels
listed in table 1 of the annex No. 8.
(2) if the emergency safeguard measures for no more than 7 days
could have been averted or reduced at the critical groups of the population exposure in
excess lower limits of the range guide values of the intervention
the levels laid down in table 2 of Annex No. 8, then the implementation
protective measures, is considering with respect to the scope, feasibility and
the cost of the measures and their possible consequences; when exceeding the upper
the limits of the protection measures usually are introduced.
(3) for the implementation and evaluation of a range of urgent safeguard measures
are zpřesňujícím guide the following guideline values:
and to hide the far) effective dose 10 mSv over a period of hiding away not
longer than 2 days,
(b)) for an iodine-based prophylaxis in retrograde time equivalent dose in thyroid
gland caused by radioactive isotopes of iodine 100 mSv,
(c)) for the evacuation of other effective dose of 100 mSv over a period of evacuation of no
longer than 1 week.
§ 100
Subsequent protective measures
(1) for subsequent protective measures are guideline values for the intervention
levels set out in table 3 of the annex No. 8. With these values the
compare the estimated effective or equivalent dose, which would
were received during the non-relevant protective measures, and
as a result of all the ways of external exposure and intake of radionuclides
through inhalation and if swallowed during the first year after radiation accident and for
the regulation of the consumption of contaminated food and water only as a result of income
radionuclide ingestion during the first year after the radiation disaster.
(2) to regulate the manufacture and food imports and marketing of foods on the market
by a special Act ^ 28) are for radioactive contamination of food
in radiation accident or radiological emergency established by the date of
Treaty of accession of the Czech Republic into the European Union in
the validity of the maximum permitted radioactive contamination of foodstuffs as referred to in
table 4 of Annex 8.
(3) the decision on resettlement are the following guide zpřesňujícím
guideline values for the intervention levels:
and resettlement for the initiation of the transitional) other effective dose 30 mSv
for a period of 1 month,
(b)) for their temporary relocation expected effective dose 10 mSv
for a period of 1 month. If in the course of 1 to 2 years, it is shown that the total
the effective dose for 1 month do not fall below the intervention level for their
temporary resettlement must be considered permanent resettlement,
(c)) for the permanent resettlement of the expected lifetime of the effective dose of 1 Sv.
TITLE IV
INTERVENTIONS IN THE RESIDUAL EXPOSURE
§ 101
The streamlining of the range of lasting exposure
Persistent exposure to guides in those cases where no change
the State may, as a rule, long-term exposure, be a significant
increase health harm, directly or indirectly through contamination of the water
or the food chain.
§ 102
Intervention levels for persistent exposure
(1) unless otherwise provided, the range guide values
for the preparation and implementation of interventions to prevent or reduce the
lasting exposure value of 5 mSv 50 mSv, and that for the average
the effective dose for individuals of the critical population groups for the calendar
year. Is expected to be that intervention averted effective dose exceeds 5 mSv
for the year, implementation of the intervention is considered with regard to its scope,
the feasibility, cost and its possible consequences. It is expected that the
intervention averted effective dose exceeds 50 mSv per year, the intervention of the
as a rule executes.
(2) after examination of lasting exposure, the Office may, on the basis
optimization of radiation protection provide for a specific situation, the specific
intervention levels and requires corrective action under § 40 paragraph 2. 1 of the law
or interim measures pursuant to § 40 paragraph 2. 2 of the Act.
§ 103
The persistence of radioactive contamination from the Chernobyl accident
For radioactive contamination of foodstuffs of lasting exposure after
Chernobyl nuclear power plant disaster are to the date of entry of the Treaty on
the accession of the Czech Republic into the European Union in force laid down
maximum permitted levels of radioactive contamination of foodstuffs as referred to in
table 5 of Annex 8. These levels shall be used for the control of production,
the importation and placing on the market of foods according to a special law, ^ 28)
the period of a radiological emergency, the values are applied in accordance with § 100
paragraph. 2.
PART FIVE
COMMON, TRANSITIONAL AND FINAL PROVISIONS
§ 104
Common provisions
Unaffected remain separate legal provisions laying down the requirements for the
sources of ionizing radiation, which are nuclear materials, and the
workplaces that are nuclear installations, ^ 29) as well as for the underground
the workplace, in particular, uranium mines or underground storage of radioactive
^ 30).
§ 105
Transitional provision
The first five years old for the evaluation of the effective dose limit for radiation
workers, which according to the existing regulations was 1. January
2000, is considered the first five years old for the purposes of section 20 (2). 1 (b). and).
Section 106
Regulation (EEC)
Ordinance shall be repealed with the State Office for nuclear safety no 184/1997
Coll., on ensuring radiation protection requirements.
§ 107
The effectiveness of the
This Decree shall take effect on the date of its publication, with the exception of the provisions of §
63 para. 1, which takes effect on January 1. in January 2005, and the provisions of §
66 para. 2 the second sentence, which becomes effective on January 1. January 1, 2007.
Chair:
Ing. Drábová in r.
Č. 1
Exemption levels
Table No. 1
Exemption levels and mass activities things to do
For selected radionuclides, tagged with + in the first column of this
the table referred to in table 2, the value of the exemption levels
things to do and activities related not only to the weight of these radionuclides
itself, but also represent these radionuclides in balance with those
their products the radioactive transformation, which are referred to in the second
column of table 2. For radionuclides not listed in table provides
exemption levels in the Office if necessary.
------------------------------------------------------------------
The Activity Of The Nuclide Mass
[Bq] activity
[kBq/kg]
------------------------------------------------------------------
H-3 109 106
Be-7 107 103
C-14 107 104
O-15 109 102
F-18 106 10
On-22 106 10
On-24 105 10
SI-31 106 103
P-32 105 103
P-33 108 105
S-35 108 105
CL-36 106 104
CL-38 105 10
Ar-37 108 106
AR-41 109 102
K-40 106 102
K-42 106 102
K-43 106 10
CA-45 107 104
CA-47 106 10
SC-46 106 10
SC-47 106 102
SC-48 105 10
V-48 105 10
CR-51 107 103
MN-51 105 10
MN-52 105 10
MN-52 105 10
MN-53 109 104
MN-54 106 10
MN-56 105 10
Fe-52 106 10
Fe-55 106 104
Fe-59 106 10
Co-55 106 10
Co-56 105 10
Co-57 106 102
Co-58 106 10
Co-58 m 107 104
Co-60 105 10
Co-60 m 106 103
Co-61 106 102
Co-62 m 105 10
NI-59 108 104
NI-63 108 105
NI-65 106 10
CU-64 106 102
Zn-65 106 10
Zn-69 106 104
Zn-69m 106 102
GA-67 106 102
GA-68 105 102
GA-72 105 10
GA-68 + 105 10
GE-71 108 104
As-73 107 103
As-74 106 10
As-76 105 102
As-77 106 103
SE-75 106 102
BR-82 106 10
KR-74 109 102
KR-76 109 102
KR-77 109 102
KR-79 105 103
KR-81 107 104
KR-83 m 1012 105
KR-85 104 105
KR-85 m 1010 103
KR-87 109 102
KR-88 109 102
RB-86 105 102
SR-85 106 102
SR-85 m 107 102
SR-87 m 106 102
SR-89 106 103
SR-90 + 104 102
SR-91 105 10
SR-92 106 10
Y-88 106 102
Y-90 105 103
Y-91 106 103
Y-91 m 106 102
Y-92 105 102
Y-93 105 102
ZR-93 + 107 103
ZR-95 106 10
ZR-97 + 105 10
NB-93 m 107 104
NB-94 106 10
NB-95 106 10
NB-97 106 10
NB-98 105 10
MO-90 106 10
MO-93 108 103
MO-99 106 102
MO-101 106 10
TC-96 106 10
TC-96 107 103
TC-97 108 103
TC-107 103 97m
The TC-99 107 104
TC-99 m 107 102
Ru-97 107 102
Ru-103 106 102
Ru-105 106 10
Ru-106 + 105 102
RH-103 m graphics 108 104
RH-105 107 102
PD-103 108 103
PD-109 106 103
AG-105 106 102
AG-108 m + 106 10
AG-110 m 106 10
AG-111 106 103
CD-109 106 104
CD-115 106 102
CD-115m 106 103
In-111 106 102
In-113m 106 102
In-114m 106 102
In-115m 106 102
SN-113 107 103
SN-125 105 102
SB-122 104 102
SB-124 106 10
SB-125 106 102
Te-123m 107 102
Te-125 m 107 103
Te-127 106 103
Te-127m 107 103
Te-129 106 102
Te-129m 106 103
Te-131 105 102
Te-131 106 10
Te-132 107 102
Te-133 105 10
Te-133 m engine has 105 10
Te-134 106 10
I-123 107 102
I-125 106 103
I-126 106 102
I-129 105 102
I-130 106 10
I-131 106 102
I-132 105 10
I-133 106 10
I-134 105 10
I-135 106 10
XE-131 104 104
XE-133 104 103
XE-135 1010 103
CS-129 105 102
CS-131 106 103
CS-132 105 10
CS-134 m 105 103
CS-134 104 10
CS-135 107 104
CS-136 105 10
CS-137 + 104 10
CS-138 104 10
BA-131 106 102
BA-133 105 102
BA-140 + 105 10
La-140 105 10
CE-139 106 102
CE-141 107 102
CE-143 106 102
CE-144 + 105 102
PR-142 105 102
PR-143 106 104
ND-147 106 102
ND-149 106 102
PM-147 107 104
PM-149 106 103
SM-151 108 104
SM-153 106 102
EU-152 106 10
EU-152 m 106 102
EU-154 106 10
EU-155 107 102
GD-153 107 102
GD-159 106 103
TB-160 106 10
Dy-165 106 103
Dy-166 106 103
Ho-166 105 103
ER-169 107 104
ER-171 106 102
TM-170 106 103
TM-171 108 104
Yb-169 106 103
Yb-175 107 103
Lu-177 107 103
HF-181 106 10
Ta-182 104 10
W-181 107 103
W-185 107 104
W-187 106 102
Re-186 106 103
Re-188 105 102
OS-185 106 10
OS-191 107 102
OS-191m 107 103
OS-193 106 102
IR-190 106 10
IR-192 104 10
IR-194 105 102
PT-191 106 102
PT-107 103 193m
PT-197 106 103
PT-197m 106 102
Au-198 106 102
Au-199 106 102
Hg-197 107 102
Hg-197m 106 102
Hg-203 105 102
TL-200 106 10
TL-201 106 102
TL-202 106 102
TL-204 104 104
PB-203 106 102
Pb-210 + 104 10
PB-212 + 105 10
BI-206 105 10
BI-207 106 10
BI-210 106 103
BI-212 + 105 10
After-203 106 10
After-205 106 10
After-207 106 10
Po-210 104 10
At-211 107 103
RN-220 + 107 104
RN-222 + 108 10
RA-223 + 105 102
RA-224 + 105 10
RA-225 105 102
RA-226 + 104 10
RA-227 106 102
RA-228 + 105 10
AC-228 106 10
Th-226 + 107 103
Th-227 104 10
Th-228 + 104 1
Th-229 + 103 1
Th-230 104 1
Th-231 107 103
Th sec. + 103 1
Th-234 105 103
PA-230 106 10
PA-231 103 1
PA-233 107 102
U-230 + 105 10
U-231 107 102
U-232 + 103 1
U-233 104 10
U-234 104 10
U-235 + 104 10
U-236 104 10
U-237 106 102
U-238 + 104 10
For sek. + 103 1
U-239 106 102
U-240 107 103
U-240 + 106 10
NP-237 + 103 1
NP-239 107 102
NP-240 106 10
Pu-234 107 102
Pu-235 107 102
Pu-236 104 10
Pu-237 107 103
Pu-238 104 1
Pu-239 104 1
Pu-240 103 1
Pu-241 105 102
Pu-242 104 1
Pu-243 107 103
Pu-244 104 1
Am-241 104 1
Am-242 106 103
Am-242 m + 104 1
Am-243 + 103 1
Cm-242 105 102
Cm-243 104 1
Cm-244 104 10
Cm-245 103 1
Cm-246 103 1
Cm-247 104 1
Cm-248 103 1
BK-249 106 103
CF-246 106 103
CF-248 104 10
CF-249 103 1
CF-250 104 10
CF-251 103 1
Cf-252 104 10
CF-253 105 102
CF-254 103 1
EC-253 105 102
ES-254 104 10
EC-254m 106 102
FM-254 107 104
FM-255 106 103
------------------------------------------------------------------
Table No. 2
Selected radionuclides pursuant to § 5 para. 3, for which exemption levels
activities and activity concentration and clearance levels shall apply not only to the
These radionuclides itself, but represent these radionuclides in
equilibrium with their radioactive products of the conversion.
------------------------------------------------------------------
Nuclide is radioactive conversion included products
------------------------------------------------------------------
SR-90 Y-90
ZR-93 Nb-93 m
ZR-Nb-97 97
Ru-106 Rh-106
AG-108 m Ag-108
CS-137 Ba-137m
BA-140 La-140
CE-134 La-134
CE-144 Pr-144
Pb-210 Bi-210, Po-210
BI-212, Tl-208 (0.36), Po-212 (0.64)
PB-212, Bi-212, Tl-208 (0.36), Po-212 (0.64)
RN-220 Po-216
RN-222 Po-218, Pb-214, Bi-214, Po-214
RA-223 Rn-219-215, Pb-211, Bi-211, Tl-207
RA-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208 (0.36),
Po-212 (0.64)
RA-226 Rn-222, Po-218, Pb-214, Bi-214, Po-214, Pb-210,
BI-210, Po-210
RA-228 Ac-228
Th-Ra-226, Rn-222, Po-218 214
Th-228 Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208
(0.36), Po-212 (0.64)
Th-229 Ra-225, Ac-225, Fr-221, At-217, Bi-213, 213,
PB-209
Th sec. RA-228, Ac-228, Th-228, Ra-224, Rn-220, Po-216,
PB-212, Bi-212, Tl-208 (0.36), Po-212 (0.64)
Th-234 Pa-234m
U-Th-230, Ra-226, Rn-222, Po-218 214
U-232 Th-228, Ra-224, Rn-220, Po-216, Pb-212, Bi-212,
TL-208 (0.36), Po-212 (0.64)
U-235 Th-231
U-238 Th-234, Pa-234m
For sek. Th-234, Pa-234m, U-234, Th-230, Ra-226, Rn-222,
After-218, Pb-214, Bi-214, Po-214, Pb-210,
BI-210, Po-210
U-240 Np-240 m
NP-237 Pa-233
Am-242 m Am-242
Am-243 Np-239
------------------------------------------------------------------
Č. 2
Clearance levels
Table No. 1
Clearance levels, and guideline values for radioactive contamination
materials and their surfaces
For radionuclides not listed in table or for other ways of placing
radionuclides into the environment provides for clearance levels in the case of
the needs of the Office.
+----------------------------------+-----------------------------+
| Place under consideration of contamination | Class of a radionuclide by |
| | table # 2 |
+----------------------------------+------+------+------+--------+
| | 1 | 2 | 3 | 4 |
| +------+------+------+--------+
| | Clearance levels |
| | activity |
| | [kBq/kg] |
+----------------------------------+------+------+------+--------+
| Materials, solid substances and articles | 0.3 | 3 | 30 | 300 |
the suit of the establishments | source | | | | |
| ionizing radiation or otherwise | | | | |
placed into the environment, | | | | | |
+----------------------------------+------+------+------+--------+
| | The release levels area |
| | things to do |
| | [kBq/m2] |
+----------------------------------+------+------+------+--------+
| The surfaces of the materials and articles | 3 | 30 | 300 | 3000 |
the control of the establishments | source | | | | |
| ionizing radiation or otherwise | | | | |
entering into the environment, | | | | | |
+----------------------------------+------+------+------+--------+
| | Guideline values for the surface |
| | things to do |
| | for radioactive |
| | contamination |
| | [kBq/m2] |
+----------------------------------+------+------+------+--------+
| The surfaces of floors, walls, ceilings, | 30 | 300 | 3000 | 3.104 |
furniture, equipment, |, etc. | | | | |
| in a controlled area workplaces | | | | |
Open the radiator, | | | | | |
| The external surfaces of the protective and | | | | |
operating equipment, personal, | | | | | |
| protective equipment | | | | |
+----------------------------------+------+------+------+--------+
| The surface of the body and the inner surfaces | 3 | 30 | 300 | 3000 |
| personal protective equipment | | | | |
| Work surfaces outside the controlled | | | | |
| zone | | | | |
+----------------------------------+------+------+------+--------+
Table No. 2
Distribution of radionuclides into classes according to radiotoxicity and potential
external radiation threat
For selected radionuclides, tagged with + in the second column of this
tables and listed in table 2 in annex 1, the release values
view not only on the level of these radionuclides itself, but represent
also these radionuclides in balance with those of their radioactive products
the conversion, which are listed in the second column of table 2 in annex No. 1.
------------------------------------------------------------------
Class Radionuclides
------------------------------------------------------------------
1 at-22,-24, Mg-28, Al-, Al 26-28, Cl-38, K-43, Ca-47,
SC-46, Sc-48, V-48, Mn-Mn-52, 52 m, Mn-Mn-54, 56, Fe-52
Fe-59, Co-55-56-58-60-62 m, Zn-65,
GA-Ga-68, 72, 68, Ge-As-74, Br-82, Rb-82, Sr-82,
SR-85, Sr-92, s-88, Zr-Nb-95, 94, Nb-Nb-95, 98-90, Mo,
MO-101-96, Tc, Ru-106 +, Ag-108 m +, Ag-110 m, Sb-124,
Te-Te-131, 132, 133 m engine has, Te-134, I-130, I-132, I-134,
I-135, Cs-132, Cs-134, Cs-137 Cs-136, +, Ba-140 +,
La-140-152, Eu, Eu-154, Tb-160, Hf-181, Ta-182,
OS-185-190, Ir, Ir-192, Tl-200, 206, Bi-Bi-207,
After-203, 205, After-After-207, Ra-223 +, Ra-224 +, Ra-225,
RA-226 +, Ra-228 +, Ac-227, Ac-228, Th-228, Th-228 + +, Th
SEC +, Pa-231, U-230 +, U-233, U-235 + +, U-236, U + sek.
NP-237 +, Pu-238, Pu-236, Pu-239, Pu-240, Pu-242,
Pu-244, Am-241, Am-242 m +, Am-243 +, Cm-243, Cm-244,
Cm-245-246, Cm, Cm-247, Cm-248-248, Cf, Cf-252, Cf-254,
------------------------------------------------------------------
2 Be-7, C-11, F-18, K-42, Sc-47, 57-64, Cu, Ga-67,
As-76, Se-75, Rb-Rb-83, 86-85, Sr, Sr-90 +, Y-90,
S-92, Zr-97 +, Nb-97-93, Mo, Mo-99, Ru-Ru, 97-103,
RH-105, Cd-115, In-111, In-113m, In-114m, In-115m,
SN-113-125, Sn, Sb-122, Sb-125, Te-123m, Te-133,
I-125, I-126, I-129, I-131, Cs-129, Ba-133, Ce-139,
CE-Ce-141, 143-144, Ce +, Nd-Nd-147, 149, Eu-152 m,
EU-155, Gd-153, Er-, Sm-153 171, Yb-169, W-187, Ir-194,
PT-191, Au-Au-198, 199, Hg197, Hg-197m, Hg-203,
TL-201-202, Tl, Pb-203, Pb-210 +, Pb-212, Bi-212 + +,
Mon-Ra-210, 227, Pa-233, Th-Th, 227-230, Th-232, U-231,
U-234, U-237, U-238 +, Np-239, Cm-242
------------------------------------------------------------------
3 C-14, P-32, Cl-, Ca 36-41, Cr-51, As-77, Sr-89, s-91,
Y-93, Zr-93 +, Tc-96, Tc-97m, Tc-99, Tc-99 m, Pd-109,
AG-111, 109 Cd, Cd-115m, Te-125 m, Te-127m, Te-129,
I-123, Cs-135, Pr-142-149, Dy-165-166, Dy, Ho-166,
GD-159, Tm-170, Yb-175, Lu-177, W-W-181, 188, Re-186,
Re-Os-188, 191, Os-193, Pt-193, Pt-197m, Pt-197,
TL-204, Bi-210, At-211, Th-Th-226, 231, Th-234 +, U-239,
Pu-Pu-234, 235, 237, Pu-Pu-241, Pu-243, Am-242, Bk-249,
CF-Cf, 246-253
------------------------------------------------------------------
4 H-3, A-31, P-33, S-35, Ca-45, Mn-53, Fe-55-58 m,
Co-60 m, Co-Ni-61, 59-63, Ni, Zn-69, Ge-As-71, 73,
NB-93 m, Tc-97, Rh-103 m graphics, Pd-103-127, Te, Cs-131,
CS-134 m, Pr-143-147, Er-Tm-169, 171, W-185, Pt-193
------------------------------------------------------------------
Č. 3
Conversion factors
Table No. 1
Conversion factors for the conversion of volume activities of rare
radioactive gases to power effective dose in adult individuals
of the public and for workers with resources
+--------+-----------------------
conversion factor |
Nuclide | [Sv d-1/Bq m-3]
+--------+-----------------------
Ar-37 | 4, 1.10-15
AR-39 | 1, 1.10-11
AR-41 | 5, 3.10-9
KR-74 | 4, 5.10-9
KR-76 | 1, 6.10-9
KR-77 | 3, 9.10-9
KR-79 | 9, 7.10-10
KR-81 | 2, 1.10-11
KR-83 m | 2, 1.10-13
KR-85 | 2, 2.10-11
KR-85 m | 5, 9.10-10
KR-87 | 3, 4.10-9
KR-88 | 8, 4.10-9
XE-120 | 1, 5.10-9
XE-121 | 7, 5.10-9
XE-122 | 1, 9.10-10
XE-123 | 2, 4.10-9
XE-125 | 9, 3.10-10
XE-127 | 9, 7.10-10
XE-129m | 8, 1.10-11
XE-131 | 3, 2.10-11
XE-133 m engine has | 1, 1.10-10
XE-133 | 1, 2.10-10
XE-135 m | 1, 6.10-9
XE-135 | 9, 6.10-10
XE-138 | 4, 7.10-9
+--------+-----------------------+
Table No. 2
The type of absorption in the digestive tract for a variety of chemical substances and compounds
(used in tables 4 and 5). Absorption in the digestive tract is
expressed by the coefficient characteristic in the model calculations of f1
the fraction that passes in the digestive tract to body fluids.
+------------+-----------------------------------------+-------+
| ' | a chemical compound | F1 |
+------------+-----------------------------------------+-------+
| tritiovaná |-water hydrogen (ingested as a liquid) | 1.00 |
| organically-bound tritium | | 1.00 |
all beryllium compounds | | 0.005 |
| | carbon labelled organic compounds | 1.00 |
fluorine compounds | all | | 1.00 |
| | all compounds sodium | 1.00 |
all compounds of magnesium | | | 0.50 |
| | all aluminium compounds | 0.01 |
| |-Silicon compounds | 0.01 |
| | all phosphorus compounds | 0.80 |
sulfur inorganic compounds | | | 0.80 |
| | element. sulphur | 0.10 |
| | organo-sulphur compounds | 1.00 |
| | all compounds chlorine | 1.00 |
| | all potassium compounds | 1.00 |
| | all calcium compounds | 0.30 |
scandium compounds | | all | 0.0001 |
titan | all | compounds | 0.01 |
| | all vanadium compounds | 0.01 |
| | hexavalent chromium compounds chromium | 0.10 |
| of trivalent chromium compounds | | 0.01 |
all manganese compounds | | | 0.10 |
| | all iron compounds | 0.10 |
| | All unspecified cobalt compounds | 0.10 |
| | all nickel compounds | 0.05 |
| | all copper compounds | 0.50 |
| | all zinc compounds | 0.50 |
galium | all | compounds | 0.001 |
| | all compounds of germanium | 1.00 |
arsenic compounds | | all | 0.50 |
| | All unspecified selenium compounds | 0.80 |
| | element. selenium and selenany | 0.05 |
bromine compounds | | all | 1.00 |
rubidium compounds | | all | 1.00 |
| | All unspecified strontium compounds | 0.30 |
| strontium titanate | (SrTiO3) | 0.01 |
yttrium compounds | | all | 0.0001 |
zircon | all | compounds | 0.002 |
all the compounds niobium | | | 0.01 |
| | All unspecified molybdenum compounds | 0.80 |
| molybdenum sulfide | | 0.05 |
Technetium compounds | | all | 0.80 |
ruthenium compounds | | all | 0.05 |
rhodium compounds | | all | 0.05 |
| | all Palladium compounds | 0.005 |
| | all silver compounds | 0.05 |
| | all inorganic cadmium compounds | 0.05 |
indium compounds | | all | 0.02 |
| | all tin compounds | 0.02 |
antimony compounds | | all | 0.10 |
tellurium compounds | | all | 0.30 |
iodine compounds | | all | 1.00 |
| | all cesium compounds | 1.00 |
barium compounds | | all | 0.10 |
| | all Lantau compounds | 0.0005 |
| | all cér compounds | 0.0005 |
| prazeodym | all compounds | 0.0005 |
neodymium compounds | | all | 0.0005 |
| | all compounds can buy better ships | 0.0005 |
samarium compounds | | all | 0.0005 |
europium compounds | | all | 0.0005 |
| | all gadolinium compounds | 0.0005 |
terbium compounds | | all | 0.0005 |
| dysprozium | all compounds | 0.0005 |
holmium compounds | | all | 0.0005 |
erbium compounds | | all | 0.0005 |
| tulium | all compounds | 0.0005 |
all compounds of ytterbium | | | 0.0005 |
lutetium compounds | | all | 0.0005 |
hafnium compounds | | all | 0.002 |
| | all compounds of tantalum | 0.001 |
| | All unspecified tungsten compounds | 0.30 |
| tungstic acid | | 0.01 |
all compounds of rhenium | | | 0.80 |
osmium compounds | | all | 0.01 |
iridium compounds | | all | 0.01 |
| | all Platinum compounds | 0.01 |
| | all gold compounds | 0.10 |
| | all mercury inorganic compounds | 0.02 |
| | methylmercury | 1.00 |
| unspecified organic | all | 0.40 |
| | compounds | |
| | all talium compounds | 1.00 |
| | all lead compounds | 0.20 |
bismuth compounds | | all | 0.05 |
polonium compounds | | all | 0.10 |
| | all compounds of astatine | 1.00 |
| | all francium compounds | 1.00 |
all the compounds radium | | | 0.20 |
Actinium compounds | | all | 0.0005 |
| | All unspecified thorium compounds | 0.0005 |
| | thorium oxides and hydroxides | 0.0002 |
| | all PA compounds | 0.0005 |
| | All unspecified uranium compounds | 0.02 |
| most of the compounds čtyřmocného uranium |, | 0.002 |
| | for example. Uo2, U3O8, UF4 | |
| | all neptunium compounds | 0.0005 |
| | All unspecified plutonium compounds | 0.0005 |
| | nitrates | 0.0001 |
| the insoluble oxides | | 0.0001 |
americium compounds | | all | 0.0005 |
curium compounds | | all | 0.0005 |
berkelium compounds | | all | 0.0005 |
californium compounds | | all | 0.0005 |
einsteinium compounds | | all | 0.0005 |
fermium compounds | | all | 0.0005 |
mendelevium compounds | | all | 0.0005 |
+------------+-----------------------------------------+-------+
Table 3
The type of absorption in the lungs for a variety of chemical substances and compounds (used
in tables 4 and 6).
Absorption in the lungs is represented by the type F, M, or S in the document describing the
model calculations of the rate at which a substance passes from the lungs into the
body fluids (F-fast, M-medium, S-slow), and the coefficient
F1 document describing the faction that passes in the digestive tract to the
body fluids.
-------------+-------------------------------------------+---+------
element, chemical compound | | |-type f1
-------------+-------------------------------------------+---+------
beryllium all unspecified compounds | 0.005 m |
oxides, halides and | nitrates | 0.005 sec |
fluorine | kationem | slučujícím specified 1.00 f |
| kationem | slučujícím specified 1.00 m |
| kationem | slučujícím specified 1.00 s |
sodium compounds | all | 1.00 f |
magnesium | all unspecified compounds | 0.50 f |
| oxides, hydroxides, carbides, halides and | 0.50 m |
| nitrates | |
aluminium compounds NES | all | 0.01 f |
| oxides, hydroxides, carbides, halides, | 0.01 m |
nitrates and aluminum metal | | |
Silicon compounds NES | all | 0.01 f |
| oxides, hydroxides, carbides and nitrates | 0.01 m |
| hlinitokřemitý sklený aerosol | 0.01 s |
phosphorus compounds NES | all | (F) | 0.80
|: slučujícím kationem phosphate | 0.80 m |
sirníky and sulfate sulphur |: slučujícím | (F) | 0.80
| kationem | |
| element. sulphur, sirníky and sulphates: | 0.80 m |
| slučujícím kationem | |
chlorine kationem | slučujícím | intended 1.00 f |
| kationem | slučujícím specified 1.00 m |
potassium compounds | all | 1.00 f |
calcium compounds | all | 0.30 m |
scandium compounds | all | 0.0001 s |
Titan | all unspecified compounds | 0.01 f |
| oxides, hydroxides, carbides, halides and | 0.01 m |
| nitrates | |
strontium titanate | (SrTiO3) | 0.01 s |
Vanadium | all unspecified compounds | 0.01 f |
| oxides, hydroxides, carbides, and halides | 0.01 m |
chrome | all unspecified compounds | 0.10 f |
halides and nitrates | | 0.10 m |
| oxides and hydroxides | 0.10 s |
manganese compounds NES | all | 0.10 f |
| oxides, hydroxides, halides and nitrates | 0.10 m |
Iron | all unspecified compounds | 0.10 f |
| oxides, hydroxides and halides | 0.10 m |
Cobalt | all unspecified compounds | 0.10 m |
| oxides, hydroxides, halides and nitrates | 0.05 s |
nickel compounds NES | all | F | 0.05
| oxides, hydroxides and carbides 0.05 m |
Copper | all unspecified inorganic | 0.50 f |
| compounds | |
| sirníky, halides and nitrates | 0.50 m |
| oxides and hydroxides | 0.50 |
zinc compounds | all | 0.50 |
galium | all unspecified compounds | 0.001 f |
| oxides, hydroxides, carbides, halides and | 0.001 m |
| nitrates | |
Germanium | all unspecified compounds | 1.00 f |
| sirníky and oxides, halides | 1.00 m |
arsenic compounds | all | 0.50 m |
Selenium | all unspecified inorganic | (F) | 0.80
| compounds | |
| element. selenium, oxides, hydroxides and | 0.80 m |
| carbides | |
bromine | kationem | slučujícím specified 1.00 f |
| kationem | slučujícím specified 1.00 m |
Rubidium compounds | all | 1.00 f |
strontium | all unspecified compounds | F 0.30 |
strontium titanate | (SrTiO3) | 0.01 s |
yttrium | all unspecified compounds | 0.0001 m |
| oxides and hydroxides | 0.0001 s |
zircon | all unspecified compounds | 0.002 f |
| oxides, hydroxides, halides and nitrates | 0.002 m |
zirconium carbide, | | 0.002 s |
niobium | all unspecified compounds | 0.01 m |
| oxides and hydroxides | 0.01 s |
molybdenum compounds NES | all | (F) | 0.80
molybdenum sulfide |, oxides and hydroxides | 0.05 s |
Technetium | all unspecified compounds | (F) | 0.80
| oxides, hydroxides, halides and nitrates | 0.80 m |
Ruthenium | all unspecified compounds | F | 0.05
| halides | 0.05 m |
| oxides and hydroxides | 0.05 s |
Rhodium | all unspecified compounds | F | 0.05
| halides | 0.05 m |
| oxides and hydroxides | 0.05 s |
Palladium | all unspecified compounds | 0.005 f |
|, nitrates and halides | 0.005 m |
| oxides and hydroxides | 0.005 sec |
Silver | all unspecified compounds and metal | F | 0.05
| Silver | |
|, nitrates and sirníky | 0.05 m |
| oxides, hydroxides and carbides 0.05 s |
cadmium | all unspecified compounds | F | 0.05
| sirníky, halides and nitrates | 0.05 m |
| oxides and hydroxides | 0.05 s |
Indium | all unspecified compounds | 0.02 f |
| oxides, hydroxides, halides and nitrates | 0.02 m |
tin compounds NES | all | 0.02 f |
| ciničitý sirníky, phosphate, oxides, | 0.02 m |
| hydroxides, halides and nitrates | |
antimony | all unspecified compounds | 0.10 f |
| oxides, hydroxides, halides, sirníky, | 0.01 m |
| sirnany and nitrates | |
tellurium | all unspecified compounds | F 0.30 |
| oxides, hydroxides and nitrates | 0.30 m |
iodine compounds | all | 1.00 f |
cesium compounds | all | 1.00 f |
barium compounds | all | 0.10 f |
Lantau | all unspecified compounds | 0.0005 f |
| oxides and hydroxides | 0.0005 m |
cér | all unspecified compounds | 0.0005 m |
| oxides, hydroxides and fluoride | 0.0005 s |
prazeodym | all unspecified compounds | 0.0005 m |
| oxides, hydroxides, carbides, and fluorides | 0.0005 s |
neodymium | all unspecified compounds | 0.0005 m |
| oxides, hydroxides, carbides, and fluoride | 0.0005 s |
unspecified compounds can buy better ships | all | 0.0005 m |
| oxides, hydroxides, carbides, and fluoride | 0.0005 s |
Samarium compounds | all | 0.0005 m |
europium compounds | all | 0.0005 m |
gadolinium | all unspecified compounds | 0.0005 f |
| oxides, hydroxides and fluoride | 0.0005 m |
terbium compounds | all | 0.0005 m |
all compounds | dysprozium | 0.0005 m |
Holmium | all unspecified compounds | 0.0005 m |
erbium compounds | all | 0.0005 m |
all compounds | tulium | 0.0005 m |
ytterbium | all unspecified compounds | 0.0005 m |
| oxides, hydroxides and fluoride | 0.0005 s |
lutetium | all unspecified compounds | 0.0005 m |
| oxides, hydroxides and fluoride | 0.0005 s |
hafnium | all unspecified compounds | 0.002 f |
| oxides, hydroxides, halides, carbides and | 0.002 m |
| nitrates | |
tantalum | all unspecified compounds | 0.001 m |
l | element. tantalum oxides, hydroxides, | 0.001 s |
| halides, nitrates and carbides, nitrides | |
Tungsten compounds | all | F 0.30 |
rhenium | all unspecified compounds | (F) | 0.80
| oxides, hydroxides, halides and nitrates | 0.80 m |
Osmium | all unspecified compounds | 0.01 f |
halides and nitrates | | 0.01 m |
| oxides and hydroxides | 0.01 s |
Iridium | all unspecified compounds | 0.01 f |
iridium, a metal halides | and nitrates | 0.01 m |
| oxides and hydroxides | 0.01 s |
Platinum compounds | all | 0.01 f |
Gold | all unspecified compounds | 0.10 f |
halides and nitrates | | 0.10 m |
| oxides and hydroxides | 0.10 s |
Mercury | sirnany | 0.02 f |
| oxides, hydroxides, halides, nitrates and | 0.02 m |
| sirníky | |
| all organic compounds | (F) | 0.40
talium | all compounds | 1.00 f |
lead compounds | all | 0.20 f |
Bismuth | vizmutitý nitrate | F | 0.05
unspecified compounds | all | 0.05 m |
Polonium | all unspecified compounds | 0.10 f |
| oxides, hydroxides and nitrates | 0.10 m |
astatine | kationem | slučujícím specified 1.00 f |
| kationem | slučujícím specified 1.00 m |
francium compounds | all | 1.00 f |
Radium compounds | all | 0.20 m |
Actinium | all unspecified compounds | 0.0005 f |
halides and nitrates | | 0.0005 m |
| oxides and hydroxides | 0.0005 s |
thorium | all unspecified compounds | 0.0005 m |
| oxides and hydroxides | 0.0002 s |
PA | all unspecified compounds | 0.0005 m |
| oxides and hydroxides | 0.0005 s |
uranium compounds, most šestimocných | such as. UF6, | 0.02 f |
| UO2F2 and UO2 (NO3) 2 | |
poorly soluble compounds, ' | ' for example. UO3, UF4, | 0.02 m |
| UCl4 and most other šestimocných | |
| compounds | |
highly insoluble compounds | such as. UO2 and | 0.002 s |
| U3O8 | |
neptunium compounds | all | 0.0005 m |
plutonium | all unspecified compounds | 0.0005 m |
the insoluble oxides | | 0.00001 s |
americium compounds | all | 0.0005 m |
curium compounds | all | 0.0005 m |
Berkelium compounds | all | 0.0005 m |
californium compounds | all | 0.0005 m |
Einsteinium compounds | all | 0.0005 m |
fermium compounds | all | 0.0005 m |
mendelevium compounds | all | 0.0005 m |
-------------+-------------------------------------------+---+------
Table 4
Conversion factors for the conversion of the hinh and hing intakes of radionuclides
inhalation of aerosols and ingesting on a full-time basis for effective dose
for workers with resources.
Conversion factors for inhaled intake are hinh for aerosol
with dama = 1 and for aerosol with mikrom dama = 5 mikrom listed depending
on the type of absorption in the lungs. The parameters for each
chemicals and compounds are listed in table 3 of this
of the annex.
Conversion factors hing to receive the ingestion are listed depending on the
the type of absorption in the digestive tract. The parameters for each
chemicals and compounds are listed in table 2 of this annex.
+-------------+------------------------------------------------------------------------
element inhalation ingestion
nuklid +----------------+----------------------------------------+--------------
type f1 hinh [Sv/Bq] f1 hing [Sv/Bq] |
+----------------+----------------------------------------+--------------+
mikrom dama DAMA = 1 = 5 mikrom |
+-------------+----------------+----------------------------------------+--------------+
hydrogen
H-3 (tritiovaná water) 1 1, 8.10-11
(organically-bound tritium) 1 4, 2.10-11
beryllium
Be-7 M 0.005 4, 8.10-11 4, 3.10-11 0.005 2, 8.10-11
With the 0.005 5, 2.10-6.10-11 4, 11
The be-10 M 9 0.005, 1.10-9 6, 7.10-9 0.005 1, 1.10-9
With the 0.005 3, 2.10-8 1, 9.10-8
carbon
C-11 1 2, 4.10-11
C-14 1 5, 8.10-10
fluorine
F-18 F 1 3, 0.10-11 5, 4.10-11 1 4, 9.10-11
M 1-10, 11-5 8, 9.10-11
1 6, 0.10-11 9, 3.10-11
sodium
At-22 (F) 1 1, 3.10-9 2, 0.10-9 1 3, 2.10-9
On-24 F 1 2, 9.10-10 5, 3.10-10 1 4, 3.10-10
magnesium
Mg-28 F 6, 4.10-0.5 10 1, 1.10-9 0.5 2, 2.10-9
M 0.5 1, 2.10-1, 9-9-10
aluminum
Al-26 F 1 0.01, 1.10-8 1-8, 4.10, 5.10 3 0.01-9
M 0.01 1, 8.10-8 1, 2.10-8
Silicon
SI-31 (F) 0.01 2, 9.10-11 5-11, 1.10 0.01 1, 6.10-10
M 0.01 7, 5.10-11 1, 1.10-10
With 0.01 8, 0.10-11 1, 1.10-10
SI-32 F 3 0.01, 2.10-9 3, 7.10-9 0.01 5, 6.10-10
M 0.01 1.5x10-8 9, 6.10-9
With 0.01 1, 1.10-7 5, 5.10-8
phosphorus
P-32 F 0.8 8, 0.10-10 1, 1.10-9 0.8 2, 4.10-9
0.8 m 3, 2.10-9 2, 9.10-9
P-33 (F) 0.8 9, 6.10-11 1, 4.10-10 2, 4.10 0.8-10
0.8 m 1, 4.10-9 1-9, 3.10
sulphur
S-35 (F) 0.8 5, 3.10-11 8, 0.10-11 0.8 to 1, 4.10-10
0.8 m 1, 3.10-9 1-9, 1.10 0.1 1, 9.10-10
S-35 1 7, 7.10-10
chlorine-free
CL-36 F 1 3, 4.10-10 4, 9.10-10 1 9, 3.10-10
M 1 6, 9.10, 1.10-9 5-9
CL-38 F 1 2, 7.10-11 4, 6.10-11 1 1, 2.10-10
M 1-10, 11-4 7, 3.10-11
CL-39 F 1 2, 7.10-4, 8.10-11 11 1 8, 5.10-11
M 1 4, 8.10-11 7, 6.10-11
potassium
To-40 F 1 2, 1.10-9 3, 0.10-9 1 6, 2.10-9
K-42 F 1 1, 3.10-10 2, 0.10-10 1 4, 3.10-10
K-43 F 1 1, 5.10-2, 10-10-10 12, 5.10.
K-44 F 1 2, 1.10-11 3, 7.10-11 1 8, 4.10-11
To-45 F 1 1, 6.10-8.10-11 2, 11 1 5, 4.10-11
calcium
CA-41 M 0.3 1, 7.10, 9.10-10 1-2 10, 9.10 0.3-10
CA-45 M 2, 7.10 0.3-9 2-9, 3.10 0.3 7, 6.10-10
CA-47 M 0.3 1, 8.10-9 2, 1.10-9 0.3 1, 6.10-9
scandium
SC-43 with 1, 0.10-4 1, 2.10-10 1-1 10, 8.10, 0.10-4 1, 9.10-10
SC-44 with 1, 0.10-4 1, 9.10-10 3, 0.10, 0.10-10 1-4 3, 5.10-10
SC-44 with 1, 0.10-4 1-2 9, 5.10, 0.10, 0.10-9 1-2 4, 4.10-9
SC-46 with 1, 0.10-6, 4.10 4-9 4-9 1, 8.10, 0.10-4 1, 5.10-9
SC-47 with 1, 4, 7, 0.10-0.10-10 7, 3.10-10 1-4 5, 0.10, 4.10-10
SC-48 with 1, 0.10-4 1, 1.10-9 1-1 9, 6.10, 0.10-4 1, 7.10-9
SC-49 with 1, 0.10-4 4, 1.10-11 6-11 1, 1.10, 0.10-4 8, 2.10-11
Titan
TI-44 (F) 0.01 6, 1.10-8 7, 2.10-8 0.01 5, 8.10-9
M 0.01 4 0.10-8 2, 7.10-8
With 0.01 1, 2.10-7 6, 2.10-8
TI-45 (F) 0.01 4-11 8, 6.10, 3.10-11 0.01 1.5x10-10
M 0.01 9, 1.10-11 1, 4.10-10
With 0.01 9, 6.10-11 1, 5.10-10
vanadium
V-47 F 1 0.01, 9.10-11 3, 2.10-11 0.01 6, 3.10-11
M 0.01 3, 1.10-11 5, 0.10-11
V-48 F 1 0.01, 1.10-9 1-9, 7.10 2 0.01, 0.10-9
M 0.01 2, 3.10-2, 9-10-9
In-49 F 2 0.01, 1.10-11 2, 6.10-11 0.01 1, 8.10-11
M 0.01 3, 11 2, 2.10-3.10-11
chrome
CR-48 (F) 0.1 1, 0.10-10-10-10 1, 2, 0.1-10
M 0.1, 2, 0.10-10 2, 3.10-10 2 0.01, 0.10-10
With 0.1 2, 2.10-10, 5.10-2 10
CR-49 (F) 0.1 2, 0.10-11 3, 5.10-11 0.1 6, 1.10-11
M 0.1, 5.10 3-11 5-11, 6.10 6 0.01, 1.10-11
With 0.1, 7.10 3-11 5-11, 9.10
CR-51 (F) 0.1 2, 1.10-11 3, 0.10-11 0.1 3, 8.10-11
M 0.1, 1.10-3 11 3, 4.10-11 3 0.01, 7.10-11
With 0.1 3, 6.10, 6.10-11 3-11
manganese
MN-51 (F) 0.1 2, 4.10-11 4, 2.10-11 0.1 9, 3.10-11
M 0.1, 3.10-4 11 6, 8.10-11
MN-52 (F) 0.1 9, 9.10-10 1, 6.10-9 0.1 1, 8.10-9
M 0.1 1, 4.10, 8.10-9 1-9
MN-52 m (F) 0.1 2, 0.10-11 3, 5.10-11 0.1 6, 9.10-11
M 0.1, 3 0.10-0.10-11 5, 11
MN-53 (F) 0.1, 2, 9.10, 11-3, 11-3 0.1, 0.10-11
M 0.1 5, 2.10-11 3, 6.10-11
MN-54 (F) 0.1-10-8, 10-9, 1.10 1 0.1 7, 1.10-10
M 0.1 1, 5.10-9 1, 2.10-9
MN-56 (F) 0.1 6, 9.10-11 1, 2.10-10, 5.10 0.1 2-10
M 0.1 1, 3.10-10 2, 0.10-10
iron
Fe-52 (F) 0.1 4, 1.10-10 6, 9.10-10 0.1 1, 4.10-9
M 0.1 6, 3.10-10 9, 5.10-10
Fe-55 (F) 0.1 7, 7.10, 2.10-10 9-10 3, 3.10 0.1-10
M 0.1, 7.10 3-10 3-10, 3.10
Fe-59 (F) 0.1 2, 2.10-9 3, 0.10-9 0.1 1, 8.10-9
M 0.1 3, 5.10-9 3, 2.10-9
Fe-60 (F) 0.1 2, 8.10-7 3, 3.10-7 0.1 1, 1.10-7
M 0.1 1, 3.10-7 1, 2.10-7
cobalt
Co-55 M 0.1 5, 1.10-10 7, 8.10-10 0.1 1, 0.10-9
With 0.05 5, 5.10-10 8-10, 3.10 0.05 1, 1.10-9
Co-56 M 0.1, 4-9 4-9 0.1, 2, 5.10-9
With 0.05 6, 3.10-9 4, 9.10-9 0.05 2, 3.10-9
Co-57 M 0.1 5, 2.10-10 3, 9.10-10 0.1 2, 1.10-10
With 0.05, 4.10 9-10 6, 0.10-10 0.05 1, 9.10-10
Co-58 M 0.1 1, 5.10-9 1-9, 4.10, 4.10 0.1 7-10
With 0.05 2, 0.10-9-10-9, 1 0.05 7, 0.10-10
Co-58 m M 0.1 1, 3.10-11 1, 5.10-11 0.1 2, 4.10-11
With 0.05 1, 6.10-11 1, 7.10-11 0.05 2, 4.10-11
Co-60 M 0.1 9, 6.10-9 7, 1.10-3, 4.10 9 0.1-9
2, with 9.10 0.05-1, 8-10-8 0.05 2, 5.10-9
Co-60 m M 0.1 1, 1.10, 2.10-12 1-1 12, 7.10 0.1-12
With 0.05 1, 3.10-12 1, 2.10-12 0.05 1 7.10-12
Co-61 M 0.1 4, 8.10-11 7, 1.10-11 0.1 7, 4.10-11
With 0.05 5, 1.10-11 7, 5.10-11 0.05 7, 4.10-11
Co-62 m 0.1 M 2, 1.10-11 3, 6.10-11 0.1 4, 7.10-11
With 0.05 2, 2.10-11 3, 7.10-11 0.05 4, 7.10-11
nickel
NI-56 F 0.05 5, 1.10-10 7, 9.10-10 0.05 8, 6.10-10
0.05 m 8, 6.10, 6.10-10 9-10
NI-57 F 0.05 2, 8.10-10 5, 0.10-10 0.05 8, 7.10-10
0.05 m 5, 1.10-10 7, 6.10-10
NI-59 F 0.05 1, 8.10-10 2, 2.10-10, 3.10 0.05 6-11
0.05 m 1, 3.10-10 9, 4.10-11
NI-63 F 0.05 4, 4.10-10 5, 2.10-10, 5.10 0.05 1-10
0.05 m 4, 4.10-10 3, 1.10-10
65 F 0.05-4, 4.10, 5.10 7-11-11, 1 0.05 8.10-10
0.05 m 8-10-11, 1-10, 3.10
NI-66 F 0.05 4, 5.10-10 7, 6.10-10 0.05 3, 0.10-9
0.05 m 1, 6.10-9 1-9, 9.10
copper
CU-60 F 0.5 2, 4.10-11 4, 4.10-11 0.5 7, 0.10-11
0.5 m 3, 5.10-11 6, 0.10-11
With 0.5 3, 6.10-6 11, 2.10-11
CU-61 F 0.5 4, 0.10-11 7, 3.10-11 0.5 1, 2.10-10
M 0.5 7, 6.10-11 1, 2.10-10
With 0.5 8, 0.10-11 1, 2.10-10
CU-64 F 0.5 3, 8.10-11 6, 8.10-11 0.5 1, 2.10-10
M 0.5 1, 1.10-10 1, 5.10-10
With 0.5 1, 2.10-10, 5.10-1 10
CU-67 F 0.5 1, 1.10-10 1 10 0.5 8.10-3, 4.10-10
M 0.5 5, 10 5, 2.10-3.10-10
With 0.5 5, 10 5, 8.10-8.10-10
zinc
Zn-62 with 0.5 4-10 6-10, 10-9, 4.10 0.5-10
Zn-63 with 0.5 3, 8.10-11 6, 1.10-0.5 7, 9.10, 11-11
Zn-65, with 9.10-0.5 2, 9 2, 8.10, 9.10-9 0-9
Zn-69 with 0.5 2, 8.10-11 4, 3.10-11 0.5 3, 1.10-11
Zn-69m with 0.5 2, 6.10-10 3-10, 3.10, 3.10-0.5 3 10
Zn-71 m with 0.5 1, 6.10-10 2, 4.10-10 0.5 2, 4.10-10
Zn-72 with 0.5 1, 2.10-9 1, 5.10-9 0.5 1, 4.10-9
galium
GA-65 (F) 0.001 1, 2.10-11 2, 0.10-11 0.001, 7.10 3-11
0.001 m 1, 8.10, 9.10, 11-2-11
GA-66 (F) 0.001 2, 7.10, 7.10-10 4-10 0.001 1, 2.10-9
0.001 m 4, 6.10-10 7, 1.10-10
GA-67 F 0.001 6, 8.10-11 1, 1.10-10 1 0.001, 9.10-10
0.001 m 2, 3.10-10 2, 8.10-10
GA-68 (F) 0.001 2, 8.10, 9.10, 11-4, 11-1 0.001, 0.10-10
0.001 m 5, 1.10-11 8, 1.10-11
GA-70 F 0.001 9, 3.10-12 1, 6.10-11 0.001 3, 1.10-11
0.001 m 1, 6.10, 6.10-11 2-11
GA-72 (F) 0.001 3, 1.10-10 5, 6.10-10 1 0.001, 1.10-9
0.001 m 5, 5.10-10 8, 4.10-10
GA-73 F 0.001 5, 8.10-11 1, 0.10-10 0.001 2, 6.10-10
M 0.001 1.5x10-2, 10-10
germanium
GE-66 F 1 5, 7.10-11 8, 9.10-11 1 1, 0.10-10
M 1 9, 2.10-1, 3.10 11-10
GE-67 F 1 1, 6.10-8.10-11 2, 11 1 6, 5.10-11
M 1 2, 6.10-11 4, 2.10-11
GE-68 F 1 5, 4.10-10 8-10-1, 3.10, 3.10 1-9
M 1 1, 3.10-8 7, 9.10-9
GE-69 F 1 1-10 2, 4.10, 5.10-10 1 2, 4.10-10
M 1-10, 2, 9.10, 7.10 3-10
GE-71 F 1 5, 0.10, 8.10-12 7-12 1-1 11, 2.10
M 1 1, 0.10-11 1, 1.10-11
GE-75 F 1 1, 6.10-11 2, 7.10-11 1 4, 6.10-11
M 1-10-11 3 5, 4.10-11
GE-77 F 1 1, 5.10-10 2, 5.10-10 1 3, 3.10-10
M 1 3, 6.10-10 4, 5.10-10
GE-78 (F) 1 4, 8.10-11 8, 1.10-11 1 1, 2.10-10
M 1-10-11 9 1, 4.10-10
arsenic
As-69 M 0.5 2, 2.10-11 3, 5.10-11 0.5 5, 7.10-11
As-70 M 0.5 7, 2.10-11 1, 2.10-10 0.5 1, 3.10-10
As-71 M 0.5 4-5 10, 0.10 0.10-10 0.5 4, 6.10-10
As-72 M 0.5 9, 2.10-10, 1-9, 3.10 0.5 1, 8.10-9
As-73 M 0.5 9, 3.10-10 6, 5.10-10 0.5 2, 6.10-10
As-74 M 0.5 2, 1.10-9 1-9, 8.10 0.5 1, 3.10-9
As-76 M 0.5, 4.10 7-10 9, 2.10-10 0.5 1, 6.10-9
As-77 M 0.5 3 10-4, 8.10, 2.10-10 0.5 4 0.10-10
As-78 M 0.5 9, 2.10-11 1, 4.10-10 0.5 2, 1.10-10
Selenium
SE-70 F 0.8, 5.10 4-11 8, 2.10-11 0.8 to 1, 2.10-10
0.8 m 7, 3.10-11 1, 2.10-10, 4.10 0.05 1-10
-73 (F) 0.8 8, 6.10-11 1, 5.10-10 0.8 2, 1.10-10
0.8 m 1, 6.10-10 2, 4.10-10 0.05 3, 9.10-10
-73 (F) 0.8 9, 9.10-12 1, 7.10-11 0.8 2, 8.10-11
0.8 m 1, 8.10-11 2, 7.10-11 0.05 4, 1.10-11
SE-75 (F) 0.8 to 1, 0.10-9 1-9, 4.10 0.8 2, 6.10-9
0.8 m 1, 4.10-1, 9-10-9 0.05 4, 1.10-10
SE-79 (F) 0.8 to 1, 2.10-6.10-9 1, 2, 9.10 0.8 9-9
0.8 m 2, 9.10-9 3, 1.10-9 0.05 3, 9.10-10
-81 (F) 0.8 8, 6.10-12 1, 4.10-11 0.8 2, 7.10-11
0.8 m 1, 5.10-11 2, 4.10-11 0.05 2, 7.10-11
With-F, FT-1 0.8 7.10-11 3, 0.10-11 0.8 5, 3.10-11
0.8 m 4, 7.10-11 6-11 0.05, 8.10, 9.10 5-11
-83 (F) 0.8 to 1, 9.10-11 3, 4.10-11 0.8 4, 7.10-11
0.8 m 3, 3.10, 3.10-11 5-11 0.05 5, 1.10-11
bromine
BR-74 F 1 2, 8.10-11 5, 0.10-11 1 8, 4.10-11
M 1 4 11 6, 1.10-8.10-11
BR-74 m (F) 1 4, 2.10-11 7, 5.10-11 1 1, 4.10-10
M 1 6, 5.10-11 1, 1.10-10
BR-75 F 1 3, 1.10-11 5, 6.10-1 7, 9.10, 11-11
M 1 5, 5.10-11 8, 5.10-11
BR-76 F 1 2, 6.10-10 4, 5.10-10 1 4, 6.10-10
4 m 1, 2.10-10, 8.10 5-10
BR-77 F 1 6, 7.10-11 1, 2.10-10 1 9, 6.10-11
M 1-10-11-8, 1-10, 3.10
BR-80 F 1 6, 3.10-12 1-1 11, 1.10 3, 1.10-11
M 1 1, 0.10-11 1, 7.10-11
BR-80 m F 1 3, 5.10-11 5, 8.10-11 1 1, 1.10-10
M 1 7, 6.10-11 1, 0.10-10
BR-82 F 1 3, 7.10-10 6, 4.10-10 1 5, 4.10-10
M 1 6-10 8, 4.10, 8.10-10
BR-83 F 1 1, 7.10-11 2, 9.10-11 1 4, 3.10-11
M 1 4, 8.10-11 6, 7.10-11
BR-84 F 1 2, 3.10-11 4, 0.10-11 1 8, 8.10-11
M 1 3, 9.10-6 11, 2.10-11
Rubidium
RB-79 F 1 1, 7.10-11 3, 0.10-11 1 5, 0.10-11
RB-81 F 1 3, 7.10-11 6, 8.10-11 1 5, 4.10-11
RB-ft-F 1 7, 3.10, 3.10-12 1-1 9, 11-10-12
RB-82 m F 1 1, 2.10-10 2, 2.10-10 1 1, 3.10-10
RB-83 F 1 7, 1.10-10 1-1 9, 1-9, 9.10
RB-84 F 1 1, 1.10-9 1, 5.10-9 1 2, 8.10-9
RB-86 F 1 9, 6.10-10 1-1 9, 3.10 2, 8.10-9
RB-87 (F) 1 5, 1.10-10 7, 6.10-10 1 1, 5.10-9
RB-88 F 1 1, 7.10-11 2, 8.10-11 1 9, 0.10-11
RB-89 (F) 1 1-11 2, 4.10, 5.10-11 1 4, 7.10-11
strontium
SR-80 F 0.3 7, 6.10-11 1, 3.10-10 3, 4.10 0.3-10
With 0.01 1, 4.10-10 2, 1.10-10 0.01 3, 5.10-10
SR-81 F 0.3 2, 2.10-11 3, 9.10-0.3 7, 11-10-11
With 0.01 3, 8.10-11 6-11, 1.10 0.01 7 8.10-11
SR-82 F 0.3 2, 2.10-9 3-9, 3.10 0.3 6, 1.10-9
With 0.01 1, 0.10-8 7, 7.10-9 0.01 6, 0.10-9
SR-83 (F) 0.3 1, 7.10-10 3, 10 4 0.10-0.3, 9.10-10
With 0.01 3, 4.10-10 4, 9.10-10 0.015, 8.10-10
SR-85 F 0.3 3, 9.10-10 5, 6.10-10 0.3 5, 6.10-10
With 0.01 7, 7.10-10 6, 4.10-10 0.01 3, 3.10-10
SR-85 m F 0.3 3, 1.10-12 5, 6.10-12 0.3 6, 1.10-12
With 0.01 4, 5.10-12 7-12 0.01, 4.10 6, 1.10-12
SR-87 m (F) 0.3 1, 2.10-11 2, 2.10-11 0.3 3, 0.10-11
With 0.01 2, 2.10-11 3, 5.10-11 0.01 3, 3.10-11
SR-89 F 0.3 1, 0.10-9 1-9, 4.10 0.3 2, 6.10-9
With 0.01 7, 5.10-9 5, 6.10-9 0.01 2, 3.10-9
SR-90 F 0.3 2-8, 4.10 3, 0.10-8 0.3 2, 8.10-8
With 0.01 1.5x10-7 7, 7.10-8 0.01 2, 7.10-9
SR-91 F 0.3 1 7.10-10 2, 9.10-10 6, 5.10 0.3-10
With 0.01 4, 1.10-10 5, 7.10-10 0.01 7, 6.10-10
SR-92 F 0.3 1, 1.10-10 1, 8.10-10 0.3 4, 3.10-10
With 0.01 2, 3.10-10 3, 10 4 4.10-0.01, 9.10-10
yttrium
Y-86 M 1, 0.10-4 4-8 10, 8.10, 0.10, 0.10-10 1-4 9, 6.10-10
With 1, 0.10-4 4-8 10, 9.10, 1.10-10
Y-86 m M 1, 0.10-4 2, 9.10-11 4, 8.10-11 1, 0.10-4 5, 6.10-11
With 1-4 3, 0.10, 0.10-11 4, 9.10-11
Y-87 M 1, 0.10-4, 8.10 3-10 5-10-1, 2.10, 0.10-4 5, 5.10-10
With 1-4 4, 0.10 0.10-10 5, 3.10-10
Y-88 M 1, 0.10-4 3-3 9, 9.10, 3.10-9 1, 0.10-4 1, 3.10-9
With 1, 0.10-4 4, 1.10-9 3, 0.10-9
Y-90 M 1, 0.10-4 1, 4.10-9 1-1 9, 6.10, 0.10-4 2, 7.10-9
With 1, 0.10-4 1, 5.10-9 1, 7.10-9
Y-90 m M 1, 0.10-4 9, 6.10-11 1-1 10, 3.10, 0.10-4 1, 7.10-10
With 1-4 1, 0.10 0.10-10 1, 3.10-10
Y-91 M 1, 0.10-4 6, 7.10, 2.10-9 5-9 1-4, 2-9, 4.10
With 1, 0.10-8, 4.10 4-9 6-9, 1.10
Y-91 m M 1-4 1, 0.10 0.10-11 1-1 11, 4.10, 0.10-4 1, 1.10-11
With 1, 0.10-4 1, 1.10-11 1.5x10-11
Y-92 M 1, 0.10-4 1-2 10, 9.10, 7.10-10 1-4 4, 0.10, 9.10-10
With 1, 2, 4 0.10-0.10-10 2, 8.10-10
Y-93 M 1, 0.10-4 4-5 10, 1.10, 7.11-10 1 0.10-4 1, 2.10-9
With 1, 0.10-4 4-6 10, 3.10, 0.10-10
Y-94 M 1, 0.10-4 2, 8.10-11 4, 4.10-11 1-4, 8-11, 1.10
With 1, 2, 4 0.10-9.10-11 4, 6.10-11
Y-95 M 1, 0.10-4 1, 6.10-11 2, 5.10-11 1, 0.10-4 4, 6.10-11
With 1, 0.10-4 1, 7.10-11 2, 6.10-11
zircon
ZR-86 (F) 0.002 3, 0.10-10 5, 2.10-10 0.002 8, 6.10-10
0.002 m 4, 3.10-10 6, 8.10-10
With 0.002 4, 5.10-10 7, 0.10-10
ZR-88 (F) 0.002 3, 5.10-9 4, 1.10-9 0.002 3, 3.10-10
0.002 m 2, 5.10-9 1, 7.10-9
With 0.002 3, 3.10-9 1, 8.10-9
ZR-89 (F) 0.002 3-5 10, 1.10, 2.10-10 0.002 7, 9.10-10
0.002 m 5, 3.10-10 7, 2.10-10
With 0.002 5, 5.10-10 7, 5.10-10
ZR-93 (F) 0.002 2, 5.10-8 2-8, 9.10 0.002 2, 8.10-10
0.002 m 9, 6.10, 6.10-9 6-9
With 0.002 3, 1.10-9 1, 7.10-9
ZR-95 (F) 0.002 2, 5.10-9 3, 0.10-9 0.002 8, 8.10-10
0.002 m 4, 5.10-9 3, 6.10-9
With 0.002 5, 5.10-9 4, 2.10-9
ZR-97 (F) 0.002 4, 2.10-10 7-10 0.002, 4.10 2, 1.10-9
0.002 m 9, 4.10-1, 3.10 10-9
With 0.002 1, 0.10-9 1-9, 4.10
niobium
NB-88 M 2, 9.10 0.01-11 4, 8.10-11 0.01 6, 3.10-11
With 3 0.01, 0.10, 0.10-11 5-11
NB-89 M 0.01 1, 2.10-10, 1-10, 8.10 3 0.01, 0.10-10
With 0.01 1, 3.10-1 10, 9.10-10
NB-89 M 0.01 7, 1.10-11 1, 1.10-10 1 0.01, 4.10-10
With 0.01 7, 4.10-11 1, 2.10-10
NB-90 M 0.01, 6.10-6 10 1, 0.10-9 0.01 1, 2.10-9
With 0.01 6, 9.10-10 1, 1.10-9
NB-93 m M 0.01 4, 6.10-10 2, 9.10-10 0.01 1, 2.10-10
With 0.01 1, 6.10, 6.10-9 8-10
NB-1, 94 M 0.01 0.10-8 7, 2.10-9 1 0.01, 7.10-9
With 0.01 4, 5.10-8 2, 5.10-8
NB-95 M 0.01 1, 4.10-9 1-9, 3.10 0.01 5, 8.10-10
With 0.01 1, 6.10-9 1-9, 3.10
NB-95 M 0.01 7, 6.10-10 7-10-10, 0.01 5, 6.10-10
With 0.01 8, 5.10-8 10, 5.10-10
NB-96 M 0.01 6, 5.10-10 9-10-10, 1 0.01, 1.10-9
With 0.01, 8.10-6 10 1, 0.10-9
NB-97 M 0.01 4, 4.10-11 6-11, 9.10 0.01 6, 8.10-11
With 0.01 4, 7.10-11 7, 2.10-11
NB-98 M 0.01 5, 9.10-11 9-11, 6.10 1 0.01, 1.10-10
With 0.01 6, 1.10-11 9-11, 9.10
molybdenum
MO-90 (F) 0.8 to 1, 7.10, 9.10-10 2-3 10, 1.10 0.8-10
With 0.05, 7.10 3-10 5, 6.10-10 0.05 6, 2.10-10
MO-93 (F) 0.8 to 1, 0.10-9 1-9, 4.10 0.8 2, 6.10-9
With 0.05 2, 2.10-9 1, 2.10-9 0.05 2, 0.10-10
MO-93 m (F) 0.8 to 1, 0.10-10 1, 9.10-10 0.8 to 1, 6.10-10
With 0.05 1, 8.10-10 3, 0.10-10 0.05 2, 8.10-10
MO-99 (F) 0.8 2, 3.10-10 3, 6.10-10 7, 4.10 0.8-10
With 0.05 9, 7.10-10 1, 1.10-9 0.05 1, 2.10-9
MO-101 (F) 0.8 1.5x10-11 2, 7.10-11 0.8 4, 2.10-11
With 0.05 2, 7.10-11 4, 5.10-11 0.05 4, 2.10-11
Technetium
TC-93 (F) 0.8 3, 4.10-11 6-11, 2.10 0.8 4, 9.10-11
0.8 m 3, 6.10-11 6, 5.10-11
TC-93 m (F) 0.8 1.5x10-11 2, 6.10-11 0.8 2, 4.10-11
0.8 m 1, 7.10-11 3, 1.10-11
TC-94 (F) 0.8 to 1, 2.10-10, 2-10, 1.10 0.8 to 1, 8.10-10
0.8 m 1, 3.10-10 2, 2.10-10
TC-94m (F) 0.8 4, 3.10-11 6-11, 9.10 0.8 to 1, 1.10-10
0.8 m 4-11 8, 9.10, 0.10-11
TC-95 (F) 0.8 to 1, 0.10-10 1, 8.10-10 0.8 1, 6.10-10
0.8 m 1, 0.10-10 1, 8.10-10
TC-95 (F) 0.8 3, 1.10-10 4, 8.10-0.8 6, 2.10 10-10
M 0.8 8-10-10, 8-10
TC-96 (F) 0.8 6, 0.10-10 9, 8.10-10 0.8 1, 1.10-9
0.8 m 7, 1.10-10 1 0.10-9
TC-96 (F) 0.8 6, 5.10-12 1, 1.10-11 0.8 to 1, 3.10-11
0.8 m 7, 7.10-12 1, 1.10-11
TC-97 (F) 0.8, 5.10 4-11 7-11, 2.10 0.8 8, 3.10-11
0.8 m 2, 1.10-10 1, 6.10-10
TC-97m F 2, 8.10 0.8-10 4 0.10-10 0.8 6, 6.10-10
0.8 m 3, 1.10-9 2, 7.10-9
TC-98 (F) 0.8 to 1, 0.10-9 1, 5.10-9 0.8 2, 3.10-9
M 0.8 8, 1.10-9 6, 1.10-9
The TC-99 (F) 0.8 2, 9.10-10 4 0.10-10 7, 8.10 0.8-10
0.8 m 3, 9.10-9 3, 2.10-9
TC-99 m (F) 0.8 to 1, 2.10-11 2, 0.10-11 0.8 2, 2.10-11
0.8 m 1, 11 2, 9.10-9.10-11
TC-101 (F) 0.8 8-10-12, 1-11, 5.10 0.8 1, 9.10-11
0.8 m 1, 3.10-11 2, 1.10-11
TC-104 F 0.8 2, 4.10-11 3, 9.10-11 0.8 8, 1.10-11
0.8 m 3, 0.10-11 4, 8.10-11
Ruthenium
Ru-94 F 0.05 2, 7.10-4, 9.10, 11-11, 4.10 0.05 9-11
0.05 m 4, 4.10-11, 7-11, 2.10
With 0.05 4, 6.10-11 7, 4.10-11
Ru-97 F 0.05 6, 7.10-11 1, 2.10-10, 5.10 0.05 1-10
0.05 m 1, 1.10-10 1, 6.10-10
With 0.05 1, 1.10-10 1, 6.10-10
Ru-103 F 0.05 4, 9.10-10 6, 8.10-10 0.05 7, 3.10-10
0.05 m 2, 3.10-9 1-9, 9.10
With 0.05 2, 8.10-9 2, 2.10-9
Ru-105 F 0.05 7, 1.10-11 1, 3.10-10 0.05 2, 6.10-10
0.05 m 1, 7.10-10 2, 4.10-10
With 0.05 1, 8.10-10 2, 5.10-10
Ru-106 F 0.05 8, 0.10-9 9 9 7 8.10-0.05, 0.10-9
0.05 m 2, 6.10-8 1, 7.10-8
With 0.05 6, 2.10-8 3, 5.10-8
Rhodium
RH-99 (F) 0.05 3, 3.10-10 4, 9.10-10 0.05 5, 1.10-10
0.05 m 7, 3.10-10 8, 2.10-10
With 0.05 8, 3.10-10 8, 9.10-10
RH-99 m F 0.05 3, 0.10-11 5-11, 7.10 0.05 6, 6.10-11
0.05 m 4, 1.10-7 11, 2.10-11
With 0.05 4, 3.10, 3.10-11 7-11
RH-100 F 0.05 2, 8.10-10 5, 1.10-10 0.05 7, 1.10-10
0.05 m 3, 6.10-10 6, 2.10-10
With 0.05, 7.10 3-10 6, 3.10-10
RH-101 F 0.05 1, 4.10-1, 9-10-9 0.05 5, 5.10-10
0.05 m 2, 2.10-1, 9-9-10
With 0.05 5, 0.10-9 3, 1.10-9
RH-101m F 0.05 1, 0.10-10-10-10, 1 0.05 2, 2.10-10
0.05 m 2, 0.10-10 2, 5.10-10
With 0.05 2, 1.10-2, 10-10-10
RH-102 (F) 0.05 7, 3.10-9 8, 9.10-9 0.05 2, 6.10-9
0.05 m 6, 5.10-9 5, 0.10-9
With 0.05 1, 6.10-8 9, 0.10-9
RH-102 m (F) 0.05 1, 5.10-9 1-9, 9.10 0.05 1, 2.10-9
0.05 m 3, 8.10-2, 9-10-9
With 0.05 6, 7.10-9 4, 2.10-9
RH-103 m graphics (F) 0.05 8, 6.10-13 1, 2.10-12 0.05 3, 8.10-12
0.05 m 2, 3.10-12 2, 4.10-12
With 0.05 2, 5.10-12 2, 5.10-12
RH-105 F 0.05 8, 7.10-11 1, 5.10-10 0.05, 7.10 3-10
0.05 m 3, 1.10-10 4, 1.10-10
With 0.05 3, 4.10, 4.10-10 4-10
RH-106m F 0.05 7, 0.10-11 1, 3.10-10 0.05 1, 6.10-10
0.05 m 1, 1.10-10 1, 8.10-10
With 0.05 1, 2.10-10 1, 9.10-10
RH-107 (F) 0.05 9, 6.10, 6.10-12 1-2 11, 4.10 0.05-11
0.05 m 1, 7.10, 7.10 2-11-11
With 0.05 1 7.10-11 2, 8.10-11
Palladium
PD-100 F 0.005 4, 9.10-10 7-10 9, 4.10 0.005-10
0.005 m 7, 9.10-10 9, 5.10-10
With the 0.005 8, 3.10-10 9, 7.10-10
PD-101 F 0.005 4, 2.10-11 7, 5.10-11 9 0.005, 4.10-11
0.005 m 6, 2.10-11 9, 8.10-11
With the 0.005 6, 4.10-11 1, 0.10-10
PD-103 F 9 0.005, 0.10-11 1, 2.10-10, 9.10 0.005 1-10
0.005 m 3, 5.10-10 3, 0.10-10
With the 0.005 4 0.10-10 2, 9.10-10
PD-107 F 0.005 2, 6.10-11 3, 3.10-0.005 3, 11-10-11
0.005 m 8, 0.10-11 5-11, 2.10
With the 0.005 5, 5.10-10 2, 9.10-10
PD-109 F 0.005 1, 2.10-10, 2-10, 1.10 0.005 5, 5.10-10
0.005 m 3, 4.10-4, 10-10-10
With the 0.005 3, 6.10-10 5, 0.10-10
Silver
AG-102 (F) 0.05 1, 4.10-11 2, 4.10-11 0.05 4, 0.10-11
0.05 m 1, 8.10-11 3, 2.10-11
1, with 9.10 0.05-11 3, 2.10-11
AG-103 F 0.05 1, 6.10-11 2, 8.10-11 0.05 4, 3.10-11
0.05 m 2, 7.10-4, 3.10 11-11
With 0.05 2, 8.10-11 4, 5.10-11
AG-104 F 0.05 3, 0.10-11 5-11, 7.10 0.05 6, 0.10-11
0.05 m 3, 9.10-11 6, 9.10-11
With 0.05 4, 0.10-11 7, 1.10-11
AG-104 m F 0.05 1 7.10-11 3, 1.10-11 0.05 5, 4.10-11
0.05 m 2, 6.10-11 4, 4.10-11
With 0.05 2, 7.10-11 4, 5.10-11
AG-105 F 0.05, 4.10 5-10 8-10 0.10 0.05 4, 7.10-10
0.05 m 6, 9.10-10 7, 0.10-10
With 0.05, 8.10 7-10 7, 3.10-10
AG-106 F 0.05 9, 8.10-12 1, 7.10-11 0.05 3, 2.10-11
0.05 m 1, 6.10, 6.10-11 2-11
With 0.05 1, 6.10-11 2, 7.10-11
AG-106m F 0.05 1, 1.10-9 1, 6.10-9 0.05 1, 5.10-9
0.05 m 1, 1.10-9 1, 5.10-9
With 0.05 1, 1.10-9 1-9, 4.10
AG-108 m F 0.05 6, 1.10-9 7-9, 3.10, 3.10 0.05 2-9
0.05 m 7, 0.10-9 5, 2.10-9
With 0.05 3, 5.10-8 1, 9.10-8
AG-110 m (F) 0.05 5, 5.10-9 6, 7.10-9 0.05 2, 8.10-9
0.05 m, 2.10-9 7 5, 9.10-9
With 0.05 1, 2.10-8 7, 3.10-9
AG-111 (F) 0.05 4, 1.10-10 5, 7.10-10 0,051, 3.10-9
0.05 m 1, 5.10-9 1, 5.10-9
With 0.05 1, 7.10, 6.10-9 1-9
AG-112 F 0.05 8, 2.10-11 1, 4.10-4, 3.10 0.05 10-10
0.05 m 1-10 2-10, 5.10-10
With 0.05 1, 8.10-10 2, 6.10-10
AG-115 F 0.05 1, 6.10, 6.10-11 2-11 0.05 6, 0.10-11
0.05 m 2, 8.10-11 4, 3.10-11
With 0.05 3, 0.10-11 4, 4.10-11
cadmium
CD-104 F 0.05 2, 7.10-11 5, 0.10-11 0.05 5, 8.10-11
0.05 m 3, 6.10-6 11, 2.10-11
With 0.05, 7.10 3-11 6, 3.10-11
CD-107 (F) 0.05 2, 3.10-4 11, 2.10-11 0.05 6, 2.10-11
0.05 m 8, 1.10-11 1, 0.10-10
With 0.05 8, 7.10-11 1, 1.10-10
CD-109 F 0.05 8, 1.10-9 9, 6.10-9 0.05 2, 0.10-9
0.05 m, 2.10-6 9 5, 1.10-9
With 0.05 5, 8.10-4, 4.10 9-9
CD-113 F 0.05 1, 2.10-7 1-7, 4.10, 5.10 0.05 2-8
0.05 m 5-8-4, 3.10, 3.10-8
With 0.05 2, 5.10-8 2, 1.10-8
CD-113m (F) 0.05 1, 1.10-7 1-7, 3.10, 3.10 0.05 2-8
0.05 m 5, 0.10, 0.10-8 4-8
With 0.05 3, 0.10-8 2-8, 4.10
CD-115 F 0.05, 7.10 3-10 5-10, 4.10, 4.10 0.05 1-9
0.05 m 9-10-10, 1-9, 2.10
With 0.05 1, 1.10-9 1-9, 3.10
CD-115m (F) 0.05 5, 3.10-6, 4.10 9-9-3, 3.10 0.05-9
0.05 m 5, 9.10-9 5, 5.10-9
With 0.05 7, 3.10-9 5, 5.10-9
CD-117 F 0.05 7, 3.10, 3.10-11 1-2 10, 8.10 0.05-10
0.05 m 1, 6.10-10 2, 4.10-10
With 0.05 1-10 2-10, 5.10-10
CD-117 m (F) 0.05 1, 0.10-10 1, 9.10-10 0.05 2, 8.10-10
0.05 m 2, 0.10-10 3, 1.10-10
With 0.05 2, 1.10, 2.10-10 3-10
Indium
In-109 (F) 0.02 3, 2.10-11, 5-11 6-10 0.02, 6.10-11
0.02 m 4, 4.10-11 7, 3.10-11
In-110 (F) 0.02 1, 2.10-10 2, 2.10-10 0.02 2, 4.10-10
0.02 m 1-10 2, 4.10, 5.10-10
In-110 (F) 0.02 3, 1.10-11 5, 5.10-11 0.02 1, 0.10-10
0.02 m 5, 0.10-11 8, 1.10-11
In-111 (F) 0.02 1, 3.10-10 2, 2.10-10 0.02 2, 9.10-10
0.02 m 2, 3.10-10 3, 1.10-10
In-112 (F) 0.02, 0.10-5 12 8, 6.10-12 0.02 1, 0.10-11
0.02 m 7, 8.10-12 1, 3.10-11
In-113m (F) 0.02 1, 0.10-11 1, 9.10-11 0.02 2, 8.10-11
0.02 m 2, 0.10-11 3, 2.10-11
In-114m (F) 0.02 9, 3.10-9 1, 1.10-8 0.02 4, 1.10-9
0.02 m 5, 9.10-9 5, 9.10-9
In-115 (F) 0.02 3, 9.10-7 4, 5.10-7 0.02 3, 2.10-8
M 0.02 1.5x10-7 1, 1.10-7
In-115m (F) 0.02 2, 5.10-11 4, 5.10-11 0.02 8, 6.10-11
0.02 m 6, 0.10-11 8-11-10
In-116 (F) 0.02 3, 0.10-11 5, 5.10-11 0.02 6, 4.10-11
0.02 m 4, 8.10-11 8, 0.10-11
In-117 F 0.02 1, 6.10-11 2, 8.10-11 0.02 3, 1.10-11
0.02 m 3, 0.10-11 4, 8.10-11
In-117 m (F) 0.02 3, 1.10-11 5, 5.10-11 0.02 1, 2.10-10
0.02 m 7, 3.10-11 1, 1.10-10
In-119 F 0.02 1, 1.10-11 1, 8.10-11 0.02 4, 7.10-11
0.02 m 1, 8.10, 9.10, 11-2-11
Tin
SN-110 (F) 0.02 1, 1.10-10 1, 9.10-10 0.02 3, 5.10-10
0.02 m 1, 6.10, 6.10-10 2-10
SN-111 (F) 0.02 8, 3.10-12 1, 5.10-11 0.02 2, 3.10-11
0.02 m 1, 4.10-11 2, 2.10-11
SN-113 F 5, 4.10 0.02-10 7, 9.10-10 0.02 7, 3.10-10
0.02 m 2, 5.10-9 1-9, 9.10
SN-117 m (F) 0.02 2, 9.10-10 3, 9.10-10 0.02 7, 1.10-10
0.02 m 2, 3.10-9 2, 2.10-9
SN-119 F 0.02 2, 9.10-10 3, 10-3, 4.10 0.02-10
0.02 m 2, 0.10-9 1, 5.10-9
SN-121 (F) 0.02 6, 4.10-11 1, 0.10-10 0.02 2, 3.10-10
0.02 m 2, 2.10-10 2, 8.10-10
SN-121m (F) 0.02 8, 0.10-10 9, 7.10-10 0.02 3, 8.10-10
0.02 m 4, 2.10-9 3, 3.10-9
SN-123 (F) 0.02 1, 2.10-9 1, 6.10-9 0.02 2, 1.10-9
0.02 m 7, 7.10-9 5, 6.10-9
SN-123m (F) 0.02 1, 4.10-11 2, 4.10-11 0.02 3, 8.10-11
0.02 m 2, 8.10-11 4, 4.10-11
SN-125 (F) 0.02 9, 2.10-10, 1-9, 3.10 0.02 3, 1.10-9
0.02 m 3, 0.10-9 2, 8.10-9
SN-126 (F) 0.02 1, 1.10-8 1-8, 4.10 0.02 4, 7.10-9
0.02 m 2, 7.10-8 1, 8.10-8
SN-127 (F) 0.02 6, 9.10-11 1, 2.10-10 0.02 2, 0.10-10
0.02 m 1, 3.10-10 2, 0.10-10
SN-128 (F) 0.02 5, 4.10, 5.10 9-11-11 0.02 1.5x10-10
0.02 m 9, 6.10-11 1, 5.10-10
antimony
SB-115 (F) 0.1 9, 2.10-1, 12-10-11 2 0.1, 4.10-11
M 0.01 1, 4.10-11 2, 3.10-11
SB-116 (F) 0.1 9, 9.10-12 1, 8.10-11 0.1 2, 6.10-11
M 0.01 1, 4.10-11 2, 3.10-11
SB-116 (F) 0.1 3, 5.10-6, 4.10-11 11 6, 7.10 0.1-11
M 0.01 5, 0.10-11 8, 5.10-11
SB-117 (F) 0.1 9, 3.10-12 1, 7.10-11 0.1 1, 8.10-11
M 0.01 1, 7.10, 7.10 2-11-11
SB-118 m (F) 0.1 1, 0.10-10 1, 2, 9.10-10 0.1, 1.10-10
M 0.01 1, 3.10, 3.10-10 2-10
SB-119 (F) 0.1 2, 5.10-11 4, 5.10-11 8 0.1, 1.10-11
M 0.01, 7.10 3-11 5-11, 9.10
SB-120 (F) 0.1 5, 9.10-10 9, 8.10-10 0.1 1, 2.10-9
M 0.01 1, 0.10-9 1-9, 3.10
SB-120 (F) 0.1 4, 9.10-12 8, 5.10-12 0.1 1, 4.10-11
M 0.01 7, 4.10-12 1, 2.10-11
SB-122 (F) 0.1 3, 9.10-10 6, 3.10-10 0.1 1 7.10-9
M 0.01 1, 0.10-9 1, 2.10-9
SB-124 (F) 0.1 1, 3.10-9 1-9, 9.10 0.1 2, 5.10-9
M 0.01 6, 1.10-9, 4-9-10
SB-124 m (F) 0.1 3, 0.10-12 5, 3.10-12 0.18, 0.10-12
M 0.01 5, 5.10-12 8, 3.10-12
SB-125 (F) 0.1 1, 4.10-1, 9-10-9 0.1 1, 1.10-9
M 0.01 4, 5.10-9 3, 3.10-9
SB-126 (F) 0.1 1, 1.10-9 1-9, 2-10, 4.10 0.1-9
M 0.01 2, 7.10-9 3, 2.10-9
SB-126 m (F) 0.1 1, 3.10-11 2, 3.10-11 0.1 3, 6.10-11
M 0.01 2, 0.10-11 3, 3.10-11
SB-127 (F) 0.1 4, 6.10-10 7, 4.10-10 0.1 1 7.10-9
M 0.01 1, 6.10-9 1, 7.10-9
SB-128 (F) 0.1 2, 5.10-10 4-10, 6.10, 6.10 0.1 7-10
M 0.01 4, 2.10-10, 6-10-10
SB-128 (F) 0.1 1, 1.10-11 1, 9.10-11 0.1 3, 3.10-11
M 0.01 1.5x10-11 2, 6.10-11
SB-129 (F) 0.1 1, 1.10-10 2, 0.10-10 0.1 4, 2.10-10
M 0.01 2, 4.10, 5.10-10 3-10
SB-130 (F) 0.1 3, 5.10-11 6, 3.10-11 0.1 9, 1.10-11
M 0.01 5, 4.10-11 9, 1.10-11
SB-131 (F) 0.1, 7.10 3-11 5-11, 9.10 0.1 1, 0.10-10
M 0.01 5, 2.10-11 8, 3.10-11
tellurium
Te-116 F 0.3 6, 3.10-11 1, 2.10-10, 1-0.3-10 10
M 0.3 1, 1.10-1, 10-10-10
Te-121 F 0.3 2, 5.10, 9.10-10 3-4 10, 3.10 0.3-10
0.3 m 3, 9.10-10 4, 4.10-10
Te-F 0.3 121m 1, 8.10-9 2-9, 3.10, 3.10 0.3 2-9
M 0.3 4, 2.10-9 3, 6.10-9
Te-123 F 0.3 4, 0.10, 0.10-9 5-9 0.3 4, 4.10-9
0.3 m 2, 6.10-9 2, 8.10-9
Te-F 0.3 123m 9, 7.10, 2.10-10 1-1 9, 4.10 0.3-9
0.3 m 3, 9.10-3, 4.10 9-9
Te-125 m F 0.3 5, 1.10-10 6, 7.10-0.3 8, 10-10-10
0.3 m 3, 3.10-9 2, 9.10-9
Te-F 0.3 4 127, 2.10-7 11, 2.10-11 0.3 1 7.10-10
M 0.3 1, 2.10-10 1, 8.10-10
Te-F 0.3 127m 1, 6.10-9 2, 0.10-9 0.3 2, 3.10-9
M 0.3 7, 2.10-9 6, 2.10-9
Te-129 F 0.3 1 7.10-11 2, 9.10-11 0.3 6, 3.10-11
0.3 m 3, 8.10-11, 5-11-10
Te-F 0.3 129m 1, 3.10-9 1-9, 8.10 0.3 3, 0.10-9
M 0.3 6, 3.10-5, 4.10 9-9
Te-131 F 0.3 2, 3.10-11 4-11 8, 0.3 7.10-11
0.3 m 3, 8.10-11 6, 1.10-11
Te-131 F 0.3 8, 7.10, 2.10-10 1-1 9, 9.10 0.3-9
M 0.3 1, 1.10-9 1, 6.10-9
Te-132 (F) 0.3 1, 8.10-9 2, 4.10-0.3 3, 9-10-9
0.3 m 2, 2.10-9 3, 0.10-9
Te-133 F 0.3 2, 0.10-11 3, 8.10-11 0.3 7, 2.10-11
0.3 m 2, 7.10-11 4, 4.10-11
Te-133 m engine has F 0.3 8, 4.10-11 1, 2.10-10 0.3 2, 8.10-10
M 0.3 1, 2.10-10 1, 9.10-10
Te-134 F 0.3 5, 0.10-11 8-11, 3.10 0.3 1, 1.10-10
M 0.3 7, 1.10-11 1, 1.10-10
iodine
I-120 F 1 1, 0.10-10 1-1 10, 9.10, 4.10, 3-10
I-120 m F 1 8, 7.10-11 1-1 10, 4.10 2, 1.10-10
I-121 F 1 2, 8.10, 9.10, 11-3, 11-1, 8-11, 2.10
I-123 F 1 7, 6.10-11 1-1 10, 1.10 2, 1.10-10
I-124 F 1 4, 5.10-9 6-9, 3.10, 3.10 to 1 1-8
I-125 (F) 1 5-9 7, 3.10, 3.10-9 1 1, 5.10-8
I-126 F 1 1, 0.10-8 1-1 8, 4.10, 2, 9.10-8
I-F 128 1 1, 4.10-11 2, 2.10-11 1 4, 6.10-11
I-129 F 1 3, 7.10-8 5, 1.10-8 1 1, 1.10-7
I-130 (F) 1 6, 9.10-10 9, 6.10-10 1 2, 0.10-9
I-131 F 1 7, 6.10-9 1, 1.10-8 1 2, 2.10-8
I-132 F 1 9, 6.10-11 2, 0.10-10 1, 2, 9.10-10
I-132m F 1 8, 1.10-11 1-1 10, 1.10, 2.10-10 2
I-133 (F) 1 1, 5.10-9 2, 1.10-9 1 4, 3.10-9
I-134 F 1 4, 8.10, 9.10, 11-7-11 1 1, 1.10-10
I-135 F 1 3, 3.10-10 4, 6.10-10 1 9, 3.10-10
cesium
CS-125 F 1 1-11 2, 3.10, 3.10-11 1 3, 5.10-11
CS-127 (F) 1 2, 2.10-11 4, 0.10-11 1 2, 4.10-11
CS-129 F 1 4, 5.10-11 8, 1.10-11 1 6, 0.10-11
CS-130 F 1 8, 4.10, 5.10-12 1-1 11 2, 8.10-11
CS-131 F 1 2, 8.10-11 4, 5.10-11 1 5, 8.10-11
CS-132 (F) 1 2, 4.10, 8.10-10 3-10 1-5, 0-10
CS-134 F 1 6, 8.10-9 9, 6.10-9 1-1 8, 9.10
CS-134 m (F) 1 1, 5.10-11 2, 6.10-11 1 2, 0.10-11
CS-135 F 1 7-10 9, 1.10, 9.10-10 1 2, 0.10-9
CS-135 m F 1 1, 3.10-11 2, 4.10-11 1 1, 9.10-11
CS-136 (F) 1 1, 3.10-9 1-1 9, 9.10 3, 0.10-9
CS-137 (F) 1 4, 8.10-9 6, 7.10-9 1 1, 3.10-8
CS-138 F 1 2, 6.10, 6.10-11 4-11 1 9, 2.10-11
barium
BA-126 (F) 0.1 7 8.10-11 1, 2.10-10 0.1 2, 6.10-10
BA-128 (F) 0.1 8, 0.10-10 1, 3.10-9 0.1 2, 7.10-9
BA-131 (F) 0.1 2, 3.10-10 3, 5.10-10 0.1 4, 5.10-10
BA-131 (F) 0.1 4, 1.10-6, 4.10, 12-12, 9.10 0.1 4-12
BA-133 (F) 0.1 1, 5.10-9 1, 8.10-9 0.1 1, 0.10-9
BA-133 m engine has (F) 0.1 1, 9.10-10 2, 8.10-10 0.1 5, 5.10-10
BA-135 m (F) 0.1 1, 5.10-10 2, 3.10-4, 5.10 10 0.1-10
BA-139 (F) 0.1 3, 5.10-11 5, 5.10-11 0.1 1, 2.10-10
BA-140 (F) 0.1 1, 0.10-9 1, 6.10-9 0.1 2, 5.10-9
BA-141 (F) 0.1 2, 2.10-11 3, 5.10-11 0.1 7, 0.10-11
BA-142 (F) 0.1 1, 6.10-11 2, 7.10-11 0.1 3, 5.10-11
Lantau
La-131 F 5, 0.10-4 1-2 11, 4.10, 4.10-11 5, 0.10-4 3, 5.10-11
M 5, 0.10-4 2, 3.10-11 3, 6.10-11
La-132 (F) 5, 0.10-4 1-2 10, 1.10, 0.10, 0.10-10 5-4 3, 9.10-10
M 5, 0.10-4 1-2 10, 7.10, 8.10-10
La-135 F 5, 0.10-4 1, 1.10-2, 11-5, 11 0.10 0.10-4 3, 0.10-11
M 5, 0.10-4 1, 5.10-11 2, 5.10-11
La-137 (F) 5, 0.10-4 8, 6.10-9 1 8 5, 0.10-0.10-4 8, 1.10-11
M 5, 0.10-3, 4.10 4-9 2-9, 3.10
La-138 F 5, 0.10-4 1-1 7, 5.10, 8.10-7 5, 0.10-4 1, 1.10-9
M 5, 0.10-4 6, 1.10, 2.10-8 4-8
La-140 F 5, 0.10-4 6, 0.10, 0.10-10 1-5, 9-4 2 0.10, 0.10-9
M 5, 0.10-4 1-1 9, 1.10, 5.10-9
La-141 F 5, 0.10-4 6, 7.10-11 1, 1.10-10 5, 0.10-4 3, 6.10-10
M 5, 0.10-4 1-2 10, 5.10, 2.10-10
La-142 F 5, 0.10-4 5, 6.10-11 1, 0.10-0.10-10 5 4 1, 8.10-10
M 5, 0.10-4 9, 3.10-11 1, 5.10-10
La-143 F 5, 0.10-4 1-2 11, 2.10, 0.10-11 5, 0.10-4 5, 6.10-11
M 5, 0.10-4 2, 2.10-11 3, 3.10-11
cér
CE-134 M 5, 0.10-4 1-1 9, 3.10, 5.10-9 5, 0.10-4 2, 5.10-9
With 5, 0.10-4 1-1 9, 3.10, 6.10-9
CE-135 M 5, 0.10-4 4, 9.10-10 7, 3.10-5 10, 0.10-4 7, 9.10-10
With 5, 0.10-4 5, 1.10-10 7, 6.10-10
CE-137 M 5, 0.10-0.10-4 1, 11 1, 8.10-11 5, 0.10-4 2, 5.10-11
With 5, 0.10-4 1, 1.10-11 1, 9.10-11
CE-137m M 5, 0.10, 0.10-4 4-5 10, 5.10-5 10, 0.10-4, 4.10, 5-10
With 5, 0.10-4 4-5 10, 3.10, 9.10-10
CE-139 M 5, 0.10-4 1, 6.10-9 1-9, 3.10, 0.10-5 4 2, 6.10-10
With 5, 0.10-4 1-1 9, 8.10, 4.10-9
CE-141 M 5, 0.10-4 3, 1.10-2, 9-5, 9-10 0.10-4 7, 1.10-10
With 5, 0.10-4 3-3 9, 6.10, 1.10-9
CE-5, 143 M 0.10-4 7-10 9, 4.10, 5.10-5 10, 0.10-4 1, 1.10-9
With 5, 0.10-4 8, 1.10-10 1 0.10-9
CE-144 M 5, 0.10-3, 4.10 4-8 2-5 8, 3.10, 0.10-4 5, 2.10-9
With 5, 0.10-4 4-8-2, 9.10 9.10-8
prazeodym
PR-136 M 5, 0.10-4 1-2 11, 4.10, 4.10-11 5, 0.10-4 3, 3.10-11
With 5, 0.10-4 1, 5.10-11 2, 5.10-11
PR-137 M 5, 0.10-4 2, 1.10-3, 4.10-11 11 5, 0.10, 0.10-4 4-11
With 5, 0.10-4 2, 2.10-11 3, 5.10-11
PR-138 m M 5, 0.10-4 7, 6.10-11 1, 3.10-5 10, 0.10-4, 3.10 1-10
With 5, 0.10-4 7, 9.10, 11-1, 3.10-10
PR-139 M 5, 0.10-4 1-2 11, 9.10, 11 5, 9.10-0.10-4 3, 1.10-11
With 5, 4 2, 0.10-0.10-11 3, 0.10-11
PR-142 M 5, 0.10-4 5, 3.10-10 7, 10-5, 0.10 0.10-4 1, 3.10-9
With 5, 0.10-4 5, 6.10-10 7, 4.10-10
PR-142m M 5, 0.10-4 6, 7.10-12 8-12, 9.10 5, 0.10-4 1, 7.10-11
With 5, 0.10-4 7, 1.10-12 9, 4.10-12
PR-143 M 5, 0.10, 1.10-4 2-9 1-9 5, 9.10, 0.10-4 1, 2.10-9
With 5, 0.10-4 2-2 9, 3.10, 2.10-9
PR-144 M 5, 0.10-4 1, 8.10, 9.10, 11-2, 11-5, 0-4 5, 0.10-11
With 5, 0.10-4 1, 9.10-11 3, 0.10-11
PR-145 M 5, 0.10-4 1-2 10, 6.10, 5.10-5 10, 0.10-4 3, 9.10-10
With 5, 0.10-4 1-2 10, 7.10, 6.10-10
PR-147 M 5, 0.10-4 1, 8.10, 9.10, 11-2, 11-5, 0-4-3, 3.10-11
With 5, 0.10-4 1, 9.10-11 3, 0.10-11
neodymium
ND-136 M 5, 0.10-4 5-8 11, 3.10, 5.10-5, 11-4 9, 9.10-11
With 5, 0.10-4 5, 6.10-11 8, 9.10-11
ND-138 M 5, 0.10-4, 4.10 2-10 3-5 10, 7.10, 0.10-6, 4.10 4-10
With 5, 0.10-4 2, 6.10-8.10-10 3, 10
ND-139 M 5, 0.10-0.10-4 1, 11 1, 7.10-11 5, 0.10-4 2, 0.10-11
With 5, 0.10-4 1, 1.10-1, 11-11-10
ND-139m M 5, 0.10-4 1-2 10, 5.10 5.10-5 10, 0.10-4 2, 5.10-10
With 5, 0.10-4 1-2 10, 6.10, 5.10-10
ND-141 M 5, 0.10-4 5, 1.10-12 8-12 5, 5.10, 0.10-4 8, 3.10-12
With 5, 0.10-4 5, 3.10-12 8, 8.10-12
ND-147 M 5, 0.10, 0.10-4 2-9 1-9 5, 9.10, 0.10-4 1, 1.10-9
With 5, 0.10-4 2-2 9, 3.10, 1.10-9
ND-5, 149 M 0.10-4 8, 5.10-11 1, 2.10-10 5, 0.10-4 1, 2.10-10
With 5, 0.10-4 9, 0.10-11 1, 3.10-10
ND-151 M 5, 0.10-4 1, 7.10-11 2, 8.10-11 5, 0.10-4 3, 0.10-11
With 5, 0.10-4 1, 8.10, 9.10, 11-2-11
can buy better ships
PM-141 M 5, 0.10-4 1, 5.10-11 2, 4.10-11 5, 0.10-4 3, 6.10-11
With 5, 0.10-4 1, 6.10-11 2, 5.10-11
PM-143 M 5, 0.10-4 1, 4.10-9 9-10 5, 6.10, 0.10-4 2, 3.10-10
With 5, 0.10-4 1, 3.10, 3.10-9 8-10
PM-144 M 5, 0.10-4, 8.10 7-9 5-5 9, 4.10, 0.10-4 9, 7.10-10
With 5, 0.10-0.10-4 7, 9 3, 9.10-9
PM-145 M 5, 0.10-3, 4.10 4-9 2-9 5, 4.10, 0.10-4 1, 1.10-10
With 5, 0.10-4 2, 1.10, 2.10-9 1-9
PM-146 M 5, 0.10-4 1-1 8, 9.10, 3.10-8, 5-4 9, 0.10 0.10-10
With 5, 0.10-4 1, 6.10-8 9, 0.10-9
PM-147 M 5, 0.10-4 4, 7.10-9 3-5 9, 5.10, 0.10-4 2, 6.10-10
With 5, 0.10-4 4, 6.10-9 3, 2.10-9
PM-148 M 5, 0.10, 0.10-4 2-2 9, 1.10-9 5, 0.10-4 2, 7.10-9
With 5, 0.10-4 2-2 9, 1.10, 2.10-9
PM-148 m M 5, 0.10-4 4, 9.10-9 4-5 9, 1.10, 0.10-4 1, 8.10-9
With 5, 0.10-4, 4.10 5-9 4-9, 3.10
Pm-5, 149 M 0.10-4 6, 6.10, 6.10-10 7-10 5, 0.10-4 9, 9.10-10
With 5, 0.10-4 7, 2.10-10 8, 2.10-10
PM-150 M 5, 0.10-4 1-2 10, 3.10, 0.10, 0.10-10 5-4 2, 6.10-10
With 5, 0.10-4 1-2 10, 4.10, 1.10-10
PM-151 M 5, 0.10-4 4, 2.10-10 6, 1.10-10 5, 0.10-4 7, 3.10-10
With 5, 0.10-4 4, 5.10-10 6, 4.10-10
Samarium
SM-141 M 5, 0.10-4 1, 6.10-2, 11-5, 11-10 0.10-4 3, 9.10-11
SM-141m M 5, 0.10-3, 4.10 4-11 5-5 11, 6.10, 0.10-4 6, 5.10-11
SM-142 M 5, 0.10-4 7, 4.10-11 1, 1.10-10 5, 0.10-4 1, 9.10-10
SM-145 M 5, 0.10-4 1, 5.10-9 1-5 9, 1.10, 0.10-4 2, 1.10-10
SM-146 M 5, 0.10-4 9, 9.10-6 6, 7.10-6 5, 0.10-4, 4.10, 5-8
SM-147 M 5, 0.10-4 8, 9.10-6 6, 1.10-6 5, 0.10-4 4, 9.10-8
SM-151 M 5, 0.10-4 3, 7.10-9 2-9 5, 6.10, 0.10-4 9, 8.10-11
SM-153 M 5, 0.10-4 6-6 10, 1.10, 8.10-10 5, 0.10-4, 4.10 7-10
SM-155 M 5, 0.10-4 1, 7.10-11 2, 8.10-11 5, 0.10-4 2, 9.10-11
SM-156 M 5, 0.10-4 2-2 10, 1.10, 8.10-10 5, 0.10-4 2, 5.10-10
europium
EU-145 M 5, 0.10-4 5, 6.10-10 7, 3.10-5 10, 0.10-4 7, 5.10-10
EU-146 M 5, 0.10-4 8, 2.10-10, 1-9, 2.10, 0.10-5 4 1 3.10-9
EU-147 M 5, 0.10, 0.10-4 1-1 9, 0.10, 0.10-9 5-4, 4.10 4-10
EU-148 M 5, 0.10-4 2, 7.10-9 2, 3.10-9 5, 0.10-4 1, 3.10-9
EU-149 M 5, 0.10-4 2, 7.10-10 2, 3.10-5 10, 0.10, 0.10-4 1-10
EU-150 M 5, 0.10-4 5, 0.10-8, 4.10 3-8 5, 0.10-4 1, 3.10-9
EU-150 M 5, 0.10-4 1-2 10, 9.10, 8.10-10 5, 0.10-4, 8.10 3-10
EU-152 M 5, 0.10-4 3, 9.10-8 2-5 8, 7.10, 0.10-4, 4.10 1-9
EU-152 m M 5, 0.10-4 2, 2.10-10 3-5 10, 2.10, 0.10-4 5, 0.10-10
EU-154 M 5, 0.10-0.10-4 5, 8 3, 5.10-8 5, 0.10, 0.10-4 2-9
EU-155 M 5, 0.10-4 6, 5.10-9 4-5 9, 7.10, 0.10-4 3, 2.10-10
EU-156 M 5, 0.10-4 3-3 9, 3.10, 0.10, 0.10-9 5-4 2, 2.10-9
EU-157 M 5, 0.10-4 3, 2.10-10 4-5 10, 4.10, 0.10-0.10-4 6, 10
EU-158 M 5, 0.10-4, 8.10-11 7, 5.10-11 5, 0.10-4, 4.10 9-11
gadolinium
GD-145 F 5, 0.10-4 1, 5.10-2, 11-5, 11-4, 4.10-11
M 5, 0.10-4 2, 1.10-11 3, 5.10-11
GD-146 F 5, 0.10-4, 4.10 4-9 5-5 9, 2.10, 0.10-4 9, 6.10-10
M 5, 0.10-0.10-4 6, 9 4, 6.10-9
GD-147 F 5, 0.10-4 2, 7.10-10 4-5 10, 5.10, 0.10-4 6, 1.10-10
M 5, 0.10-4 4-5 10, 1.10, 9.10-10
GD-148 F 5, 0.10-4 2, 5.10-5 3, 5 5, 0.10-0.10-4 5, 5.10-8
M 5, 0.10-4 1, 1.10-5 7, 2.10-6
GD-149 F 5, 0.10-4 2, 6.10-10 4-5 10, 5.10, 0.10-4 4, 5.10-10
M 5, 0.10-4 7, 0.10-10 7, 9.10-10
GD-151 F 5, 0.10-4, 8.10 7-10 9, 3.10-5, 10-4 2 0.10, 0.10-10
M 5, 0.10-4 8, 1.10-10 6, 5.10-10
GD-152 F 5, 0.10-4 1-2 5, 9.10, 2.10, 0.10-5 5-4 4, 1.10-8
M 5, 0.10-4, 4.10 7-6 5, 0.10-6
GD-153 F 5, 0.10-4 2-2 9, 1.10, 5.10-9 5, 0.10-4 2, 7.10-10
M 5, 0.10-4 1-1 9, 9.10, 4.10-9
GD-F 5, 159-4 1-1 10, 1.10, 8.10-10 5, 0.10-4 4, 9.10-10
M 5, 0.10-4 2, 7.10-10 3, 9.10-10
terbium
TB-147 M 5, 0.10-4 7, 9.10, 11-1, 2.10-10, 0.10-5 4 1-10
TB-5, 149 M 0.10-4, 3.10-9 3-5 9, 1.10, 0.10-4 2, 5.10-10
TB-150 M 5, 0.10-4 1-1 10, 1.10, 8.10-10 5, 0.10-4 2, 5.10-10
TB-5, 151 M 0.10-4 2, 3.10, 3.10-10 3-5 10, 0.10-3, 4.10 4-10
TB-153 M 5, 0.10, 0.10-4 2-2 10, 4.10-10 5, 0.10-4 2, 5.10-10
TB-154 M 5, 0.10-4, 8.10 3-10 6, 0.10, 0.10-10 5-4 6, 5.10-10
TB-155 M 5, 0.10-4 2-2 10, 1.10, 5.10-5 10, 0.10-4 2, 1.10-10
TB-156 M 5, 0.10-4 1, 2.10-9 1-9 5, 4.10, 0.10-4 1, 2.10-9
TB-156m M 5, 0.10, 0.10-4 2-2 10, 3.10-5 10, 0.10-4 1, 7.10-10
TB-156m M 5, 0.10-4 9, 2.10-1, 3.10-11 10 5, 0.10-4 8, 1.10-11
TB-157 M 5, 0.10-4 1, 1.10-9 7, 9.10-10 5, 0.10-3, 4.10 4-11
TB-158 M 5, 0.10-4 4-8-3, 3.10, 0.10-8 5, 0-4 1, 1.10-9
TB-160 M 5, 0.10-4 6, 6.10-9 5-5 9, 4.10, 0.10-4 1, 6.10-9
TB-5, 161 M 0.10-4 1, 2.10-9 1-5 9, 2.10, 0.10-4 7, 2.10-10
dysprozium
Dy-155 M 5, 0.10-4 8, 0.10-11 1, 2.10-10 5, 0.10-4 1, 3.10-10
Dy-157 M 5, 0.10-4 3, 2.10-11 5-5 11, 5.10, 0.10-4 6, 1.10-11
Dy-159 M 5, 0.10-4 3, 5.10-10 2, 5.10-5, 10-4, 1-10
Dy-165 M 5, 0.10-4 6, 1.10-8, 11-5, 11-10 0.10-4 1, 1.10-10
Dy-166 M 5, 0.10-4 1-1 9, 8.10, 8.10-9 5, 0.10-4 1, 6.10-9
Holmium
Ho-155 M 5, 0.10, 0.10-4 2-11 3-5 11, 2.10, 0.10-4 3, 7.10-11
Ho-157 M 5, 0.10-4 4, 5.10-12 7-12 5, 6.10, 0.10-4 6, 5.10-12
Ho-159 M 5, 0.10-4 6, 3.10-12 1, 0.10-11 5, 0.10-4 7, 9.10-12
Ho-5, 161 M 0.10-4 6, 3.10-12 1, 0.10-0.10-11 5, 4 1 3.10-11
Ho-5, 162 M 0.10-4 2, 9.10-12 4, 5.10-12 5, 0.10-4 3, 3.10-12
Ho-162m M 5, 0.10-4 2, 2.10-11 3, 3.10-11 5, 0.10-4 2, 6.10-11
Ho-5, 164 M 0.10-4 8, 6.10-1, 3.10-12 11 5, 0.10-4 9, 5.10-12
Ho-164m M 5, 0.10-4 1, 2.10-1, 11-5, 11-4, 11-1
Ho-166 M 5, 0.10-4 6-10 8, 6.10, 3.10-5 10, 0.10-4, 4.10 1-9
Ho-166m M 5, 0.10-4 1, 1.10-7 7, 8.10-8 5, 0-4 2, 0.10-9
Ho-167 M 5, 0.10-4 7, 1.10-11 1, 0.10, 0.10-10 5-4 8, 3.10-11
erbium
10r-161.5 M, 0.10-4 5-8 11, 1.10, 5.10-5, 11-8, 4 0.10 0.10-11
.-165 M 5 10r, 0.10-4 8, 3.10-12 1, 4.10-11 5, 0.10-4 1, 9.10-11
10r-169.5 M, 0.10-4 9, 8.10-10 9, 2.10-10, 0.10-5 4 3, 7.10-10
10r-171.5 M, 0.10-4 2, 2.10, 0.10-10 3-5 10, 0.10-4 3, 6.10-10
10r-172.5 M, 0.10-4 1-1 9, 1.10, 2.10-9 5, 0.10, 0.10-4 1-9
tulium
TM-162 M 5, 0.10-4 1, 6.10-2, 11-5, 11-10 0.10-4 2, 9.10-11
TM-166 M 5, 0.10-4 1-2 10, 8.10, 8.10-10 5, 0.10-4, 8.10 2-10
TM-167 M 5, 0.10-4 1-1 9, 1.10, 0.10, 0.10-9 5-4 5, 6.10-10
TM-170 M 5, 0.10-4 6, 6.10-9 5-5 9, 2.10, 0.10-4 1, 3.10-9
TM-171 M 5, 0.10-4 1, 3.10-9 9, 1.10-10 5, 0.10-4 1, 1.10-10
TM-172 M 5, 0.10-4 1, 1.10-9 1-9 5, 4.10, 0.10-4 1, 7.10-9
TM-173 M 5, 0.10-4 1-2 10, 8.10, 6.10-10 5, 0.10-4 3, 1.10-10
TM-175 M 5, 0.10-4 1, 9.10-11 3-5 11, 1.10, 0.10-4 2, 7.10-11
ytterbium
Yb-162 M 5, 0.10-4 1, 4.10-11 2-5 11, 2.10, 0.10-4 2, 3.10-11
With 5, 0.10-4 1, 4.10-11 2, 3.10-11
Yb-166 M 5, 0.10-4 7, 2.10-10 9, 1.10-10 5, 0.10-4 9, 5.10-10
With 5, 0.10-4 7-10 9, 6.10, 5.10-10
Yb-167 M 5, 0.10-4 6, 5.10-12 9, 0.10, 0.10-12 5-4 6, 7.10-12
With 5, 0.10-4 6, 9.10-12 9, 5.10-12
Yb-169 M 5, 0.10-4 2-2 9, 4.10, 1.10-9 5, 0.10-4 7, 1.10-10
With 5, 0.10-4 2-2 9, 8.10, 4.10-9
Yb-175 M 5, 0.10-4 6, 3.10-6, 4.10-10 10 5, 0.10-4, 4.10 4-10
With 5, 0.10-4 7, 0.10-0.10-10 7, 10
Yb-177 M 5, 0.10-6, 4.10 4-11 8, 8.10-11 5, 0.10-4 9, 7.10-11
With 5, 0.10-4 6, 9.10-11 9-11, 4.10
Yb-178 M 5, 0.10-4 7, 1.10-11 1, 0.10-0.10-10 5 4 1, 2.10-10
With 5, 0.10-4 7, 6.10-11 1, 1.10-10
lutetium
Lu-169 M 5, 0.10-4 3, 5.10-10 4-5 10, 7.10, 0.10-4 4, 6.10-10
With 5, 0.10-4 3, 8.10, 9.10-10 4-10
Lu-170 M 5, 0.10-6, 4.10 4-10 9-10 5, 3.10, 0.10-4 9, 9.10-10
With 5, 0.10-4 6, 7.10-10 9, 5.10-10
Lu-171 M 5, 0.10-4 7, 6.10-10 8-10 5, 8.10, 0.10-4 6, 7.10-10
With 5, 0.10-4 8, 3.10, 3.10-10 9-10
Lu-172 M 5, 0.10-4, 4.10 1-9 1-9 5-10, 1-4, 3.10-9
With 5, 0.10-4 1, 5.10-9 1, 8.10-9
Lu-173 M 5, 0.10, 0.10-4 2-9-1, 9-5, 5.10, 0.10-4 2, 6.10-10
With 5, 0.10-4 2, 3.10-4.10-9 1, 9
Lu-174 M 5, 0.10, 0.10-4 4-9 2-9 5, 9.10, 0.10-4 2, 7.10-10
With 5, 0.10-4 3, 9, 2, 9.10-5.10-9
Lu-174 m M 5, 0.10-3, 4.10 4-9 2-9 5, 4.10, 0.10-4 5, 3.10-10
With 5, 0.10-4, 8.10 3-9 2-9
Lu-176 M 5, 0.10-4 6, 6.10, 6.10-8 4-5 8, 0.10-4 1, 8.10-9
With 5, 0.10-4 5, 2.10, 0.10-8 3-8
Lu-176m M 5, 0.10-4 1-1 10, 1.10, 5.10-5 10, 0.10-4 1, 7.10-10
With 5, 0.10-4 1, 2.10-10, 1-10
Lu-177 M 5, 0.10, 0.10-4 1-1 9, 0.10, 0.10-9 5-4 5, 3.10-10
With 5, 0.10-4 1-1 9, 1.10, 1.10-9
Lu-900 m M 5, 0.10-4 1-1 8, 2.10, 0.10-8 5, 0.10-4 1, 7.10-9
With 5, 0.10-4 1, 5.10-8 1, 2.10-8
Lu-178 M 5, 0.10-4 2, 5.10-11 3-5 11, 9.10, 0.10-4 4, 7.10-11
With 5, 0.10-4 2, 6.10-11 4, 1.10-11
Lu-178m M 5, 0.10-4 3, 3.10-11 5-5 11, 4.10, 0.10-4 3, 8.10-11
With 5, 0.10-4 3, 5.10-11 5, 6.10-11
Lu-179 M 5, 0.10-4 1-1 10, 1.10, 6.10-10 5, 0.10-4 2, 1.10-10
With 5, 0.10-4 1, 2.10-10, 1-10
hafnium
HF-170 (F) 0.002 1 7.10-10 2, 9.10-10 0.002 4, 8.10-10
0.002 m 3, 2.10-10, 3.10-4 10
HF-172 F 0.002 3, 2.10-8 3, 7.10-8 0.002 1, 0.10-9
0.002 m 1-1 8, 9.10, 3.10-8
HF-173 (F) 0.002 7, 9.10, 11-1, 3.10-10 0.002 2, 3.10-10
0.002 m 1, 6.10-10 2, 2.10-10
HF-175 (F) 0.002 7, 2.10-10, 8-10-10 0.002 4, 1.10-10
0.002 m 1, 1.10-9 8, 8.10-10
HF-900 m (F) 0.002 4, 7.10-11 8, 4.10-11 0.002 8, 1.10-11
0.002 m 9, 2.10-11 1, 5.10-10
HF-178m (F) 0.002 2, 6.10-7 3, 1.10-7 0.002 4, 7.10-9
0.002 m 1, 1.10-7 7, 8.10-8
HF-179m (F) 0.002 1, 1.10-9 1-9, 4.10 0.002 1, 2.10-9
0.002 m 3, 6.10-9 3, 2.10-9
HF-180 m (F) 0.002 6, 4.10-11 1, 2.10-10 0.002 1 7.10-10
0.002 m 1-10 2, 4.10, 0.10-10
HF-1, 181 F 0.002 4.10, 8.10-9 1-1 9, 1.10 0.002-9
0.002 m 4, 7.10-9 4, 1.10-9
HF-182 (F) 0.002 3, 0.10-7 3, 6.10-7 0.002 3, 0.10-9
0.002 m 1, 2.10-7 8, 3.10-8
HF-182m (F) 0.002 2, 3.10-11 4, 0.10-11 0.002 4, 2.10-11
0.002 m 4, 7.10-11 7, 1.10-11
HF-183 (F) 0.002 2, 6.10-11 4, 4.10-11 0.002 7, 3.10-11
0.002 m 5, 8.10-11 8, 3.10-11
HF-184 (F) 0.002 1-10 2, 3.10, 3.10-10 0.002 5, 2.10-10
0.002 m 3, 3.10-10 4, 5.10-10
tantalum
Ta-172 M 0.001 3, 4.10, 5.10-11 5-11 0.001 5, 3.10-11
With 0.001 3, 6.10-11, 5-11-10
TA-1, 173 M 0.001 1.10-10 1, 6.10-10 0.001 1, 9.10-10
With 0.001 1, 2.10-10, 1-10
Ta-174 M 0.001 4, 2.10-11 6, 3.10-11 0.001 5, 7.10-11
With 0.001 4, 4.10-11 6-11
Ta-175 M 0.001 1, 3.10-10 2, 0.10-10 0.001 2, 1.10-10
With 0.001 1, 4.10-10 2, 0.10-10
Ta-176 M 2 0.001, 0.10-10 3, 2.10-10, 1.10 0.001 3-10
With 0.001 2, 1.10-10 3, 3.10-10
Ta-177 M 0.001 9, 3.10-11 1, 2.10-10, 1.10 0.001 1-10
With 0.001 1, 0.10-10 1, 3.10-10
Ta-6, 178 M 0.001 6.10-11 1, 0.10-10 0.001 7 8.10-11
6, with 9.10-0.001 11 1, 1.10-10
Ta-179 M 0.001 2, 0.10-10 1, 3.10-0.001 6, 5.10 10-11
With 0.001 5, 2.10-10 2, 9.10-10
Ta-180 M 0.001 6, 0.10-9 4-9 8, 4.10 0.001-10
With 0.001 2-8, 4.10, 4.10 1-8
Ta-180 m M 0.001 4, 4.10, 8.10-11 5-11, 4.10 0.001 5-11
With 0.001 4, 7.10-11 6, 2.10-11
Ta-182 M 0.001 7, 2.10-9 5-9, 8.10 0.001 1.5x10-9
With 0.001 9, 7.10-9 7, 4.10-9
Ta-182m M 2, 1.10 0.001-11 3, 4.10-11 0.001 1, 2.10-11
With 0.001 2, 2.10-11 3, 6.10-11
Ta-183 M 0.001 1, 8.10-9 1, 8.10-1, 3.10 0.001 9-9
With 0.001 2, 0.10, 0.10-9 2-9
Ta-4, 184 M 0.001 1.10-10 6, 0.10-10 0.001, 8.10 6-10
With 0.001 4, 4.10-10 6, 3.10-10
Ta-4, 185 M 0.001 6.10-11 6, 8.10-11 0.001 6, 8.10-11
4, with 9.10 0.001-11, 7-11, 2.10
TA-1, 186 M 0.001 8.10-11 3, 0.10-11 0.001 3, 3.10-11
1, with 9.10 0.001-11 3, 1.10-11
Wolfram
W-176 F 0.3 4, 4.10-11 7, 6.10-11 0.31, 0.10-10
1 0.01, 1.10-10
W-177 F 0.3 2, 6.10, 6.10-11 4-5 11, 0.3 8.10-11
0.01 6, 1.10-11
W-178 F 0.3 7, 6.10-11 1, 2.10-10 0.3 2, 2.10-10
0.01 2, 5.10-10
W-9, 179 F 0.3 9.10-13 1, 8.10-12 0.3 3, 3.10-12
0.01 3, 3.10-12
W-181 F 0.3 2, 8.10-11 4, 3.10-12 0.3 7, 6.10-11
0.01 8, 2.10-11
W-185 F 0.3 1, 4.10-10 2, 2.10-10 4, 4.10 0.3-10
0.01 5, 0.10-10
W-187 (F) 0.3 2, 0.10-10 3, 3.10-10 6, 3.10 0.3-10
0.01 7, 1.10-10
W-188 F 0.3 5, 9.10-10 8-10, 4.10 0.3 2, 1.10-9
0.01 2, 3.10-9
rhenium
Re-177 (F) 0.8 to 1, 0.10-11 1, 7.10-11 0.8 2, 2.10-11
0.8 m 1, 4.10-11 2, 2.10-11
Re-178 (F) 0.8 to 1, 1.10-11 1, 8.10-11 0.8 2, 5.10-11
0.8 m 1, 5.10-11 2, 4.10-11
Re-181 F 0.8 to 1, 9.10-10 3, 10 4 0.10-0.8, 2.10-10
0.8 m 2, 5.10-10 3, 7.10-10
Re-182 (F) 0.8 6, 8.10-10 1, 1.10-1 0.8, 4.10 9-9
0.8 m 1, 3.10-1, 9-10-9
Re-182 (F) 0.8 1.5x10-10 2, 4.10-10 2, 7.10 0.8-10
0.8 m 2, 0.10, 0.10-10 3-10
Re-4, 184 F 0.8 6.10-10 7, 0.10-10 0.8 to 1, 0.10-9
0.8 m 1, 8.10-9 1, 8.10-9
Re-184m (F) 0.8 6-10 8, 1.10, 8.10-10 0.8 1.5x10-9
M 0.8 6, 1.10-9 4, 8.10-9
Re-186 (F) 0.8 5-10 7, 3.10, 3.10-10 0.8 1.5x10-9
0.8 m 1, 1.10, 2.10-9 1-9
Re-186m (F) 0.8 8, 5.10-10 1, 2.10-9 0.8 2, 2.10-9
0.8 m 1, 1.10-8 7, 9.10-9
Re-187 (F) 0.8 to 1, 9.10-12 2, 6.10-12 0.8 5, 1.10-12
M 0.8 6, 0.10-12 4, 6.10-12
Re-188 (F) 0.8 4, 7.10-10 6, 6.10-10 0.8 to 1, 4.10-9
M 0.8 5, 5.10-10 7, 4.10-10
Re-188m (F) 0.8 to 1, 0.10-11 1, 6.10-11 0.8 3, 0.10-11
0.8 m 1, 4.10-11 2, 0.10-11
Re-189 F 2, 7.10 0.8-10 4, 3.10-10 7, 8.10 0.8-10
M-4, 3.10 0.8-10 6, 0.10-10
Osmium
OS-180 F 0.01 8, 8.10-12 1, 6.10-11 1 0.01, 7.10-11
M 0.01 1, 4.10-11 2, 4.10-11
With 0.01 1.5x10-11 2, 5.10-11
OS-181 F 0.01 3, 6.10-6, 4.10-11 11 8, 9.10 0.01-11
M 0.01 6, 3.10-11, 9-11
With 0.01 6, 6.10-11 1, 0.10-10
OS-182 F 1 0.01, 9.10-10 3, 2.10-10 0.01 5, 6.10-10
M 0.01, 7.10 3-5 10, 0.10-10
With 0.01 3, 9.10-10 5, 2.10-10
OS-185 F 1 0.01, 1.10-9 1-9, 4.10 0.01 5, 1.10-10
M 0.01 1, 2.10, 0.10-9 1-9
With 0.01 1.5x10-9 1, 1.10-9
OS-189m (F) 0.01 2, 7.10-12 5, 2.10-12 1 0.01, 8.10-11
M 0.01 5, 1.10-12 7-12
With 0.01 5, 4.10-12 7, 9.10-12
OS-191 F 2 0.01, 5.10-10 3, 5.10-10 0.01 5, 7.10-10
M 0.01 1.5x10-9 1-9, 3.10
With 0.01 1, 8.10-9 1, 5.10-9
OS-191m (F) 0.01 2, 6.10-11 4, 1.10-11 0.01 9, 6.10-11
M 0.01 1, 3.10, 3.10-10 1-10
With 0.01 1.5x10-10 1, 4.10-10
OS-193 F 1 0.01, 7.10-10 2, 8.10-10 8 0.01, 1.10-10
M 0.01 4, 7.10-10 6, 4.10-10
With 0.01 5, 1.10-10 6, 8.10-10
OS-194 F 1 0.01, 1.10-8 1, 3.10-8, 4.10 2 0.01-9
M 0.01 2, 0.10-8 1, 3.10-8
With 0.01 7, 9.10-8 4, 2.10-8
Iridium
IR-182 (F) 0.01 1.5x10-11 2, 6.10-11 0.01 4, 8.10-11
M 0.01 2, 4.10-11 3, 9.10-11
With 2 0.01, 5.10-11 4, 0.10-11
IR-184 (F) 0.01 6, 7.10-11 1, 2.10-10 1 0.01, 7.10-10
M 0.01 1, 1.10-10 1, 8.10-10
With 0.01 1, 2.10-10 1, 9.10-10
IR-185 F 0.01 8, 8.10-11 1, 5.10-10 0.01 2, 6.10-10
M 0.01 1, 8.10-10 2, 5.10-10
1, with 9.10 0.01-10 2, 6.10-10
IR-186 F 1 0.01, 8.10-10 3, 3.10-10 0.01 4, 9.10-10
M 0.01 3, 2.10-10 4, 8.10-10
With 0.01 3, 3.10-5 10, 0.10-10
The IR-2, 186 F 0.01 5.10-11 4, 5.10-11 0.01 6, 1.10-11
M 0.01 4, 3.10-11 6, 9.10-11
With 0.01 4, 5.10-11 7, 1.10-11
IR-187 (F) 0.01 4, 0.10-11 7, 2.10-11 0.01 1, 2.10-10
M 0.01 7, 5.10-11 1, 1.10-10
With 0.01 7, 9.10, 11-1, 2.10-10
IR-188 (F) 0.01 2, 6.10-10 4, 4.10-10 0.01 6, 3.10-10
M 0.01 4, 1.10-10 6, 0.10-10
With 0.01 4, 3.10-10 6, 2.10-10
IR-189 F 1 0.01, 1.10-10-10-10 1, 2, 4.10 0.01-10
M 0.01 4, 8.10, 1.10-10 4-10
With 0.01 5, 5.10-10 4-10
IR-190 (F) 0.01 7, 9.10-10 1, 2.10-9 0.01 1, 2.10-9
M 0.01 2, 0.10-9 2, 3.10-9
With 0.01 2, 3.10-9 2, 5.10-9
IR-190 m (F) 0.01 5, 3.10-11 9-10-11, 0.01 1, 2.10-10
M 0.01 8, 3.10-4.10-11 1, 10
With 0.01 8, 6.10-11 1, 4.10-10
IR-190 m (F) 0.01, 7.10 3-12 5, 6.10-12 8 0.01, 0.10-12
M 0.01 9, 0.10-12 1, 0.10-11
With 0.01 1, 0.10-11 1, 1.10-11
IR-192 F 1 0.01, 8.10-9 2, 2.10-1 0.01, 4.10 9-9
M 0.01 4, 9.10-9 4, 1.10-9
With 0.01 6, 2.10-9 4, 9.10-9
IR-192 m (F) 0.01 4, 8.10-9 5, 6.10-9 3 0.01, 1.10-10
M 0.01 5, 4.10, 4.10-9 3-9
With 0.01 3, 6.10-8 1, 9.10-8
IR-193m F 1 0.01, 0.10-10 1, 6.10-10 0.01 2, 7.10-10
M 0.01 1, 0.10-9 9, 1.10-10
With 0.01 1, 2.10, 0.10-9 1-9
IR-194 F 0.01 2, 2.10-10 3, 6.10-10 1 0.01, 3.10-9
M 0.01 5, 3.10-10 7, 1.10-10
With 0.01 5, 6.10-10 7, 5.10-10
IR-194m (F) 0.01 5, 4.10, 5.10-9 6-9 2 0.01, 1.10-9
M 0.01 8, 5.10-9 6, 5.10-9
With 0.01 1, 2.10-8 8, 2.10-9
IR-195 F 0.01 2, 6.10-11 4, 5.10-11 1 0.01, 0.10-10
M 0.01 6, 7.10-11, 9-11
With 0.01 7, 2.10-1, 11-10
IR-195 m (F) 0.01 6, 5.10-11 1, 1.10-10 2 0.01, 1.10-10
M 0.01 1, 6.10-10 2, 3.10-10
With 0.01 1 7.10-10 2, 4.10-10
Platinum
PT-186 (F) 0.01 3, 6.10, 6.10-11 6-11 0.01 9, 3.10-11
PT-188 (F) 0.01 4-10 6, 3.10, 3.10-10 0.01 7, 6.10-10
PT-189 F 0.01 4, 1.10-11 7, 3.10-11 0.01 1, 2.10-10
PT-191 F 1 0.01, 1.10-10 1, 9.10-10 0.01 3, 4.10-10
PT-193 (F) 0.01 2, 1.10-2, 11-10-11 3 0.01, 1.10-11
PT-193m F 1 0.01, 3.10-10 2, 1.10-10 0.01 4, 5.10-10
PT-195 m F 1 0.01, 9.10-10 3, 1.10-10 0.01 6, 3.10-10
PT-197 (F) 0.01 9, 1.10-11 1, 6.10-10 0.01 4 0.10-10
PT-197m F 2 0.01, 5.10-11 4, 3.10-11 0.01 8, 4.10-11
PT-199 F 1 0.01, 3.10-11 2, 2.10-11 0.01 3, 9.10-11
PT-200 F 0.01 2, 4.10-10 4 0.10-10 0.01 1, 2.10-9
Gold
Au-193 (F) 0.1 3, 9.10-11 7, 1.10-11 0.1 1, 3.10-10
M 0.1 1, 1.10-10 1, 5.10-10
With 0.1 1, 2.10-10, 1-10
Au-194 (F) 0.1 1, 5.10-10 2, 8.10-10 0.1 4, 2.10-10
M 0.1, 2, 4.10-10 3, 7.10-10
With 0.1 2, 5.10-10 3, 8.10-10
Au-195 (F) 0.1 7, 1.10, 2.10-11 1-2 10, 5.10 0.1-10
M 0.1 1, 0.10-9 8, 0.10-10
With 0.1 1, 6.10-9 1, 2.10-9
Au-198 (F) 0.1 2, 3.10-10 3, 9.10-10 0.1 1, 0.10-9
M 0.1 7, 6.10-8.10-10 9, 10
With 8, 4.10 0.1-10 1, 1.10-9
Au-198m (F) 0.1 3, 4.10-10 5, 9.10-10 0.1 1, 3.10-9
M 0.1 1 7.10-9 2, 0.10-9
1, with 9.10 0.1-9 1-9, 9.10
Au-199 (F) 0.1 1, 1.10-10 1, 9.10-10 4, 4.10 0.1-10
M 0.1, 8.10 6-10 6, 8.10-10
With 0.1 7, 5.10.-6.10-10 7, 10
Au-200 (F) 0.1 1 7.10-11 3, 0.10-11 0.1 6, 8.10-11
M 0.1, 5.10 3-11 5-11, 3.10
With 0.1 3, 6.10, 6.10-11 5-11
Au-200 m (F) 0.1 3, 2.10-10 5, 7.10-10 0.1 1, 1.10-9
M 0.1 6, 9.10-10 9, 8.10-10
With 0.1 7, 3.10-10 1 0.10-9
Au-201 (F) 0.1 9, 2.10-12 1, 6.10-11 0.1 2, 4.10-11
M 0.1 1 7.10-11 2, 8.10-11
With 0.1 1, 8.10, 9.10, 11-2-11
Mercury
Hg-193 (F) 0.4 2, 6.10-11 4, 7.10-11 1 3, 1.10-11
0.4 6, 6.10-11
Hg-193 (F) 0.02 2, 8.10-11 5, 0.10-11 0.02 8, 2.10-11
0.02 m 7, 5.10-1, 11-10
Hg-193m F 1 0.4, 1.10-10 2, 0.10-10 1 1, 3.10-10
0.4 3, 0.10-10
Hg-F 193m 0.02 1, 2.10-10 2, 3.10-10 0.02 4 0.10-10
0.02 m 2, 6.10-8.10-10 3, 10
Hg-194 F 0.4 1.5x10-8 1-1 8, 9.10 5, 1.10-8
0.4 2, 1.10-8
Hg-194 F 0.02 1, 3.10-8 1, 5.10-8, 4.10 0.02 1-9
M 0.02 7 8.10-9 5-9, 3.10
Hg-195 F of 0.4 2, 4.10-11, 4.10 4-11 1-3, 4.10-11
0.4 7, 5.10-11
Hg-195 (F) 0.02 2, 7.10-11 4, 8.10-11 0.02 9, 7.10-11
0.02 m 7, 2.10-11 9, 2.10-11
Hg-195 m (F) 0.4-1, 3.10 10 2, 2.10-10 1 2, 2.10-10
0.4 4, 1.10-10
Hg-195 m (F) 0.02 1.5x10-10 2, 6.10-10 0.02 5, 6.10-10
0.02 m 5, 1.10-10 6, 5.10-10
Hg-197 F 0.4 5, 0.10-11 8, 5.10-11 1 9, 9.10-11
1-10 0.4-10
Hg-197 (F) 0.02 6, 0.10, 0.10-11 1-2 10, 3.10 0.02-10
0.02 m 2, 9.10-10 2, 8.10-10
Hg-197m F 1 0.4, 0.10-10 1-1 10, 8.10 1.5x10-10
3, 4.10 0.4-10
Hg-F 197m 0.02 1, 2.10-10 2, 1.10-10 0.02 4, 7.10-10
0.02 m 5, 1.10-10 6, 6.10-10
Hg-F 199m 0.4 to 1, 6.10-11 2, 7.10-11 1 2, 8.10-11
0.4 3, 1.10-11
Hg-F 199m 0.02 1, 6.10-11 2, 7.10-11 0.02 3, 1.10-11
0.02 m 3, 3.10-11 5-11, 2.10
Hg-203 F 5-10 0.4,-10 7, 5.10-10 1 1, 9.10-9
0.4 to 1, 1.10-9
Hg-203 F 0.02 4, 7.10-10 5, 9.10-10 5, 4.10 0.02-10
0.02 m 2, 3.10-9 1-9, 9.10
talium
TL-194 F 1 4, 8.10, 9.10-12 8-12 18, 1.10-12
TL-194m F 1 2, 0.10-11 3, 6.10-11 1 4, 0.10-11
TL-195 F 1 1, 6.10-11 3, 0.10-11 1 2, 7.10-11
TL-197 F 1 1, 5.10-2, 11-10-11 1-2, 3.10-11
TL-198 F 1 6, 6.10-11 1, 2.10-10 1 7, 3.10-11
TL-198m F 1 4, 0.10-11 7, 3.10-11 1 5, 4.10-11
TL-199 F 1 2, 0.10-11, 3-11, 1-10, 2-11
TL-200 F 1 1-10 2, 4.10, 5.10-10 1 2, 0.10-10
TL-201 F 1 4, 7.10-11 7, 6.10-11 1 9, 5.10-11
TL-202 F 1 2, 0.10-10 3, 1.10-10 1 4, 5.10-10
TL-204 (F) 1 4, 4.10-10 6, 2.10-10 1 1, 3.10-9
lead
PB-195 m (F) 0.2 1 7.10-11 3, 0.10-11 0.2 2, 9.10-11
PB-4, 198 F 0.2-10-11 8-10-11, 0.2 1, 0.10-10
PB-199 (F) 0.2 2, 6.10-11 4, 8.10-11 0.2 5, 4.10-11
PB-200 F 0.2 1, 5.10-10 2, 6.10-10 0.10-0.24, 10
PB-201 F 0.2 6, 5.10-11 1, 2.10-10 0.2 1, 6.10-10
PB-202 (F) 0.2 1, 1.10-8, 4.10 1-8 8, 0.2-10-9
PB-202m (F) 0.2 6, 7.10-11 1, 2.10-10 0.2 1, 3.10-10
PB-203 F 0.2 9, 1.10-11 1, 6.10-10 0.2 2, 4.10-10
PB-205 F 3, 4.10 0.2-10 4, 1.10-10 0.2 2, 8.10-10
PB-209 F 0.2 1, 8.10-11 3, 2.10-11 0.2 5, 7.10-11
Pb-210 F 0.2 8, 9.10,-7 1, 1.10-6 0.2 6, 8.10-7
PB-211 F 0.2 3, 9.10-9 5, 6.10-9 0.2 1, 8.10-10
PB-212 F 0.2 1, 9.10-8 3, 3.10-0.2 5, 9.10 8-9
PB-214 (F) 0.2 2, 9.10-9 4, 8.10-0.2 1, 4.10 9-10
Bismuth
The BI-200 F 0.05 2, 4.10-11 4, 2.10-11 0.05 5, 1.10-11
0.05 m 3, 4.10-11 5, 6.10-11
BI-201 F 0.05 4-11 8-10, 3.10-11 0.05 1, 2.10-10
0.05 m 7, 0.10-11 1, 1.10-10
BI-202 F 0.05 4-11 8, 6.10, 4.10-11 0.05 8, 9.10-11
0.05 m 5, 8.10-11 1, 0.10-10
BI-2, 203 F 0.05 0.10-10 3, 10-4, 8.10 0.05-10
0.05 m 2, 8.10-10 4, 5.10-10
BI-205 F 0.05 4 0.10-10 6, 8.10-10 0.05 9, 0.10-10
0.05 m 9, 2.10-10 1 0.10-9
BI-206 F 0.05 7, 9.10-10 1-9, 3.10 0.05 1, 9.10-9
0.05 m 1, 7.10-9 2, 1.10-9
BI-207 F 0.05 5, 2.10-10 8-10, 4.10 0.05 1, 3.10-9
0.05 m 5, 2.10-9 3, 2.10-9
BI-210 F 0.05 1, 1.10-9 1-9, 4.10 0.05 1, 3.10-9
0.05 m 8, 4.10-8 6, 0.10-8
BI-210 m (F) 0.05 4, 5.10-8 5, 3.10-8 0.05 1.5x10-8
0.05 m 3, 1.10-6 2, 1.10-6
BI-212 F 0.05 9, 3.10-9 1, 5.10-8 0.05 2, 6.10-10
0.05 m 3, 0.10-8 3, 9.10-8
BI-213 F 0.05 1, 1.10-8 1, 8.10-8 0.05 2, 0.10-10
0.05 m 2, 9.10-8 4, 1.10-8
BI-214 F 0.05 7, 2.10-9 1, 2.10-8 0.05 1, 1.10-10
0.05 m 1-8, 4.10 2, 1.10-8
Polonium
After-203 (F) 0.1 2, 5.10-11 4, 5.10-0.1 5 11, 2.10-11
M 0.1 3, 6.10-11 6, 1.10-11
After-205 (F) 0.1 3, 5.10-11 6, 0.10-11 0.1 5, 9.10-11
M 0.1 6, 4.10-11 8, 9.10-11
After-207 (F) 0.1 6, 3.10-11 1, 2.10-10 0.1 1, 4.10-10
M 0.1 8, 4.10-11 1, 5.10-10
After-210 (F) 0.1 6, 0.10-7 7, 1.10-7 2, 4.10 0.1-7
M 0.1, 3 0.10-6 2, 2.10-6
astatine
At-207 F 1 3, 5.10-10 4, 4.10-10 1 2, 3.10-10
M 1 2, 1.10-9 1-9, 9.10
At-211 F 1 1, 6.10-8 2, 7.10-8 1 1, 1.10-8
9 m 1, 8.10-8 1, 1.10-7
francium
FR-222 F 1 1-8, 4.10 2, 1.10-8 1 7, 1.10-10
FR-223 F 1 9, 1.10-10 1-1 9, 3.10, 3.10-2 9
Radium
RA-223 M 0.2 6, 9.10-6 5, 7.10-6 0.2 1, 0.10-7
RA-224 M 0.2 2, 9.10-6 2-6, 4.10, 5.10 0.2 6-8
RA-225 M 0.2 5, 8.10-6 4, 8.10-0.2 6 9, 5.10-8
RA-226 M 0.2 3, 2.10-6 2, 2.10-6 0.2 2, 8.10-7
RA-227 M 0.2 2, 8.10-10 2, 1.10-10 0.2 8, 4.10-11
RA-228 M 0.2 2, 6.10-6 1, 7.10-0.2 6 6, 7.10-7
Actinium
AC-224 F 5, 0.10-4 1, 1.10-8 1, 3.10-5, 8-4 7, 0.10 0.10-10
M 5, 0.10-0.10-4 1 7 8, 9.10-8
With 5, 0.10-4 1, 2.10-7 9, 9.10-8
The AC-225 F 5, 0.10-4 8, 7.10-7 1-6 5, 0.10 0.10-4, 4.10 2-8
M 5, 0.10-4 6, 9.10-6 5, 7.10-6
With 5, 0.10-4 7, 9.10-6 6, 5.10-6
AC-226 F 5, 0.10-4 9, 5.10-8 2, 2.10-7 5, 0.10-0.10-4 1, 8
M 5, 0.10-4 1-6 9, 1.10, 2.10-7
With 5, 0.10-4 1-6 1, 2.10, 0.10-6
AC-227 F 5, 0.10-5, 4.10 4-4 6, 3.10-4 5, 0.10-4 1, 1.10-6
M 5, 0.10-4 2, 1.10-4 1, 5.10-4
With 5, 0.10-4 6, 6.10-5 4, 7.10-5
AC-228 F 5, 0.10-4 2, 5.10-8 2-5 8, 9.10, 0.10-4, 3.10-10
M 5, 0.10-4 1-1 8, 6.10, 2.10-8
With 5, 0.10-4 1-1 8, 4.10, 2.10-8
thorium
Th-226 M 5, 0.10-4 5, 5.10-8 7-8, 4.10, 5, 0.10-4 3, 5.10-10
With 2, 4, 5, 0.10-9.10-8.10-8 7, 8 2, 0.10-4 3, 6.10-10
Th-227 M 5, 0.10-4, 8.10 7-6 6-6 5, 2.10, 0.10-4 8, 9.10-9
With 2, 0.10-4 9, 6.10, 6.10-6 7-6 2-4 8, 0.10, 4.10-9
Th-228 M 5, 0.10-4 3, 1.10-5 2, 3.10-5 5, 0.10-4 7, 0.10-8
With 2, 3, 4 0.10-9.10-5 3-5 2, 2.10, 0.10-4 3, 5.10-8
Th-229 M 5, 0.10-9, 4-5 6, 9.10 9.10-5 5, 0.10-4, 8.10-7
With 2-4 6, 0.10 to 5.10-5 4, 8.10-5 2-4 2, 0.10, 0.10-7
Th-230 M 5, 0.10, 0.10-4 4-5 2-4 4, 8.10, 0.10-4 2, 1.10-7
With 2, 0.10-4 1, 3.10-5 7-6 2, 2.10, 0.10-4 8, 7.10-8
Th-231 M 5, 0.10-4 2, 9.10-10 3-5 10, 7.10, 0.10-3, 4.10 4-10
With 2, 3, 4 0.10-2.10-10 4 0.10-10 2, 0.10-3, 4.10 4-10
Th-232 M 5, 0.10-4 4, 2.10-5 2, 9.10-5 5, 0.10-4 2, 2.10-7
With 2-4 2, 0.10, 3.10-5 1-2 5, 2.10, 0.10-4 9, 2.10-8
Th-234 M 5, 0.10-4 6, 3.10, 3.10-9 5-5 9, 0.10-3, 4.10 4-9
With 2, 4, 7, 0.10-3.10-9 5-9 2, 8.10, 0.10-3, 4.10 4-9
PA
PA-227 M 5, 0.10-4 7-8 9, 0.10, 0.10-8 5, 0.10-4 4, 5.10-10
With 5, 0.10-4 7-8 9, 6.10, 7.10-8
PA-228 M 5, 0.10-4 5, 9.10-8 4-5 8, 6.10, 0.10-4, 8.10 7-10
With 5, 0.10-4 6-8-5, 9.10, 1.10-8
PA-230 M 5, 0.10-4 5, 6.10, 6.10-7 4-7, 5-4, 9, 2.10-10
With 5, 0.10-4 7, 1.10-7 5, 7.10-7
PA-231 M 5, 0.10-4 1, 3.10-4 8, 9.10-5 5, 0.10-4 7, 1.10-7
With 5, 0.10-4 3, 2.10-5 1, 7.10-5
PA-232 M 5, 0.10-4 9, 5.10-9 6-9 5, 8.10, 0.10-4 7, 2.10-10
With 5, 0.10-4 3-9-2, 2.10, 0.10-9
PA-233 M 5, 0.10-4 3, 1.10-9 2, 8.10-9 5, 0.10-4 8, 7.10-10
With 5, 0.10-4 3-3 9, 7.10, 2.10-9
PA-234 M 5, 0.10-4, 8.10 3-10 5-5 10, 5.10, 0.10-4 5, 1.10-10
With 5, 0.10, 0.10-4 4-5 10, 8.10-10
Uranus
U-230 (F) 0.02 3, 6.10-7 4, 2.10-7 0.02 5, 5.10-8
0.02 m 1, 2.10-5 1, 0.10-5 0.002 2, 8.10-8
With 0.002 1, 5.10-5 1, 2.10-5
U-231 (F) 0.02 8, 3.10-4.10-11 1, 10 2, 8.10 0.02-10
0.02 m 3, 4.10-10 3, 7.10-10 0.002 2, 8.10-10
With 0.002, 7.10 3-10 4 0.10-10
U-232 (F) 0.02 4, 0.10-6 4, 7.10-6 0.02 3, 3.10-7
0.02 m 7, 2.10-6 4, 8.10-6 0.002, 7.10 3-8
With 0.002 3, 5.10-5 2, 6.10-5
U-233 (F) 0.02 5, 7.10-7 6, 6.10-7 0.02 5, 0.10-8
0.02 m 3, 2.10-6 2, 2.10-6 0.002 8, 5.10-9
With 0.002 8, 7.10-6 6, 9.10-6
U-234 (F) 0.02 5, 5.10-6, 4.10 7-7, 9.10 0.02 4-8
0.02 m 3, 1.10-6 2, 1.10-6 0.002 8, 3.10-9
With 0.002 8, 5.10-6 6, 8.10-6
U-235 (F) 0.02 5, 1.10-7 6, 7 4 0.10-0.02, 6.10-8
0.02 m 2, 8.10-6 1, 8.10-6 0.002 8, 3.10-9
With 0.002 7, 7.10-6 6, 1.10-6
U-236 (F) 0.02 5, 2.10-7 6, 1.10-7 0.02 4, 6.10-8
0.02 m 2, 9.10-6 1, 9.10-6 7, 9.10 0.002-9
7, with 9.10 0.002-6 6, 3.10-6
U-237 (F) 0.02 1, 9.10-10 3, 3.10-10 0.02 7, 6.10-10
0.02 m 1, 6.10-9 1, 5.10-9 0.002 7, 7.10-10
With 0.002 1, 8.10-1, 9-10-9
U-238 (F) 0.02 4-5 7, 9.10, 8.10-7 0.02 4, 4.10-8
0.02 m 2, 6.10, 6.10-6 1-6 7, 0.002 6.10-9
With 0.002 7, 3.10-6 5, 7.10-6
U-239 (F) 0.02 1, 1.10-11 1, 8.10-11 0.02 2, 7.10-11
0.02 m 2, 3.10-11 3, 3.10-11 0.002 2, 8.10-11
With 0.002 2, 4.10, 5.10 3-11-11
U-240 (F) 0.02 2, 1.10-10 3, 7.10-10 0.02 1, 1.10-9
0.02 m 5, 3.10-10 7, 9.10-10 0.002 1, 1.10-9
With 0.002 5, 7.10-10 8, 4.10-10
neptunium
NP-232 M 5, 0.10-4 4, 7.10-11 3, 5.10-5, 11-4, 9-10-12
NP-233 M 5, 0.10-4 1, 7.10-12 2,964-12 5, 0.10-4 2, 2.10-12
NP-234 M 5, 0.10-4, 4.10, 5-10 7-10 5, 3.10, 0.10-4 8, 1.10-10
NP-235 M 5, 0.10, 0.10-4 4-10 2-10-10, 5-4, 5-11, 3.10
NP-236 M 5, 0.10-4 3, 0.10, 0.10-6 2-6 5, 0.10-4 1, 7.10-8
NP-236 M 5, 0.10-4 5, 0.10-9 3-5 9, 6.10, 0.10-4 1, 9.10-10
NP-237 M 5, 0.10-4 2, 1.10-5 1-5 5, 5.10, 0.10-4 1, 1.10-7
NP-238 M 5, 0.10, 0.10-4 2-9 1-9 5-10, 0-4 9, 1.10-10
NP-239 M 5, 0.10-0.10-4 9, 10 1, 1.10-5, 9-4 8, 0.10 0.10-10
NP-240 M 5, 0.10-4 8, 7.10-11 1, 3.10-5 10, 0.10-4 8, 2.10-11
plutonium
Pu-234 M 5, 0.10-4 1-1 8, 9.10, 6.10-8 5, 0-4 1-10
With 1, 0.10-5 2, 2.10-8 1-1 8, 8.10, 0.10-5 1, 5.10-10
1, 0.10-4 1, 6.10-10
Pu-235 M 5, 0.10-4 1, 5.10-12 2-5 12, 5.10, 0.10-4 2, 1.10-12
With 1, 0.10-5 1, 6.10, 6.10-12 2-12 1-5, 2-12, 1.10
1, 0.10-4 2, 1.10-12
Pu-236 M 5, 0.10-4 1, 8.10-5 1-5 5, 3.10, 0.10-4 8, 6.10-8
With 1, 0.10-5 9, 6.10-6, 4.10 7-6 1, 0.10-5 6, 3.10-9
1, 0.10-4 2, 1.10-8
Pu-237 M 5, 0.10-4 3, 3.10-10 2, 9.10-10 5, 0.10, 0.10-4 1-10
With 1, 0.10-5 3-3 10, 6.10, 0.10, 0.10-10 1-1 5, 0.10-10
1-4 1, 0.10 0.10-10
Pu-238 M 5, 0.10-4, 3.10-5 3, 5 5, 0.10-0.10-4 2, 3.10-7
With 1, 0.10-5 1, 5.10-5 1-1 5, 1.10, 0.10-5 8, 8.10-9
1, 4, 9.10-8
Pu-239 M 5, 0.10-4 4, 7.10, 2.10-5 3-5 5, 0-4 2, 5.10-7
With 1, 0.10-5 1, 5.10-5 8, 3.10-6 1-5 9, 0.10 0.10-9
1, 0.10-4 5, 3.10-8
Pu-240 M 5, 0.10-4 4, 7.10, 2.10-5 3-5 5, 0-4 2, 5.10-7
With 1, 0.10-5 1, 5.10-5 8, 3.10-6 1-5 9, 0.10 0.10-9
1, 0.10-4 5, 3.10-8
Pu-241 M 5, 0.10-4 8, 5.10-7 5, 8.10-7 5, 0.10-4 4, 7.10-9
With 1, 0.10-5 1, 6.10-7 8-8, 4.10 1, 0.10-5 1, 1.10-10
1, 0.10-4 9, 6.10-10
Pu-242 M 5, 0.10-4, 4.10 4-5 3-5 5, 1.10, 0.10-4, 4.10 2-7
With 1, 0.10-5 1, 4.10-5 7, 7.10-6 1, 0.10-5 8, 6.10-9
1-4 5, 0.10 0.10-8
Pu-243 M 5, 0.10-4 8, 2.10-11 1, 1.10-10 5, 0.10-4 8, 5.10-11
With 1, 0.10-5 8, 5.10-11 1-1 10, 1.10, 0.10-5 8, 5.10-11
1, 0.10-4 8, 5.10-11
Pu-244 M 5, 0.10-4, 4.10 4-5 3-5 5, 0.10, 0.10-4, 4.10 2-7
With 1, 0.10-5 1, 3.10-5 7, 4.10-6 1, 0.10-5 1, 1.10-8
1, 0.10-4 5, 2.10-8
Pu-245 M 5, 0.10-4 4-6 10, 5.10, 1.10-10 5, 0.10-4 7, 2.10-10
With 1, 0.10-5 4, 8.10-10 6, 5.10-1 10, 0.10-5 7, 2.10-10
1, 0.10-4 7, 2.10-10
Pu-246 M 5, 0.10-0.10-4 7, 9 6, 5.10-9 5, 0.10-4 3, 3.10-9
With 1, 0.10-5 7, 6.10-9 7, 0.10, 0.10-9 1-5 3, 3.10-9
1, 0.10-4 3, 3.10-9
americium
Am-237 M 5, 0.10-4 2, 5.10-11 3, 6.10-11 5, 0.10-4 1, 8.10-11
Am-238 M 5, 0.10-4 8, 5.10-6, 11-5, 11-4 3, 2.10-11
Am-239 M 5, 0.10-4 2, 2.10-10 2, 9.10-10 5, 0.10-4, 4.10 2-10
Am-240 M 5, 0.10-4, 4.10 4-10 5-5 10, 9.10, 0.10-4, 8.10 5-10
Am-241 M 5, 0.10-4 3, 9.10-5 2, 7.10-5 5, 0.10, 0.10-4 2-7
Am-242 M 5, 0.10-4 1-1 8, 6.10, 2.10-8 5, 0.10-4 3, 0.10-10
Am-242 m M 5, 0.10-4 3, 5.10-5 2, 4.10-5 5, 0-1 4, 9.10-7
Am-243 M 5, 0.10-4 3, 9.10-5 2, 7.10-5 5, 0.10, 0.10-4 2-7
Am-244 M 5, 0.10-4 1-1 9, 9.10, 5.10-9 5, 0.10-4 4, 6.10-10
Am-244m M 5, 0.10-4 7, 9.10, 11-6, 11-5, 2.10-0.10-4 2, 9.10-11
Am-245 M 5, 0.10-4 5-7 11, 3.10, 6.10-11 5, 0.10-4 6, 2.10-11
Am-246 M 5, 0.10-4, 8.10 6-11 1, 1.10-10 5, 0.10-4 5, 8.10-11
Am-246m M 5, 0.10-4 2, 3.10-11 3, 8.10-11 5, 0.10-3, 4.10 4-11
curium
Cm-238 M 5, 0.10-4 4, 1.10-9 4-5 9, 8.10, 0.10-4 8, 0.10-11
Cm-240 M 5, 0.10-4 2-6 2, 9.10, 3.10-6 5, 0.10-4 7, 6.10-9
Cm-241 M 5, 0.10-3, 4.10 4-8 2-5 8, 6.10, 0.10-4 9, 1.10-10
Cm-242 M 5, 0.10-4, 8.10-6 3-6 5, 7.10, 0.10-4 1, 2.10-8
The CM-5, 243 M 0.10-4 2-2 5, 9.10, 0.10, 0.10-5 5-4 1, 5.10-7
Cm-244 M 5, 0.10-4 2, 5.10-5 1-5 5, 7.10, 0.10-4 1, 2.10-7
Cm-245 M 5, 0.10, 0.10-4 4-5 2-5 5-10, 0.10-4 2, 1.10-7
Cm-246 M 5, 0.10, 0.10-4 4-5 2-5 5-10, 0.10-4 2, 1.10-7
Cm-247 M 5, 0.10-4 3, 6.10-5 2, 5.10-5 5, 0-1 4, 9.10-7
Cm-248 M 5, 0.10-4 1-4 9, 4.10, 5.10-5 5, 0.10-4 7, 7.10-7
Cm-249 M 5, 0.10-4 3, 2.10-11 5-5 11, 1.10, 0.10-4 3, 1.10-11
Cm-250 M 5, 0.10-4 7, 9.10-4, 4.10, 5-4 5, 0.10-4 4, 4.10-6
Berkelium
BK-245 M 5, 0.10, 0.10-4 2-9 1-5 9, 8.10, 0.10-4 5, 7.10-10
BK-246 M 5, 0.10-3, 4.10 4-10 4-5 10, 0.10-4, 8.10-10
BK-247 M 5, 0.10-4 6, 5.10-5 4, 5.10-5 5, 0.10-4 3, 5.10-7
BK-249 M 5, 0.10-4 1, 5.10-7 1,-0.10, 0.10-7 5 4 9, 7.10-10
BK-250 M 5, 0.10-4 9, 6.10-10 7, 1.10-10 5, 0.10-4, 4.10 1-10
californium
CF-244 M 5, 0.10-4 1, 3.10-8 1, 8.10-8 5, 0.10-4 7, 0.10-11
The CF-5, 246 M 0.10-4 4, 2.10-7 3-5 7, 5.10, 0.10-4 3, 3.10-9
The CF-5, 248 M 0.10-4 8, 2.10-6 6, 1.10-6 5, 0.10-4 2, 8.10-8
CF-249 M 5, 0.10-4 6, 6.10-5 4, 5.10-5 5, 0.10-4 3, 5.10-7
CF-250 M 5, 0.10-4 3, 2.10-5 2, 2.10-5 5, 0.10-4 1, 6.10-7
CF-251 M 5, 0.10-4 6, 7.10-5 4, 5 5, 6.10-0.10-4 3, 6.10-7
Cf-252 M 5, 0.10-4 1, 8.10-5 1-5 5, 3.10, 0.10-4 9, 0.10-8
CF-253 M 5, 0.10-4 1, 2.10-6 1-6 5, 0.10, 0.10-4, 4.10 1-9
The CF-5, 254 M 0.10-4 3, 7.10-5 2, 2.10-5 5, 0.10, 0.10-4 4-7
Einsteinium
EC-250 M 5, 0.10-4 5, 9.10-10 4-5 10, 2.10, 0.10-4 2, 1.10-11
EC-251 M 5, 0.10, 0.10-4 2-9 1-9 5-10, 0-4 1-10-10
EC-253 M 5, 0.10-4 2-2 6, 5.10, 1.10-6 5, 0.10-4 6, 1.10-9
ES-254 M 5, 0.10-4, 8-6 6 0.10, 0.10-6 5, 0.10-4 2, 8.10-8
EC-254m M 5, 0.10-4, 4.10 4-7 3-5 7, 7.10, 0.10-4 4, 2.10-9
fermium
FM-252 M 5, 0.10-0.10-4 3, 7 2, 6.10-7 5, 0.10-4 2, 7.10-9
FM-253 M 5, 0.10-4 3, 7.10-7 3-5 7, 0.10 0.10-4 9, 1.10-10
FM-254 M 5, 0.10-4 5-8 7, 6.10, 7.10-8 5, 0.10-4, 4.10 4-10
FM-255 M 5, 0.10-4 2-2 7, 5.10, 6.10-7 5, 0.10-4 2, 5.10-9
FM-257 M 5, 0.10-4 6, 6.10-6 5-6 5, 2.10, 0.10-4 1, 5.10-8
mendelevium
MD-257 M 5, 0.10-4 2, 3.10-8 2-5 8, 0.10, 0.10-4 1, 2.10-10
MD-258 M 5, 0.10-4 5, 5.10-6 4, 4.10-6 5, 0.10-4 1, 3.10-8
Table No. 5
Conversion factors for the conversion of the intake of radionuclides hing ingestion on
time effective dose for members of the public.
Conversion factors hing to receive the ingestion are listed depending on the
the type of absorption in the digestive tract. The parameters for each
chemicals and compounds are listed in table 2 of this annex.
Conversion factors are listed for the age group under 1 year, 1 to 2
years 2 to 7 years, 7-12 years, 12 to 17 years of age and older for 17 years, which is the
conversion factor for those adults.
---------------------------------------------------------------------------------------------------------------------
element of the age 1 year f1 < hing [Sv/Bq]
Nuclide
-------------------- ---------------------------------------------------------------
F1 hing > 1 year 1-2 2-7 7-12 12-17 > 17
(adult)
---------------------------------------------------------------------------------------------------------------------
hydrogen
H-3 (water) 1.000 6, 4.10-11 1.000 4, 8.10-11 3, 1.10-11 2, 3.10-11 1-1 11, 8.10, 8.10-11
H-3 1.000 1, 2.10-10 1.000 1, 2.10-10 7, 3.10-5, 11-4, 11-10 2.10-11, 4-11, 2.10
(organically-bound tritium)
beryllium
Be-7 0.020 1, 8.10-1, 3.10 0.005 10-10, 7-11 5-10, 11-3, 3.10 5.10-11 2, 8.10-11
The be-10 0.020 1-8, 4.10 0.005 8, 0.10-9 4, 1.10-9 2, 4.10, 4.10-9 1-1 9, 1.10-9
carbon
C-11-2, 1.000 10 1.000 1, 5.10-10 7, 3.10-4, 3.10-11 11 3, 0.10-11 2, 4.10-11
C-2 1.000 1, 4.10-9 1.000 1, 6.10-9 9-10 9, 9.10, 0.10-10 5-5 10, 7.10, 8.10-10
fluorine
F-18 1.000 5, 2.10-10, 1.000 3, 0.10-10 1, 5.10-10 9, 1.10-11 6-11, 2.10 4, 9.10-11
sodium
On-22 1.000 2, 1.10-8 1.000 1.5x10-8 8, 4.10, 5.10-9 5-9 3-3 9, 7.10, 2.10-9
On-24-3, 1.000 5.10 9 1.000 2, 3.10-9 1, 2.10-9 7, 7.10, 2.10-10 5-10 4-10, 3.10
magnesium
Mg-28 1.000 1, 2.10-8, 4.10 0.500 1-8 7-9 4, 4.10, 5.10-9 2-2 9, 7.10, 2.10-9
aluminum
Al-26 0.020 3, 4.10-8 0.010 2, 1.10-8 1, 1.10-8 7, 1.10-9 4-9-3, 3.10, 5.10-9
Silicon
SI-31 0.020 1, 9.10-9 0.010 1, 0.10-9 5, 1.10-10 3, 0.10-10 1-1 10, 8.10, 6.10-10
SI-32 0.020 7, 3.10-9 0.010 4, 1.10-9 2, 0.10-9 1, 2.10-9 7, 0.10-10 5, 6.10-10
phosphorus
P-32 1.000 3, 1.10-8, 9.10 0.800 1-8, 4.10 9-9 5-9-3, 3.10, 1.10-9 2, 4.10-9
P-33 1.000 2, 7.10-9 0.800 1, 8.10-9 9, 1.10-10 5, 3.10-10 3, 1.10-10 2, 4.10-10
sulphur
S-35-1, 3.10 0.800 9 0.800 8, 7.10-4, 4.10-10 10 2, 7.10-10 1-1 10, 3.10-10
S-35 1.000 7, 7.10-1.000 5, 4.10 9-2, 9-10-9, 9-1 9-10 7, 5.10, 7.10-10
chlorine-free
CL-36 1.000 9, 8.10-9 1.000 6, 3.10-9, 2.10 3-9 1-1 9, 9.10, 2.10-9 9, 3.10-10
CL-38 1.000 1, 4.10-9 1.000 7, 7.10-10 3, 8.10-10 2, 2.10-10 1-1 10, 5.10, 2.10-10
CL-1.000 9, 39-10-10 1.000 5, 5.10-2, 10-10-10 1-1 10, 1.10-10 8, 5.10-11
potassium
K-40 1.000 6, 2.10-8 1.000 4, 2.10-8 2, 1.10-8 1, 3.10-8 7, 6.10-9 6, 2.10-9
K-42 1.000 5, 1.10-9 1.000 3, 0.10-9 1, 5.10-9 8, 6.10-10 5, 4.10-4, 3.10 10-10
K-2, 3.10 43 1.000-1.000 1, 4.10 9-7, 9-4, 10-10-10 3-10, 2-10, 5.10.
K-1 1.000 44, 0.10-9 1.000 5, 5.10-2, 10-10-10 1-1 10, 1.10-10 8, 4.10-11
K-45 6, 2.10-1.000 10 1.000 3, 5.10-1, 10-10-10 9-11, 9.10, 8.10 6-11 5-11, 4.10
calcium
CA-41 0.600 1, 2.10-9 0.300 5, 2.10-10 3, 9.10-10 4-5 10, 8.10, 0.10-10 1, 9.10-10
CA-45 0.600 1, 1.10-8, 9.10 0.300 4-9 2-9 1-1 9, 8.10, 3.10-9 7, 1.10-10
CA-47 0.600 1, 3.10-8 0.300 9, 3.10-9 4-9 3, 9.10, 0.10-9 1-1 9, 8.10, 6.10-9
scandium
SC-0.001 43 1, 8.10-9 1, 0.10-4 1, 2.10-9 6, 1.10-10 3-10-10, 2-10-1, 3.10, 9.10-10
SC-44 0.001 3, 5.10-9 1, 0.10-4 2, 2.10-9 1, 2.10-9 7, 1.10-10 4, 4.10, 5.10-10 3-10
SC-44 m 2, 4.10 0.001-8 1, 0.10-4 1, 6.10-8 8-9 5, 3.10, 1.10-9 3, 1.10-9 2, 4.10-9
SC-46 1 0.001, 1.10-8 1-4 7, 0.10 to 9.10-4, 4.10 9-9 2, 9.10-9 1-1 9, 8.10, 5.10-9
SC-47 0.001 6, 1.10-9 1-4 3, 0.10 to 9.10-9 2, 0.10-9 1, 2.10-9 6, 8.10-10 5, 4.10-10
SC-48 0.001 1, 3.10-8 1-4 9, 0.10, 3.10-9 5, 1.10-9 3, 3.10-9 2, 1.10-9 1, 7.10-9
SC-1 0.001 49, 0.10, 0.10-9 1-4 5, 7.10-10 2, 8.10-10 1-1 10, 0.10-10 8, 2.10-11
Titan
TI-44 0.020 5, 5.10-8 0.010 3, 1.10-8 1-1 8, 7.10, 1.10-8 6-9 5, 9.10, 8.10-9
TI-0.020 45 1, 6.10-9 9, 0.010 8.10-10 5, 0.10-10 3, 1.10-10 1-1 10, 9.10, 5.10-10
vanadium
V-47 0.020 7, 3.10-10 0.010 4, 1.10-10 2, 0.10-10 1, 2.10-10, 8-11, 6-11, 3.10
V-48 0.020 1.5x10-8 0.010 1, 1.10-8 5, 9.10-9 3, 9.10-9 2-2 9, 5.10, 0.10-9
In-49 0.020 2, 2.10-10, 4.10-0.010 1 10 6 11 4, 9.10-0.10-11 2, 3.10-11 1, 8.10-11
chrome
CR-48 0.200, 4.10-1 9 9 0.100, 9.10-10 5, 7.10-10 3, 8.10-10 2-2 10, 5.10, 0.10-10
0.020 1, 4.10-9 0.010 9, 9.10-10 5, 7.10-10 3, 8.10-10 2-2 10, 5.10, 0.10-10
CR-49 0.200, 8.10 6-10 0.100 3, 9.10-10 2, 0.10-10 1, 1.10-10 7-10-11, 6-11, 1.10
0.020 6-10, 8.10, 9.10 0.010 3-10 2-10, 1-10 7, 1.10, 7.11-11 6, 1.10-11
CR-51 0.200 3, 5.10-10 0.100 2, 3.10-10 1, 2.10-10 7, 8.10-11 4, 8.10-11 3, 8.10-11
0.020 3, 3.10-10 0.010 2, 2.10-10 1, 2.10-10, 5.10 7-11 4-11 3, 6.10, 7.10-11
manganese
MN-1 51 0.200, 1.10-9 0.100 6, 1.10-10 3, 0.10-10 1-1 10, 8.10, 2.10-10 9, 3.10-11
MN-52 0.200 1, 2.10-8 0.100, 8.10-8 9 5, 1.10-3, 4.10 9-9 2, 2.10-9 1, 8.10-9
MN-52 0.200, 8.10 7-10 0.100 4, 4.10-10 2, 2.10-1, 3.10-10 10 8, 8.10, 9.10, 11-6-11
MN-53 4 0.200, 1.10-10 0.100 2, 2.10-10 1, 1.10-10 6, 5.10-11 3-3 11, 7.10, 0.10-11
MN-54 0.200, 4.10, 5-9, 1.10 0.100 3-9 1-1 9, 9.10, 3.10-9 8-10-10, 7-10, 1.10
MN-56 0.200 2, 7.10-9 0.100 1 7.10-9 8, 5.10-10 5, 1.10, 2.10-10 3-10 2-10, 5.10.
iron
Fe-52 0.600 1, 3.10-8 0.100 9, 1.10-9 4, 6.10-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
Fe-0.600 7 55, 6.10-9 0.100, 4.10 2-9 1-1 9, 7.10, 1.10-9 7-10-10, 3-10, 3.10
Fe-59 0.600 3, 9.10-8 0.100 1, 3.10-8 7, 5.10-9 4-9 3-10, 1.10-9 1, 8.10-9
Fe-60 0.600 7, 9.10-7 0.100 2, 7.10, 7.10-7 2-2 7, 5.10-7 2, 3.10, 1.10-7 1-7
cobalt
Co-55 0.600 6, 0.10-9 0.100 5, 5.10-9 2, 9.10-9 1, 8.10-9 1-1 9, 1.10, 0.10-9
Co-56 0.600 2, 5.10-8 0.100 1.5x10-8 8, 8.10-9 5-9, 8.10 3, 8.10-9 2, 5.10-9
Co-57 0.600 2, 9.10-9 0.100 1, 6.10-9 8, 9.10-10 5, 8.10-10 3-10-10, 2-10, 1.10
Co-58 0.600 7, 3.10-4, 4.10 0.100 9-2, 9-1, 9-10-9, 1-9, 1.10, 4.10 7-10
Co-58 m 2, 0.600 0.10-10 0.100 1.5x10-10 7, 8.10-11 4, 7.10-11 2-2 11, 8.10, 4.10-11
Co-60 0.600 5-8, 4.10 0.100 2, 7.10, 7.10-8 1-1 8, 1.10-8 7, 9.10-3, 4.10 9-9
Co-60 m 2, 2.10 0.600-0.100 1, 2.10 11-5, 11-10-12 3, 2.10-12 2, 2.10-1, 12-12-10
Co-61 0.600 8, 2.10-10, 1.10 0.100 5-10 2-10-1, 5.10, 4.10-10 9, 2.10-7 11, 4.10-11
Co-62 m 0.600 5, 3.10-10 0.100 3, 0.10-10 1, 5.10-10 8-10-11, 6-11, 4-10-11
nickel
NI-56 0.100 5, 3.10-9 0.050 4 0.10-9 2, 3.10-9 1-1 9, 6.10, 1.10-9 8, 6.10-10
NI-57 0.100 6-9, 8.10, 9.10 0.050 4-9 2-10-9, 1-10-9 1-9 8, 1.10, 7.11-10
NI-6, 4.10 0.100 59-10 0.050 3, 4.10-10 1-1 10, 9.10, 1.10-10 7, 3.10, 3.10-11 6-11
NI-63 0.100 1, 6.10-9 0.050 8, 4.10-10 4, 6.10-10 2, 8.10-10 1-1 10, 8.10, 5.10-10
NI-65 0.100 2, 1.10-9, 3.10 0.050 1-9 6-10 3, 3.10, 8.10-10 2, 3.10-10 1, 8.10-10
NI-0.100 66 3, 3.10-8 0.050 2, 2.10-8 1, 1.10-8 6, 6.10-9 3-3 9, 7.10, 0.10-9
copper
CU-60 1.000 7, 0.10-10 0.500 4, 2.10-10 2, 2.10-10 1, 3.10-10 8-11 7, 9.10, 0.10-11
CU-61 1.000 7, 1.10-10 0.500 7, 5.10-10 3, 9.10-10 2, 3.10-10 1-1 10, 5.10, 2.10-10
CU-1.000 5 64, 2.10-10, 3.10 0.500 8-10 4-10 2, 2.10, 5.10-10 1-1 10, 5.10, 2.10-10
CU-67 1.000 2, 1.10-9 0.500 2, 4.10-9 1, 2.10-9 7, 2.10-10 4, 2.10-10 3, 4.10-10
zinc
Zn-62 1.000 4, 2.10-9 0.500 6, 5.10-9 3-9-2, 3.10, 0.10-9 1, 2.10-9 9, 4.10-10
Zn-63 1.000 8, 7.10-10 0.500 5, 2.10-10, 2-10 1-1 10, 5.10, 0.10-10 7, 9.10-11
Zn-65 1.000 3-8, 6.10, 6.10 0.500 1-8 9-10-9, 6-9 4, 4.10, 5.10-9 3, 9.10-9
Zn-69 1.000 3, 5.10-10 0.500 2, 2.10-10 1, 1.10-10 6, 0.10-11 3-3 11, 9.10, 1.10-11
Zn-69m 1.000 1-9, 3.10, 3.10 0.500 2-9 1-9, 2.10, 0.10-10 7 4, 1.10-10 3, 3.10-10
Zn-71 m 1.000 1, 4.10-9 0.500 1, 5.10-9 7-10-4, 8.10, 8.10-10 3, 0.10-10 2, 4.10-10
Zn-72 1.000 8-10-9 0.500 8, 6.10-9 4, 5.10-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
galium
GA-4, 3.10 0.010 65-10 0.001 2, 4.10-1, 2.10 10-10 6-11, 4, 9.10, 7.10, 7.10 3-11-11
GA-66 0.010 1, 2.10-8 0.001 7, 9.10-9 4, 0.10-9 2, 5.10-9 1-1 9, 5.10, 2.10-9
GA-67 0.010 1, 8.10-9 0.001 1, 2.10-6, 4.10 9-10 4 0.10-10 2, 4.10-1 10, 9.10-10
GA-68 0.010 1, 2.10-9 0.001 6, 7.10-10 3, 4.10-10 2, 0.10-10 1-1 10, 3.10, 0.10-10
GA-70 0.010 3, 9.10-10 0.001 2, 2.10, 0.10-10 1-5, 9.10-10 11 4, 0.10-11 3, 1.10-11
GA-72 0.010 1, 0.10-8 0.001 6, 8.10-9 3, 6.10-9 2, 2.10-9 1-1 9, 4.10, 1.10-9
GA-73 0.010 3, 0.10-9 1 0.001, 9.10-9 9, 3.10-10 5, 5.10-10 3, 3.10-10 2, 6.10-10
germanium
GE-66 1.000 8-10, 3.10, 3.10-1.000 5 10 2, 9.10-10 1 9.10-10 1-1 10, 3.10, 0.10-10
GE-7.10 1.000 7, 67-10 1.000 4, 2.10-10, 1.10-2 10 1, 2.10-10, 8-11, 2.10 6, 5.10-11
GE-68 1.000 1, 2.10-8 8, 1.000 0.10-9 4, 2.10-9 2, 6.10, 6.10-9 1-1 9, 3.10-9
GE-69 1.000 2, 0.10-9 1.000 1, 3.10-9 7, 1.10-10 4-10 3, 6.10, 0.10-10 2, 4.10-10
GE-71 1.000 1, 2.10-10, 1.000 7 8.10-11 4, 0.10-11 2, 4.10, 5.10-11 1-1 11, 2.10-11
GE-75 5, 5.10-1.000 10 1.000 3, 1.10-10 1, 5.10-10 8-11 5-10, 11-4, 9.10-6.10-11
GE-77 1.000 3, 0.10-9 1.000 1, 8.10, 9.10-9 9-10 6, 2.10-10, 1.10-4 10 3, 3.10-10
GE-78 1.000 1, 2.10-9 1.000 7, 0.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 5.10, 2.10-10
arsenic
As-69 1.000 6, 6.10-10 3 0.500, 7.10-10 1-1 10, 8.10, 1.10-10 7, 2.10-11, 5-11-10
As-70 1.000 1, 2.10 7 0.500-9, 10-4, 8.10-1.10-10 2, 5.10-1, 10-10-10 1, 3.10-10
As-71 1.000 2, 8.10-9 0.500 2, 8.10-9 1, 5.10-9 9, 3.10-5, 10-4, 10-10-10
As-72 1.000 1, 1.10-8 0.500 1, 2.10-8 6, 3.10-9 3, 8.10-2, 3.10-9 9 1, 8.10-9
As-73 1.000 2, 6.10-9 0.500 1, 9.10-9 9, 3.10-10 5, 6.10-10 3, 2.10-10, 2-10
As-74 1.000 1, 0.10-8 0.500 8, 2.10-9, 3.10-4 9 2, 6.10, 6.10-9 1-1 9, 3.10-9
As-76 1.000 1, 0.10-8 0.500 1, 1.10-8 5, 8.10-3, 4.10 9-9 2, 0.10-9 1, 6.10-9
As-77 1.000 2, 7.10-9 0.500 2, 9.10-9 1, 5.10-9 8-10-10, 5, 10 4 0.10-0.10-10
As-78 2, 1.000 0.10-9 0.500 1, 4.10-9 7, 0.10-10 4, 1.10-10 2-2 10, 7.10, 1.10-10
Selenium
SE-70 1.000 1, 0.10-9 0.800 7, 1.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 5.10, 2.10-10
-1.000 1, 73 6.10-9 0.800 1, 4.10-9 7, 4.10, 8.10-10 4-10 2-2 10, 5.10, 1.10-10
A-73, 1.000 2 6.10-10 0.800 1, 8.10-10 9, 5.10-11 5-11 3, 9.10, 5.10-11 2, 8.10-11
SE-75 1.000 2, 0.10-8 0.800 1, 3.10, 3.10-8 8-9 6-9, 3-9, 1.10 2, 6.10-9
SE-79 4 1.000, 1.10-8 0.800 2, 8.10, 9.10-8 1-1 8, 4.10-8 4, 1.10-9 2, 9.10-9
Is-3, 4.10 1.000 81-10, 9.10 0.800 1-10 9, 0.10-11 5, 1.10-3, 4.10-11 11 2, 7.10-11
The 1.000-ft-6, 0.10-10 0.800 3, 7.10-10 1-1 10, 8.10, 1.10-10 6, 7.10-11 5, 3.10-11
-83 1.000 4, 6.10-10 0.800 2, 9.10-10 1, 5.10-10 8, 7.10-11 5-11, 4, 9.10, 7.10-11
bromine
BR-74 9, 1.000 10 1.000 0.10-5, 2.10-10, 2-10 1-1 10, 5.10, 1.10-10 8, 4.10-11
BR-74 m 1.000 1, 5.10-9 1.000 8, 5.10-10 4-10 2, 3.10, 5.10-1, 10-10-10 1, 4.10-10
BR-75 1.000 8, 5.10 10 1.000-4, 9.10-10 2, 5.10-10 1, 5.10-10 9-11 7, 9.10, 9.10-11
BR-76 1.000 4, 2.10-9 1.000 2, 7.10-9 1-9 8, 4.10, 7.10-10 5, 6.10, 6.10-10 4-10
BR-77 6, 3.10-1.000 10 1.000-4, 4.10, 5.10 10 2-10 1-1 10, 7.10, 1.10-10 9, 6.10-11
BR-80 1.000 3, 9.10-10 1.000 2, 1.10-10 1 0.10-10 5, 8.10, 9.10-11 3-3 11, 1.10-11
BR-80 m 1.000 1, 4.10-9 1.000 8, 0.10-10 3, 9.10-10 2, 3.10-10 1-1 10, 4.10, 1.10-10
BR-82 1.000 3, 7.10-9 1.000 2, 6.10-9 1, 5.10-9 9, 5.10-10 6, 4.10, 4.10, 5-10-10
BR-83 1.000 5, 3.10-10 1.000 3, 0.10-10 1-10 8, 4.10, 3.10-11 5, 5.10-11 4, 3.10-11
BR-84 1.000 1, 0.10-9 1.000 5, 8.10-10 2, 8.10-10 1-1 10, 1.10-10 8, 8.10-11
Rubidium
RB-79 1.000 5, 7.10-10 1.000 3, 2.10-10, 1-10 9, 2.10-11 6, 3.10-11 5, 0.10-11
RB-81 5, 4.10-1.000 10 1.000 3, 2.10-10 1-1 10, 0.10-10 6, 7.10-11 5, 4.10-11
RB-1.000 ft-1, 1.10-10 1.000 6, 2.10-11 3, 1.10-11 1-1 11, 8.10, 2.10-11 9-12, 7.10
RB-82 m 1.000 8-10-10 1.000 5, 9.10-10 3, 4.10-10 2, 2.10-10 1-1 10, 5.10, 3.10-10
RB-83 1.000 1, 1.10-8 8, 4.10-1.000 9 4, 9.10-9 3, 2.10-9 2, 2.10-9 1-9, 9.10
RB-84 2, 1.000-1.000 1, 4.10 8-8 7, 9.10-9 5-9, 3-9, 3.10 2, 8.10-9
RB-86 1.000 3 1.000, 1.10-8 2, 0.10-8 9-9 5, 9.10, 9.10-9 3, 5.10-9 2, 8.10-9
RB-87 1.000 1.5x10-8 1.000 1, 0.10-8 5, 2.10-9 3, 1.10-9 1-1 9, 8.10, 5.10-9
RB-88 1.000 1, 1.10-9 1.000 6, 2.10, 0.10-10 3-10 1-1 10, 7.10, 2.10, 0.10-10 9-11
RB-89 5, 4.10-1.000 10 1.000 3, 0.10-10 1, 5.10-10 8, 6.10-11 5-11, 4, 9.10, 7.10-11
strontium
SR-80 0.600, 7.10 3-9, 3.10 0.300 2-9 1-9, 1.10 6, 5.10, 2.10-10 4-10 3-10, 4.10
SR-8, 4.10 0.600 81-10 0.300 4, 9.10-10 2, 4.10, 4.10-10 1-10 9, 6.10-11, 7-11-10
SR-82 0.600 7, 2.10-8 0.300 4, 1.10-8 2, 1.10-8 1, 3.10-8 8-10-9, 6-9, 1.10
SR-83-3, 4.10 0.600 9 0.300 2, 7.10-9 1-9, 4.10 9, 1.10-10 5-10-10, 4, 9.10-10
SR-85 0.600 7, 7.10-9 0.300 3, 1.10-9 1-1 9, 7.10, 5.10-9 1-9, 3.10 5, 6.10-10
SR-85 m 0.600 4, 5.10-11 0.300 3, 0.10-11 1-1 11, 7.10, 1.10-11 7 8.10-12 6, 1.10-12
SR-87 m 2, 4.10 0.600-10 0.300 1 7.10-10 9, 0.10-11 5, 6.10, 6.10-11 3-3 11, 0.10-11
SR-89 0.600 3, 6.10-8 0.300 1, 8.10, 9.10-8 8-9 5-9-4, 8.10, 0.10-9 2, 6.10-9
SR-90 0.600 2, 3.10-7 0.300 7, 3.10-8 4-8 6, 7.10, 0.10, 0.10-8 8-8 2, 8.10-8
SR-91 0.600 5, 2.10-9 0.300 4 0.10-9 2, 1.10, 2.10-9 1-9 7-10-6, 4.10, 5.10-10
SR-3, 4.10 0.600 92-9 0.300 2, 7.10-9 1-9 8, 4.10, 2.10-10 4-4 10, 8.10, 3.10-10
yttrium
Y-86 0.001 7, 6.10-9 1, 0.10-4 5, 2.10-9 2, 9.10-9 1-1 9, 9.10, 2.10-9 9, 6.10-10
Y-86 m 0.001 4, 5.10-10 1-4 3, 0.10, 1.10-10 1-1 10, 7.10, 1.10-10 7, 1.10-11 5, 6.10-11
Y-87 0.001 4, 6.10-9 1-4 3, 0.10, 2.10-9 1-1 9, 8.10, 1.10-9 7, 0.10-10 5, 5.10-10
Y-88 0.001 8, 1.10-9 1-4 6, 0.10 0.10-9 3, 5.10-9 2, 4.10-9 1-1 9, 6.10, 3.10-9
Y-90, 1.10 0.001 3-8 1-2 4, 0.10 0.10-8 1, 0.10-8 5, 9.10-9 3, 3.10-9 2, 7.10-9
Y-90 m 1 0.001, 8.10-9 1, 0.10-4 1, 2.10-9 6-10 3, 1.10, 7.11-10 2, 2.10-10, 1-10-10
Y-91 0.001 2, 8.10-8 1, 0.10-4 1, 8.10-8 8-9 5, 8.10, 2.10-9 2-2 9, 9.10, 4.10-9
Y-91 m 0.001 9, 2.10-1, 11-4 6 0.10, 0.10-11 3, 3.10-11 2, 1.10-11 1-1 11, 4.10, 1.10-11
Y-92 0.001 5, 9.10-9 1-4 3, 0.10 to 6.10-9 1-1 9, 8.10, 0.10-9 6, 2.10-10 4, 9.10-10
Y-93 1 0.001, 4.10-8 1-4 8, 0.10 to 5.10-9 4-9-2, 3.10, 5.10-9 1-1 9, 4.10, 2.10-9
Y-94 0.001 9, 9.10-10 1-4 5, 0.10 to 5.10-2, 10-10-10 1-1 10, 5.10, 0.10-10 8, 1.10-11
Y-95 0.001 5, 7.10-10 1-4 3, 0.10, 1.10-10 1, 5.10-10 8-11 5-10, 11-4, 9.10-6.10-11
zircon
ZR-86 0.020 6, 9.10-9 0.010 4, 8.10-9 2, 7.10, 7.10-9 1-1 9, 1.10-9 8, 6.10-10
ZR-88 0.020 2, 8.10-9 0.010 2, 0.10-9 1-9 8, 2.10, 0.10-10 5, 4.10, 5.10-10 4-10
ZR-0.020 89 6, 5.10-9 0.010 4, 5.10-9 2, 5.10-9 1, 6.10-9 9, 9.10-10 7, 9.10-10
ZR-93 0.020 1, 2.10-9 0.010 7, 6.10-10 5-5 10, 1.10, 8.10-10 8, 6.10-10 1, 1.10-9
ZR-95 0.020 8, 5.10-9 0.010 5, 6.10-9 3, 0.10-9 1-1 9, 9.10, 2.10-9 9, 5.10-10
ZR-97 0.020 2, 2.10-8 0.010 1-8, 4.10 7, 3.10-4, 4.10 9-9 2-2 9, 6.10, 1.10-9
niobium
NB-88 0.020 6, 7.10-10 0.010 3, 8.10, 9.10-10 1-1 10, 1.10-10 7, 9.10, 11-6, 3.10-11
NB-89 0.020 3, 0.10-9 0.010 2, 0.10, 0.10-9 1-9 6, 0.10-10 3, 4.10-2, 10-10-10
NB-89 0.020 1.5x10-9 8 0.010, 7.10-4, 4.10-10 10 2, 7.10-10 1-1 10, 8.10, 4.10-10
NB-90 0.020 1, 1.10-8 0.010 7, 2.10-9 3-9, 2, 9.10, 5.10-9 1-1 9, 6.10, 2.10-9
NB-93 m 0.020 1.5x10-9 0.010 9, 1.10-10 4, 6.10-10 2, 7.10-10 1-1 10, 5.10, 2.10-10
NB-94 0.020 1.5x10-8 0.010 9-10-9, 5-9, 3.10, 4.10 3-9 2-9, 1.10 1 7.10-9
NB-95 0.020 4, 6.10-9 0.010 3, 2.10-9 1-1 9, 8.10, 1.10-9 7-10 5, 4.10, 8.10-10
NB-95, 4.10 0.020 6-9 0.010 4, 1.10-9 2, 1.10, 2.10-9 1-9 7, 1.10-10 5, 6.10-10
NB-96 0.020 9, 2.10-9 0.010 6, 3.10-3, 4.10 9-9 2, 2.10-9 1-1 9, 4.10, 1.10-9
NB-97 0.020 7, 7.10-10 0.010 4, 5.10-10 2, 3.10, 3.10-10 1-10 8-10-11, 6-11, 8.10
NB-98 0.020 1, 2.10-9 0.010 7, 1.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 4.10, 1.10-10
molybdenum
MO-90 1.000 1, 7.10-9 1.000 1, 2.10-9, 3.10-6 10 4 0.10-10 2-2 10, 7.10, 2.10-10
MO-93 1.000 7, 9.10-9 1.000 6-9 5, 9.10, 0.10-0.10-9-4, 9-3, 4.10 9 3, 1.10-9
MO-93 m 8, 1.000 10 1.000 0.10-5, 10-3, 4.10-1.10-10 2, 0.10-10 1-1 10, 4.10, 1.10-10
MO-99 1.000 5, 5.10-9 1.000 3, 5.10-9 1-1 9, 8.10, 1.10-9 7, 6.10-10 6, 0.10-10
MO-101-4, 8.10 1.000 10 1.000 2, 7.10-10 1, 3.10-10 7, 6.10-11 5-11, 2.10 4, 1.10-11
Technetium
TC-93 1.000 2, 7.10-10 0.500 2, 5.10-10 1, 5.10-10 9, 8.10-11 6, 8.10-11 5, 5.10-11
TC-93 m 2, 1.000 0.10-10 0.500 1-10 7, 3.10, 3.10-4, 11-3, 11-2, 11 2.10 5.10-11
TC-94 1.000 1, 2.10-9 0.500 1, 0.10-9 5-10 3, 8.10, 7.10-10 2-2 10, 5.10, 0.10-10
TC-94m 1.000 1, 3.10-9 0.500 6, 5.10-10 3, 3.10-1 10, 9.10-10 1-1 10, 3.10, 0.10-10
TC-95 1.000 9, 9.10-10 0.500 8, 7.10-10 5, 0.10-10 3-10-2, 3.10, 3.10-10 1, 8.10-10
TC-95 1.000 4, 7.10-9 0.500 2, 8.10-1, 9-1, 9-7, 9-10 5, 6.10-10
TC-96 1.000 6, 7.10-9 0.500 5, 1.10-9, 3-9, 2-9, 1-9-1, 4.10, 1.10-9
TC-1.000 1, 96 m 0.10-10 0.500 6, 5.10.-6.10-11 3, 11 2, 3.10-11 1-1 11, 2.10-11
TC-97 1.000 9, 9.10-10 0.500 4, 9.10-10 2, 4.10, 4.10-10 1-10 8, 8.10-11 6, 8.10-11
TC-97m 1.000 8-10-9, 1.10 0.500 4-9 2-9, 1-9, 1.10 7, 0.10-10 5, 5.10-10
TC-98 1.000 2, 3.10-8 0.500 1, 2.10-8 6, 1.10-9 3, 7.10-9 2-2 9, 5.10, 0.10-9
The TC-99 1.000 1, 0.10-8 0.500 4, 8.10-9 2, 3.10, 3.10-9 1-9 8, 2.10-10 6, 4.10-10
TC-99 m 2 1.000, 0.10-10 0.500 1, 3.10-10 7, 2.10-11 4, 3.10-11 2-2 11, 8.10, 2.10-11
TC-101 1.000 2, 4.10-10 0.500 1, 3.10-10 6, 1.10-11 3, 5.10-11 2, 4.10-11 1, 9.10-11
TC-104 1.000 1, 0.10-9, 3.10 0.500 5-10 2-10 1-1 10, 5.10, 0.10, 0.10-10 8-11
Ruthenium
Ru-94 0.100 9, 3.10-10 0.050 5, 9.10-10 3, 1.10-10 1-1 10, 9.10, 2.10-10 9, 4.10-11
Ru-97 0.100 1, 2.10-9 0.050 8, 5.10-10 4-10 3-10, 0.10-10 1-1 10, 9.10, 5.10-10
Ru-103 0.100 7, 1.10-9 0.050 4, 6.10-9 2, 4.10, 5.10-9 1-9 9, 2.10-10 7, 3.10-10
Ru-105 0.100 2, 7.10-9 0.050 1, 8.10-9 9, 1.10-10 5, 5.10-10 3, 3.10-10 2, 6.10-10
Ru-106 0.100 8, 4.10-0.050 4, 9.10 8-8 2, 5.10-8 1, 5.10-8 8, 6.10-9 7, 0.10-9
Rhodium
RH-99 0.100 4, 2.10-9 0.050 2, 9.10, 6.10-9 1-1 9, 0.10-9 6, 5.10-10 5, 1.10-10
RH-99 m 0.100 4, 9.10-10 0.050 3, 5.10-10 2, 0.10-10 1, 3.10, 3.10-10 8-11, 6-11
RH-100 0.100 4, 9.10-9 0.050 3, 6.10-9 2, 0.10-9 1-9 8, 4.10, 8.10-10 7, 1.10-10
RH-101 0.100 4, 9.10-9 0.050 2, 8.10-1, 9-1, 9-6, 9-10-10 5, 5.10-10
RH-101m 0.100 1 7.10-9 0.050 1, 2.10-9 6-10 4, 8.10, 4.10, 8.10-10 2-2 10, 2.10-10
RH-102 0.100 1-8, 9.10 0.050 1, 0.10-8, 4.10 6-9 4-9-3, 3.10, 0.10-9 2, 6.10-9
RH-102 m 0.100 1, 2.10-8, 4.10 0.050 7-9 3-9, 2, 9.10, 4.10, 4.10-9 1-1 9, 2.10-9
RH-103 m graphics 0.100 4, 7.10-11 0.050 2, 7.10-11 1, 3.10-4.10-11 7 12 4, 8.10-12 3, 8.10-12
RH-105 0.100 4 0.10-9 0.050 2, 7.10-9 1, 3.10-9 8-10 4 0.10, 6.10-10 3, 7.10-10
RH-106m 0.100 1, 4.10-9 9, 0.050 7.10-10 5, 3.10, 3.10-10 3-10 2-10, 1-10
RH-107 0.100 2, 9.10-10 0.050 1, 6.10-10 7, 9.10, 11-4, 11-3, 5.10, 1.10-11 2, 4.10-11
Palladium
PD-100, 4.10 0.050 7-9 0.005 5, 2.10-9 2, 9.10-9 1-1 9, 9.10, 2.10-9 9, 4.10-10
PD-101 0.050 8, 2.10-10 0.005 5, 7.10, 1.10-10 3-10 1-1 10, 9.10, 2.10-10 9, 4.10-11
PD-103 0.050 2, 2.10-9 0.005 1, 4.10-9 7, 2.10-10, 3.10-4 10 2, 4.10-1 10, 9.10-10
PD-107 0.050 4, 4.10-10 0.005 2, 8.10-10 1 10 8, 4.10-1.10-4, 11-3, 11-10-11
PD-109 0.050 6, 3.10-9 0.005 4, 1.10-9 2, 0.10-9 1, 2.10-9 6, 8.10-10 5, 5.10-10
Silver
AG-102 0.100 4, 2.10-10, 4.10-0.050 2 10 1, 2.10-10 7, 3.10-5, 11-4, 11 0.10 0.10-11
AG-103 0.100 4, 5.10-10 0.050 2, 7.10-10 1 10-8, 4.10, 3.10-11 5, 5.10-11 4, 3.10-11
AG-104 0.100 4, 3.10-10 0.050 2, 9.10-10 1-1 10, 7.10, 1.10-10 7, 5.10-11 6, 0.10-11
AG-104 m 0.100 5, 6.10-10 0.050 3, 3.10-10 1-1 10, 7.10, 0.10-10 6, 8.10-11 5, 4.10-11
AG-105 0.100 3, 9.10-9 0.050 2, 5.10-9 1-9, 4.10 9, 1.10-10 5, 9.10-10 4-10-10
AG-106 0.100, 7.10 3-10 0.050 2, 1.10-10 1 10 6, 0.10-0.10-11, 4-11, 1.10, 2.10 3-11
AG-106m 0.100 9, 7.10-9 0.050 6, 9, 4, 9.10-1.10-9 2, 8.10-9 1-1 9, 8.10, 5.10-9
AG-108 m 2 0.100, 1.10-8 0.050 1, 1.10-8 6, 5.10-9 4, 3.10-9 2-2 9, 8.10, 3.10-9
AG-110 m 2, 4.10-0.100 8 0.050 1-8, 4.10, 8.10 7-9 5-9, 2.10 3, 4.10, 8.10-9 2-9
AG-111 0.100 1-8, 4.10 0.050 9, 3.10-4, 9-2, 9-10-9 1-1 9, 6.10, 3.10-9
AG-112 0.100 4, 9.10-9 0.050 3, 0.10-9 1, 5.10-9 8, 9.10-10 5, 4.10-4, 3.10 10-10
AG-115 0.100 7, 2.10-10, 1.10 0.050 4-10 2-10, 1, 2.10-10, 7-11, 6-10, 0.10-11
cadmium
CD-104 0.100 4, 2.10-10, 9.10 0.050 2-10 1-1 10, 7.10, 1.10-10 7, 2.10-11 5, 4.10-11
CD-107 0.100 7, 1.10-10 0.050 4, 6.10-10 2, 3.10, 3.10-10 1-10 7, 8.10-11 6, 2.10-11
CD-109 0.100 2, 1.10-8 0.050 9, 5.10-9 5, 5.10-9 3, 5.10-9 2-2 9, 4.10, 0.10-9
CD-113 0.100 1, 0.10-7 0.050 4, 8.10-8 3-3 8, 7.10, 0.10-8 2-2 8, 6.10, 5.10-8
CD-113m 0.100 1, 2.10-7 0.050 5, 6.10-3, 9.10 8-8 2-2 8, 9.10, 4.10-8 2, 3.10-8
CD-115 0.100 1-8, 4.10 0.050 9, 7.10-9 4, 9.10-9 2, 9.10-9 1-1 9, 7.10, 4.10-9
CD-115m 0.100 4, 1.10-8 0.050 1-8 9, 9.10, 7.10-9 6-9, 4, 9.10, 1.10-9 3, 3.10-9
CD-117 0.100 2, 9.10-9 0.050 1, 9.10-9 9, 5.10-10 5-10 3-10, 5.10-10 2, 8.10-10
CD-117 m 2 0.100, 6.10-9 0.050 1 7.10-9 9, 0.10-10 5, 6.10-10 3, 5.10-10 2, 8.10-10
Indium
In-109 0.040 5, 2.10-10 0.020 3, 6.10-10 2, 0.10-10 1, 3.10-10 8, 2.10-6.10-11 6, 11
In-110 0.040 1.5x10-9 0.020 1, 1.10-9 6, 5.10-10 4, 4.10-10 3, 0.10-10 2, 4.10-10
In-110 0.040 1, 1.10-9 0.020 6, 4.10, 2.10-10 3-10 1-1 10, 9.10, 3.10-10 1 0.10-10
In-111 0.040 2, 4.10-9 0.020 1 7.10-9 9, 1.10-10 5, 9.10-10 3-10-10, 2, 9.10-10
In-112 0.040 1, 2.10-10 0.020 6, 7.10-11 3, 3.10-11 1-1 11, 9.10, 3.10-11 1, 0.10-11
In-113m 0.040 3, 0.10-10 0.020 1, 8.10-10 9, 3.10-6 11, 2.10-6.10-11 3, 11 2, 8.10-11
In-114m 0.040 5, 6.10-8 0.020 3, 1.10-8 1, 5.10-8 9, 0.10-9 5, 2.10-9 4, 1.10-9
In-115 0.040 1, 3.10-6, 4.10 0.020 7-8 4-8-4, 8.10, 3.10-8 3-3 8, 6.10, 2.10-8
In-115m 0.040 9, 6.10-10 0.020 6, 0.10, 0.10-10 3-10 1-1 10, 8.10, 1.10-10 8, 6.10-11
In-116 0.040 5, 8.10-10 0.020 3, 6.10-10 1-1 10, 9.10, 2.10-10, 8-11, 6-11, 4.10
In-117 0.040 3, 3.10-10 0.020 1, 9.10-10 9-10-11, 5-11 3, 8.10, 9.10, 11-3, 1.10-11
In-117 m 0.040 1, 4.10-9 0.020 8, 6.10-10 4-10 2, 3.10, 5.10-10 1-1 10, 2.10-10
In-119 0.040 5, 9.10-10 0.020 3, 2.10-10 1, 6.10-8.10-8, 10 11 6, 0.10-11, 4-11-10
Tin
SN-110 0.040 3, 5.10-9 0.020 2, 3.10-9 1, 2.10-9 7-10 4, 4.10, 4.10, 5.10-10 3-10
SN-2, 111 0.040 5.10-10 0.020 1.5x10-10 7-11 4, 4.10, 4.10-11 3, 0.10-11 2, 3.10-11
SN-113 0.040, 8.10 7-9 0.020 5, 0.10-9 2, 6.10, 6.10-9 1-9 9, 2.10-10 7, 3.10-10
SN-117 m 0.040 7, 7.10-9 0.020 5, 0.10-9 2, 5.10-9 1, 5.10-9 8-10 7, 8.10, 1.10-10
SN-119 0.040 4, 1.10-9 0.020 2, 5.10-9 1-9, 3.10, 5.10 7-10 4-10-3, 3.10, 4.10-10
SN-121 0.040 2, 6.10-9 0.020 1 7.10-9 8-10 5, 4.10, 0.10-10 2-2 10, 8.10, 3.10-10
SN-121m 0.040 4, 6.10-9 0.020 2, 7.10-9 1-9 8, 4.10, 2.10-10 4-10 3-10, 10-10
SN-123 0.040 2, 5.10-8 0.020 1, 6.10-8.10-8 7, 9 4, 6.10, 6.10-9 2-2 9, 1.10-9
SN-123m 4, 0.040 7.10-10 0.020 2, 6.10-10 1-10 7, 3.10, 3.10-11 4, 9.10-11 3, 8.10-11
SN-125 0.040 3, 5.10-8 0.020 2, 2.10-8 1, 1.10-8 6, 7.10-9 3-3 9, 8.10, 1.10-9
SN-126 0.040 5, 0.10-8 0.020 3, 0.10-8 1, 6.10-8 9, 8.10, 9.10-9 5-9 4-9-10
SN-127 0.040 2, 0.10-9 0.020 1, 3.10-6, 9-10 4 0.10-10 2-2 10, 5.10, 0.10-10
SN-128 0.040 1, 6.10-9 9, 0.020 7.10-10 4, 9.10-10 3, 0.10-10 1-1 10, 9.10, 5.10-10
antimony
SB-115 0.200 2, 5.10-10 0.100 1.5x10-10 7, 5.10-11 4, 5.10-11 3, 1.10-11 2, 4.10-11
SB-116 0.200 2, 7.10-10 0.100 1, 6.10-10 8-11, 4-11, 8.10 3, 3.10-11 2, 6.10-11
SB-116 0.200 5, 0.10-10 0.100 3, 3.10-10 1-1 10, 9.10, 2.10-10, 3.10-8 11 6, 7.10-11
SB-117 0.200 1, 6.10-10 0.100 1, 0.10-10 5, 6.10-11 3, 5.10-11 2, 2.10-11 1, 8.10-11
SB-118 m 0.200 1, 3.10-9 0.100 1, 0.10-9 5, 8.10, 9.10-10 3-10 2-2 10, 1.10-10
SB-8, 4.10 0.200 119-10 0.100 5, 10 3, 8.10-0.10-10 1-1 10, 8.10, 0.10, 0.10-10 8-11
SB-120 0.200 8, 1.10-9 0.100 6, 0.10-9 3, 5.10-9 2, 3.10-9 1-1 9, 6.10, 2.10-9
SB-120 0.200 1 7.10-10 0.100, 4.10 9-11, 11-4 2, 7.10-11 1-1 11, 8.10, 4.10-11
SB-122 0.200 1, 8.10-8 0.100 1, 2.10-8 6, 1.10-3, 9-2, 9-10 1.10-9 1, 7.10-9
SB-124 0.200 2, 5.10-8 0.100 1, 6.10-8, 4.10 8-9 5-9, 2.10 3, 2.10-9 2, 5.10-9
SB-124 m 0.200, 5.10 8-11 0.100 4, 9.10, 11 2-5.10-11 1-1 11, 5.10, 0.10-11 8, 0.10-12
SB-125 0.200 1, 1.10-8 0.100 6, 1.10-3, 4.10 9-9 2, 1.10-9 1-1 9, 4.10, 1.10-9
SB-126 0.200 2, 0.10-8, 4.10 0.100 1-8 7, 6.10-9 4-9 3, 9.10, 1.10-9 2, 4.10-9
SB-126 m 0.200 3, 9.10-10 0.100 2, 2.10-10 1, 1.10-10 6, 6.10-11 4, 5.10-11 3, 6.10-11
SB-127 0.200 1 7.10-8 0.100 1, 2.10-8 5, 9.10-9 3, 6.10-9 2, 1.10-9 1, 7.10-9
SB-128 0.200 6, 3.10-9 0.100 4, 5.10-9 2, 4.10, 5.10-9 1-9, 9-10 7, 5.10 6.10-10
SB-128 0.200, 7.10 3-10 0.100 2, 1.10-10 1 10 6, 0.10-0.10-11 4, 1.10-11 3, 3.10-11
SB-129 0.200 4, 3.10-9 0.100 2, 8.10-9 1, 5.10-9 8, 8.10-10 5, 3.10-4, 2.10 10-10
SB-130 0.200 9, 1.10-10 0.100 5, 4.10, 8.10-10 2-10 1-1 10, 7.10, 2.10-10 9, 1.10-11
SB-131 0.200 1, 1.10-9 0.100 7, 3.10-10 3, 9.10-10 2, 1.10-10 1-1 10, 4.10, 0.10-10
tellurium
Te-116 0.600 1, 4.10-9 0.300 1, 0.10-9 5, 5.10-3, 4.10-10 10 2, 1.10-1, 10-10-10
Te-121 0.600 3, 1.10-9 0.300 2, 0.10-9 1-9 8, 2.10, 0.10-10 5, 4.10-4, 3.10 10-10
Te-121m 0.600 2, 7.10-8 0.300 1, 2.10-8 6-9 4, 9.10, 2.10-9 2-2 9, 8.10, 3.10-9
Te-123 0.600 2, 0.10-8 0.300 9, 3.10-9 6-9, 9.10, 4.10 5-9 4-4 9, 7.10, 4.10-9
Te-123m 0.600 1-8, 9.10 8 0.300, 8.10, 9.10-9 4-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
Te-125 m 0.600 1, 3.10-8 0.300 6, 3.10, 3.10-9 3-9 1-1 9, 9.10, 1.10-9 8, 7.10-10
Te-127 0.600 1, 5.10-9 0.300 1, 2.10-9 6, 2.10-10 3, 6.10-10 2, 1.10-1, 10-10-10
Te-127m 0.600 4, 1.10-8 0.300 1, 8.10-8 9, 5.10-9 5, 2.10-9 3-9, 2-9, 3.10
Te-129 0.600 7, 5.10-10 0.300, 4.10 4-10 2-10-1, 1.10, 2.10-10, 8-11, 6-11, 3.10
Te-129m 0.600 4-8, 4.10, 4.10 0.300 2-8 1, 2.10-8 6, 6.10-9 3-3 9, 9.10, 0.10-9
Te-131 0.600 9, 0.10-10 0.300 6, 6.10-10 3, 5.10-10 1-1 10, 9.10, 2.10-10, 8-10-11
Te-131 0.600 2, 0.10-8 0.300 1-8, 4.10, 8.10 7-9 4-9, 3.10, 7.10 2-9 1-9, 9.10
Te-132 0.600 4, 8.10-8 0.300 3, 0.10-8 1, 6.10-8 8-9 5, 3.10, 3.10-9 3, 8.10-9
Te-133 0.600 8, 4.10-10 0.300 6, 3.10, 3.10-10 3-10 1-1 10, 1.10, 2.10-10 7-11
Te-133 m engine has 0.600 3, 1.10-9 0.300, 4.10 2-9 1-9, 3.10, 3.10-10 6 4, 1.10-10 2, 8.10-10
Te-134 0.600 1, 1.10-9 0.300 7, 5.10-10 3, 9.10-10 2, 2.10-10 1-1 10, 4.10, 1.10-10
iodine
I-120 1.000 3, 9.10-9 1.000 2, 8.10-9 1-9, 4.10 7, 2.10-10 4, 8.10-10 3, 4.10-10
I-120 m 2, 3.10 1.000-1.000 1, 5.10 9-9 7-10-4, 8.10, 2.10-10 2-2 10, 9.10, 1.10-10
I-121 1.000 6, 2.10-10, 3.10-1.000 5 10 3, 1.10-10 1-1 10, 7.10, 2.10-10 8, 2.10-11
I-123 1.000 2, 2.10-9 1.000 1, 9.10, 1.10-9 1-4 9, 9.10-10 3, 3.10-10 2, 1.10-10
I-124 1.000 1, 2.10-7 1.000 1, 1.10-7 6-8-3, 3.10, 1.10-8 2, 0.10-8 1, 3.10-8
I-125 1.000 5, 2.10-8 5, 1.000 7.10-8 4, 1.10-8 3-8-2, 1.10, 2.10-8 1, 5.10-8
I-126 1.000 2, 1.10-7 1.000 2, 1.10-7 1, 3.10-7 6, 8.10-8 4, 5.10-8 2, 9.10-8
I-5, 1.000 7.10 128-10 1.000 3, 3.10-1, 10-10, 9.10 8-11 6-11, 4-11
I-129 1.000 1, 8.10-7 1.000 2, 2.10-7 1, 7.10-7 1-1 7, 9.10, 4.10,-7 1, 1.10-7
I-130 1.000 2, 1.10-8 1.000 1, 8.10-8 9-9-4, 8.10, 6.10-9, 3-9, 2-9,
I-131 1.000 1, 8.10-7 1.000 1, 8.10-7 1, 0.10-7 5, 2.10-8 3-8, 4.10 2, 2.10-8
I-132 1.000 3, 0.10-9 1.000 2, 4.10-1, 3.10-9 9 6, 2.10-10, 1.10-4 10 2, 9.10-10
I-132m 2, 4.10 1.000-1.000 9 2, 0.10-9 1-5 9, 1.10, 0.10-10 3, 3.10-10 2, 2.10-10
I-133 1.000 4-8, 9.10 1.000 4-8, 4.10 2, 3.10-8 1, 0.10-8 6-9-4, 8.10, 3.10-9
I-134 1.000 1, 1.10-9 1.000 7, 5.10-10 3, 9.10-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
I-135 1.000 1, 0.10-8 8, 9.10-1.000 9 4, 7.10-9 2, 2.10-9 1-9, 4.10 9, 3.10-10
cesium
CS-125 1.000 3, 9.10-10 1.000 2, 2.10-10 1, 1.10-10 6, 5.10-11 4, 4.10, 5.10 3-11-11
CS-127 1.000 1, 8.10-10 1.000 1, 2.10-10, 6-11, 2.10 4-11 2-2 11, 9.10, 4.10-11
CS-129 4, 4.10-1.000 10 1.000 3, 0.10-10 1-1 10, 7.10, 1.10-10 7, 2.10-11 6, 0.10-11
CS-130-3, 3.10 1.000 10 1.000 1, 8.10-10 9, 0.10-11 5-11, 2.10 3, 6.10-11 2, 8.10-11
CS-4, 131 1.000 10 1.000-2, 9.10-10 1-1 10, 0.10-10 6-11 5, 9.10, 8.10-11
CS-132 1.000 2, 7.10-9 1.000 1, 8.10, 1.10-9 1-9 7, 7.10, 7.10-10 5-5 10, 0.10-10
CS-134 1.000 2-8, 6.10, 6.10 1.000 1-8 1-1 8, 3.10, 4.10-8 1-1 8, 9.10 9.10-8
CS-134 m 2, 1.000 10 1.000 1.10-1, 2.10-10, 9.10 5-11 3, 5.10-11 2-2 11, 5.10, 0.10-11
CS-135 1.000 4, 1.10-9, 3.10 1.000 2-9 1-1 9, 7.10, 7.10-9 2-2 9, 0.10, 0.10-9
CS-135 m 1.000 1, 3.10-10 1.000 8, 6.10-11 4, 9.10-11 3, 11 2, 2.10-3.10-11 1, 9.10-11
CS-136 1.000 1.5x10-8 1.000 9, 5.10-9 6-9, 1.10, 4.10 4-9 3-3 9, 4.10, 0.10-9
CS-137 1.000 2, 1.10-8 1.000 1, 2.10-8 9, 6.10-9 1, 0.10-8 1-1 8, 3.10, 3.10-8
CS-138 1.000 1, 1.10-9 1.000 5, 9.10-10 2, 9.10-10 1-1 10, 7.10, 2.10-10 9, 2.10-11
barium
BA-126 0.600 2, 7.10-9 0.200 1 7.10-9 8, 5.10-5 10, 0.10-10 3, 1.10-10 2, 6.10-10
BA-128 0.600 2, 0.10-8 0.200 1 7.10-8 9, 0.10-9 5-9, 2.10, 0.10-3 9 2, 7.10-9
BA-131 0.600 4, 2.10-9 0.200 2, 6.10-9 1-9 9, 4.10, 4.10-10 6, 2.10-10, 5.10 4-10
BA-131 0.600 5, 8.10-11 0.200 3, 2.10-1, 11-9, 11-6, 12 3.10 3.10-12 4, 9.10-12
BA-133 0.600 2, 2.10-8 0.200, 2.10 6-9 3-4 9, 9.10, 6.10-9 7-9-1, 3.10, 5.10-9
BA-133 m engine has 0.600 4, 2.10-9 0.200 3, 6.10-9 1-1 9, 8.10, 1.10-9 5, 9.10-10 5, 4.10-10
BA-135 m 0.600 3, 3.10-9 0.200 2, 9.10-9 1, 5.10-9 8, 5.10-10 4-4 10, 7.10, 3.10-10
BA-139 0.600 1, 4.10-9 0.200, 4.10 8-10 4-10 2, 1.10, 4.10, 5.10-10 1-1 10, 2.10-10
BA-140 0.600 3, 2.10-8 0.200 1, 8.10-8 9, 2.10-9 5, 8.10-3, 9-2, 9-10-9
BA-141 0.600 7, 6.10-10 0.200 4, 7.10-10 2, 3.10, 3.10-10 1-10 8, 6.10-11 7, 0.10-11
BA-142 0.600 3, 6.10-10 0.200 2, 2.10-10 1, 1.10-10 6, 6.10-11 4, 3.10-11 3, 5.10-11
Lantau
La-131 0.005 3, 5.10-5 10, 0.10-4 2, 1.10-10 1, 1.10-10 6, 6.10-11 4, 4.10, 5.10 3-11-11
La-132 0.005 3, 8.10-9 5, 0.10-4, 4.10 2-9 1-9, 3.10, 8.10 7-10 4-10 3, 8.10, 9.10-10
La-135 0.005 2, 8.10-10 5, 0.10-4 1-1 10, 9.10, 0.10-10 6, 4.10-11 3-3 11, 9.10, 0.10-11
La-0.005 137 1, 1.10-9 5, 0.10-4 4, 5.10-10 2, 5.10-10 1-1 10, 0.10-10 8, 1.10-11
La-138 0.005 1, 3.10-8 5, 0.10-4 4-9 2-9 1-10, 9.10-9 1-1 9, 3.10, 1.10-9
La-140 0.005 2, 0.10-8 5, 0-1 4, 3.10-8 6-9 4, 8.10, 2.10-9 2-2 9, 5.10, 0.10-9
La-4, 3.10 0.005 141-9 5, 0.10-4 2, 6.10-9 1-9, 3.10, 6.10-10 7 4, 5.10-10 3, 6.10-10
La-0.005 142 1-9 5, 9.10, 0.10-4 1-5 9, 1.10, 8.10-10 3, 5.10-2, 3.10-10 10 1, 8.10-10
La-143 0.005 6, 9.10-10 5, 0.10-4 3, 9.10-10 1-1 10, 9.10, 1.10-10 7, 1.10-11 5, 6.10-11
cér
CE-134 0.005 2, 8.10-8 5, 0.10-4 1, 8.10-8 9, 1.10-9 5, 5.10-9 3, 2.10-9 2, 5.10-9
CE-135 0.005 7, 0.10, 0.10-9 5-4 4, 7.10-9 2, 6.10, 6.10-9 1-1 9, 0.10-9 7, 9.10-10
CE-0.005 137 2, 6.10-10 5, 0.10-4 1, 7.10-10 8, 8.10-11 5-11, 4.10 3, 2.10-11 2, 5.10-11
CE-137m 0.005 6, 1.10-9 5, 0.10-4 3, 9, 2, 9.10-0.10-9 1, 2.10-9 6, 8.10-10 5, 4.10-10
CE-139 0.005 2, 6.10-9 5, 0.10-4 1-9 8, 6.10, 6.10-10 5, 4.10-10 3, 3.10-10 2, 6.10-10
CE-141 0.005 8, 1.10-9 5, 0.10-4 5, 1.10-9 2, 6.10-9 1, 5.10-9 8-10 7, 8.10, 1.10-10
CE-0.005 143 1, 2.10-8 5, 0.10-0.10-4 8, 9 4, 1.10-9 2, 4.10, 4.10-9 1-1 9, 1.10-9
CE-144 0.005 6, 6.10-8 5, 0.10-4 3, 9.10-8 1-1 8, 9.10, 1.10-8 6, 5.10-9 5, 2.10-9
prazeodym
PR-136 0.005 3, 7.10-10 5, 0.10-4 2, 1.10-10 1 0.10-10 6, 1.10-11 4, 2.10-11 3, 3.10-11
PR-137 0.005 4, 1.10-10 5, 0.10-4 2, 5.10-1, 3.10 10-10, 7-11 5-10, 11-4, 0.10 0.10-11
PR-138 m 0.005 1, 0.10, 0.10-9 5-7 4-4 10, 4.10, 1.10-10 2, 6.10, 6.10-10 1-1 10, 3.10-10
PR-139 0.005 3, 2.10-10, 5-4 2 0.10, 0.10-10 1, 1.10-10 6, 5.10-11 4, 0.10-11 3, 1.10-11
PR-142 0.005 1.5x10-8 5, 0.10-4 9-9-4, 8.10, 9.10-9 2, 9.10, 6.10-9 1-1 9, 3.10-9
PR-142m 0.005 2, 0.10-0.10-10 5 4 1, 2.10-10 6, 2.10-3, 11-2, 11-10 1.10-1, 11-11-10
PR-143 0.005 1-8, 4.10, 5, 0.10-4 8, 7.10-9, 3.10-4 9 2, 6.10-9 1-1 9, 5.10, 2.10-9
PR-144-6, 4.10 0.005 10 5, 0.10-4 3, 5.10-1, 10-10-10-9, 11-6, 5.10 5.10-11 5, 0.10-11
PR-145 0.005 4-9 5-10, 0.10-4 2, 9.10-9 1-9 8, 4.10, 5.10-10 4, 9.10-10 3, 9.10-10
PR-147 0.005 3, 9.10-10 5, 0.10-4 2, 2.10-10, 1-106, 1.10 1.10-11 4, 2.10-11 3, 3.10-11
neodymium
ND-0.005 136 1, 0.10-9 5, 0.10-4 6, 1.10-10 3, 1.10-10 1-1 10, 9.10, 2.10-10 9, 9.10-11
ND-138 0.005 7, 2.10-9 5, 0.10-4 4, 5.10-9 2, 3.10, 3.10-9 1-9 8, 0.10-10 6, 4.10-10
ND-0.005 139 2, 1.10-10 5, 0.10-4 1, 2.10-10 6, 3.10-11 3, 7.10-11 2-2 11, 5.10, 0.10-11
ND-139m 0.005 2, 1.10-9 5, 0.10-4, 4.10-1 9 7, 8.10-10 5, 0.10-10 3, 1.10-10 2, 5.10-10
ND-141 0.005 7 8.10-11 5, 0.10-4 5, 0.10-11 2, 7.10-11 1-1 11, 0.10-11 8, 3.10-12
ND-147 0.005 1, 2.10-8 5, 0.10-4 7, 8.10, 9.10-9 3-9 2-9-1, 3.10, 3.10, 1.10-9 1-9
ND-0.005 149 1-9 5, 4.10, 0.10-4 8, 7.10-10 4, 3.10-10 2, 6.10, 6.10-10 1-1 10, 2.10-10
ND-151 0.005 3, 4.10-5, 10-4 2 0.10, 0.10-10 9-10-11, 5-11, 7.10 3, 8.10-11 3, 0.10-11
can buy better ships
PM-141 0.005 4, 2.10-10, 0.10-5 4 2, 4.10-1, 2.10 10-10 6-11-4, 8.10, 6.10, 6.10-11 3-11
PM-1, 143 0.005 9.10-9 5, 0.10-4 1, 2.10-9 6, 7.10-10 4, 4.10-10 2-2 10, 9.10, 3.10-10
PM-7, 144 0.005 6.10-9 5, 0.10-4 4-9-2, 7.10, 7.10-9 1-1 9, 8.10, 2.10-9 9, 7.10-10
PM-145 0.005 1.5x10-9 5, 0.10-4, 8.10 6-10 3-10 2-10, 3.10-10 1-1 10, 4.10, 1.10-10
PM-1, 146 0.005 0.10-8 5, 0.10-4 5, 1.10-9 2, 8.10-9 1-1 9, 8.10, 1.10-9 9, 0.10-10
PM-147 0.005 3, 6.10-9 5, 0.10-4 1, 9.10-9 9-10 5, 6.10, 7.10-10 3, 2.10-10, 2-10
PM-148 0.005 3, 0.10-8 5, 0-4 1-8 9, 9.10, 7.10-9 5-9, 8.10 3, 3.10-2, 9-10-9
PM-148 m 0.005 1.5x10-8 5, 0.10-0.10-4 1 8 5, 5.10-9 3, 5.10-9 2, 2.10-1, 9-9-10
PM-149 0.005 1, 2.10-8 5, 0-4, 4.10 7-9 3-10-9, 2-9, 2.10 1, 2.10-9 9, 9.10-10
PM-150 0.005 2, 8.10-9 5, 0.10-4 1, 7.10-9 8-10-10, 5-10, 2.10 3, 2.10-10, 2-10
PM-151 0.005 8, 0.10, 0.10-9 5-4 5, 1.10-9 2, 6.10, 6.10-9 1-9 9, 1.10-10 7, 3.10-10
Samarium
SM-141 0.005 4, 5.10-5 10, 0.10-4 2, 5.10-1, 3.10-10 10 7, 3.10-11 5-11, 3-11, 9.10
SM-141m 0.005 7, 0.10, 0.10-10 5-4 4, 0.10-0.10-10 2 10 1, 2.10-10, 8-11, 2.10 6, 5.10-11
SM-142 0.005 2, 2.10-9 5, 0.10-4, 3.10-1 9 6, 2.10-10, 3-10 2-10-1, 4.10, 9.10-10
SM-145 0.005 2, 4.10-9 5, 0.10-4, 4.10-1 9 7, 3.10-10 4, 5.10-2, 10-10-10 2, 1.10-10
SM-146 0.005 1.5x10-6 5, 0.10-4 1-1 7, 5.10, 0.10-0.10-7 7, 8 5, 8.10-8, 4.10, 5-8
SM-147 0.005 1, 4.10-6 5, 0.10-4, 4.10-1 7 9, 2.10-8 6-8, 4.10, 5, 2.10-8 4, 9.10-8
SM-151 0.005 1.5x10-9 5, 0.10-6, 4.10 4-10 3-10-2, 3.10, 0.10-10 1, 2.10-10 9, 8.10-11
SM-153 0.005 8, 4.10-9 5, 0.10-4, 4.10, 5-2, 9-1, 9-10-9 9, 2.10-10, 4.10 7-10
SM-155 0.005 3, 6.10-10 5, 0.10, 0.10-4 2-10 9-10-11, 5-11, 5.10, 7.10 3-11 2, 9.10-11
SM-156 0.005 2, 8.10-9 5, 0.10-4 1, 8.10-9 9, 0.10-10 5, 4.10-10 3, 1.10-10 2, 5.10-10
europium
EU-145 0.005 5, 1.10-9 5, 0.10-4 3, 7.10-9 2, 1.10-9 1-9 9, 4.10, 4.10, 5.10 7-10-10
The EU-8, 146 0.005 5.10-9 5, 0.10-4 6, 2.10-9 3, 6.10-9 2, 4.10, 6.10-9 1-9 1-9, 3.10
The EU-3, 147 0.005 7.10-9 5, 0.10-4 2, 5.10-9 1-9, 4.10 8, 9.10-10 5, 6.10-10 4, 4.10-10
The EU-8, 148 0.005 5.10-9 5, 0.10-0.10-4 6, 9 3, 5.10-9 2, 4.10-9 1-1 9, 6.10, 3.10-9
EU-9, 149 0.005 7.10-10 5, 0.10-4 6, 3.10-4.10-10 3, 10 2, 1.10-10 1-1 10, 3.10, 0.10-10
EU-150 0.005 1, 3.10-8 5, 0.10-4 5, 7.10-9 3, 4.10-2, 3.10-9 9 1, 5.10-9 1-9, 3.10
EU-150 0.005 4, 4.10-9 5, 0.10-4, 8.10 2-9 1-9 8, 4.10, 2.10-10 4-10 3-10, 10-10
EU-152 0.005 1, 6.10-8 5, 0-4, 4.10 7-9 4-9, 1.10 2, 6.10-9 1-1 9, 7.10, 4.10-9
EU-152 m 0.005 5, 7.10-9 5, 0.10-4 3, 6.10-9 1-1 9, 8.10, 1.10-9 6-10 5, 2.10, 0.10-10
EU-154 0.005 2, 5.10-8 5, 0-4 1, 2.10-8 6, 5.10-9 4, 1.10-9 2-2 9, 5.10, 0.10-9
EU-155 0.005 4, 3.10-9 5, 0.10-4 2, 2.10-9 1, 1.10-9 6, 8.10-10 4 0.10-10 3, 2.10-10
EU-156 0.005 2, 2.10-8 5, 0.10-4 1, 5.10-8 7, 5.10-9 4-9 2-2 9, 7.10, 2.10-9
EU-157 0.005 6, 7.10-9 5, 0.10-4, 3.10-4 9 2, 2.10-1, 3.10-9 9 7, 5.10-10 6, 0.10-10
EU-158 0.005 1, 1.10-9 5, 0.10-4 6, 2.10-10 3, 1.10-10 1-1 10, 8.10, 2.10-10 9, 4.10-11
gadolinium
GD-145 0.005 4, 5.10-5 10, 0.10-4 2, 6.10-1, 3.10-10 10 8, 1.10-11 5-11, 4-11, 4.10
GD-146 9 0.005, 4.10-5, 9-4 6 0.10, 0.10-9, 3-9, 2.10, 0.10-2 9 1, 2.10-9 9, 6.10-10
GD-0.005 147 4, 5.10-9 5, 0.10-4 3, 2.10-9 1-1 9, 8.10, 2.10-9 7-10-10, 6-10, 1.10
GD-1, 148 0.005 7.10-6 5, 0.10-4 1-1 7, 6.10, 1.10-7 7, 3.10-8 5-8, 9.10 5, 6.10-8
GD-0.005 149 4, 5 9, 0.10-0.10-4 2, 7.10, 5.10-9 1-9 9, 3.10-10 5, 7.10-10 4, 5.10-10
GD-0.005 151 2, 1.10-9 5, 0.10-4 1, 3.10-9 6-10 4, 8.10, 2.10-10 2-2 10, 4.10, 0.10-10
GD-0.005 152 1, 2.10-6 5, 0.10-4 1, 2.10-7 7, 7.10-8 5-8-4, 3.10, 3.10-8 4, 1.10-8
GD-153 0.005 2, 9.10-9 5, 0.10-4 1, 8.10-9 9-10 5, 4.10, 8.10-10 3, 4.10-2, 10-10-10
GD-5, 159 0.005 7.10-9 5, 0.10-4 3, 6.10-9 1-1 9, 8.10, 1.10-9 6, 2.10-10 4, 9.10-10
terbium
TB-147 0.005 1.5x10-9 5, 0.10, 0.10-4 1-5 9, 4.10-10 3, 3.10-10 2, 0.10-10 1, 6.10-10
TB-149 0.005 2, 4.10-9 5, 0.10-4 1, 5.10-9 8, 0.10, 0.10-10 5-10 3-10 2, 1.10, 5.10-10
TB-150 0.005 2, 5.10-9 5, 0.10-4 1, 6.10-9 8-10 5, 3.10, 1.10, 2.10-10 3-10 2-10, 5.10.
TB-2, 151 0.005 7.10-9 5, 0.10-4 1-1 9, 9.10, 0.10-9 6-10-10, 4-10 3, 2.10, 4.10-10
TB-153 0.005 2, 3.10-9 5, 0.10-4 1, 5.10-9 8, 2.10-10 5, 1.10-10 3, 1.10-10 2, 5.10-10
TB-4, 154 0.005 7.10-9 5, 0.10-3, 4.10 4-9 1-1 9, 9.10, 3.10-9 8, 1.10-10 6, 5.10-10
TB-0.005 155 1-9 5, 9.10, 0.10-4 1, 3.10-9 6-10 4, 8.10, 3.10-10 2-2 10, 6.10, 1.10-10
TB-156 9 0.005, 0.10, 0.10-9 5-4 6, 3.10-9 3, 5.10-9 2, 3.10-9 1-1 9, 5.10, 2.10-9
TB-156m 0.005 1.5x10-9 5, 0.10-0.10-4 1, 9 5, 6.10-10 3, 5.10-10 2, 2.10-1, 10-10-10
TB-156m 0.005 8, 0.10, 0.10-10 5-4 5, 2.10-10, 2-10-10 1-1 10, 7.10, 0.10-10 8, 1.10-11
TB-0.005 157 4, 9.10-10 5, 0.10-4 2, 2.10-10 1, 1.10-10 6, 8.10-11 4, 1.10-11 3, 4.10-11
TB-1, 3.10 0.005 158-8 5, 0.10-4 5, 9.10-9 3-9-2, 3.10, 1.10-9 1-1 9, 4.10, 1.10-9
TB-0.005 160 1, 6.10-8 5, 0-4 1, 0.10-8, 4.10 5-9 3-9-2, 3.10, 0.10-9 1, 6.10-9
TB-161 0.005 8, 3.10-9 5, 0.10-4 5, 3.10-2, 9-10-9, 1-9 9, 6.10 0.10-10 7, 2.10-10
dysprozium
Dy-155 9 0.005, 7.10-10 5, 0.10-4, 8.10 6-10 3-10 2, 8.10, 5.10-10 1-1 10, 3.10-10
Dy-4, 4.10 0.005 157-10 5, 0.10-4 3, 1.10-10 1-1 10, 8.10, 2.10-10, 7-11, 6-10, 1.10-11
Dy-0.005 1, 159-9 5 0.10, 0.10-6, 4.10 4-10 3-10 2, 4.10, 1.10-10 1-1 10, 3.10, 0.10-10
Dy-0.005 165 1, 3.10-9 5, 0.10-4 7, 9.10-10 3, 9.10-10 2, 3.10-10 1-1 10, 4.10, 1.10-10
Dy-0.005 166 1-8, 9.10 5, 0.10-4 1, 2.10-8 6-9, 3-9, 2-9, 1-9
Holmium
Ho-155 0.005 3, 8.10-10 5, 0.10-4, 3.10-2 10 1, 2.10-10 7, 1.10-4, 11-3, 11-10-10-11
Ho-5, 157 0.005 8.10-11 5, 0.10-4 3, 6.10-11 1-1 11, 9.10, 2.10-11 8, 1.10-12 6, 5.10-12
Ho-159 0.005 7, 1.10-11 5, 0.10-4, 3.10-11 2, 3.10-11 1, 4.10-11 9-12 7, 9.10, 9.10-12
Ho-1, 161 0.005 4.10-10 5, 0.10-4 8, 1.10-11 4, 2.10-11 2, 5.10-11 1-1 11, 6.10, 3.10-11
He-162 0.005 3, 5.10-5, 11-4 2 0.10, 0.10-11-1, 11-6, 0.10 0.10-12 4, 2.10-12 3, 3.10-12
Ho-162m 0.005 2, 4.10-10 5, 0.10-4 1, 5.10-10 7, 9.10, 11-4, 11-3, 9.10-3.10-11 2, 6.10-11
Ho-164 0.005 1, 2.10-10, 0.10-5 4 6, 5.10-11 3, 2.10-11 1-1 11, 8.10, 2.10-11 9, 5.10-12
Ho-164m 0.005 2, 0.10-0.10-10 5 4 1 10 5, 1.10-5.10-11 3, 2.10-11 2, 1.10-11 1, 6.10-11
Ho-166 0.005 1, 6.10-8 5, 0.10-0.10-4 1 8 5, 2.10-9 3, 1.10-9 1-1 9, 7.10, 4.10-9
Ho-166m 0.005 2, 6.10-8 5, 0.10-4 9, 3.10, 3.10-9 5-9 3, 5.10-9 2-2 9, 4.10, 0.10-9
Ho-167 0.005 8, 8.10-10 5, 0.10-4 5, 5.10-10 2, 8.10-1, 10-10-10 1 0.10-10 9, 3.10-11
erbium
ER-161 0.005 6, 5.10-5 10, 0.10-4 4, 4.10, 4.10-10 2-10 1-1 10, 0.10, 0.10-10 8-11
ER-165 0.005 1 7.10-10 5, 0.10-4 1, 1.10-10 6, 2.10-11 3, 9.10-11 2, 4.10-11 1, 9.10-11
ER-0.005 169 4, 4.10-9 5, 0.10-4, 8.10 2-9 1-9 8, 4.10, 2.10-10 4, 7.10, 7.10 3-10-10
ER-171 0.005 4, 5 9, 0.10-0.10-4 2, 5.10-9 1-9, 3.10, 6.10-10 7 4, 5.10-10 3, 6.10-10
ER-1, 172 0.005 0.10-8 5, 0.10-4, 8.10 6-9 3, 5.10-9 2, 1.10-9 1-1 9, 3.10, 0.10-9
tulium
TM-162 0.005 2, 9.10-10 5, 0.10-4 1, 7.10, 7.10-10 8-11 5-11, 2.10 3, 6.10-11 2, 9.10-11
TM-0.005 166 2, 1.10-9 5, 0.10-4 1, 5.10-9 8, 3.10-10 5, 5.10-10 3, 5.10-10 2, 8.10-10
TM-167 0.005 6, 0.10, 0.10-9 5-4 3-9-2, 9.10, 0.10-9 1, 2.10-9 7, 0.10-10 5, 6.10-10
TM-170 0.005 1, 6.10-8 5, 0.10-4 9-9-4, 8.10, 9.10-9 2, 9.10, 6.10-9 1-1 9, 3.10-9
TM-171 0.005 1.5x10-9 5, 0.10-4 7, 8.10, 9.10-10 3-10-2, 3.10, 3.10-10 1-1 10, 1.10-10
TM-1, 172 0.005 9.10-8 5, 0-4 1, 2.10-8 6, 1.10-3, 9-2, 9-10 1.10-9 1, 7.10-9
TM-173 0.005 3, 3.10-9 5, 0.10-4 2, 1.10-9 1, 1.10-9 6, 5.10-10 3-3 10, 8.10, 1.10-10
TM-175 0.005 3, 1.10-10 5, 0.10-4 1, 7.10-10 8-11, 5-11, 3-11, 4.10 2, 7.10-11
ytterbium
Yb-162 0.005 2, 2.10-10 5, 0.10-4 1, 3.10-6, 9.10-10 11 4, 2.10-11 2-2 11, 9.10, 3.10-11
Yb-166 0.005 7, 7.10-9 5, 0.10-4 5, 4.10-9 2, 9.10-9 1-1 9, 9.10, 2.10-9 9, 5.10-10
Yb-167 0.005 7, 0.10-0.10-11 5, 4 4, 1.10-11 2, 1.10-11 1, 2.10-8, 4.10-11 12 6, 7.10-12
Yb-169 0.005 7, 1.10-9 5, 0.10-4 4, 6.10-9 2, 4.10, 5.10-9 1-9 8-10 7, 8.10, 1.10-10
Yb-175 0.005 5, 0.10, 0.10-9 5-4 3, 2.10-9 1, 6.10-9 9, 5.10-10 5, 4.10, 4.10-10 4-10
Yb-177 0.005 1, 0.10, 0.10-9 5-4, 8.10 6-10 3-10 2, 4.10, 0.10-10 1, 1.10-10 8, 8.10-11
Yb-1, 178 0.005 4.10-9 5, 0.10-8, 4.10 4-10 4-10 2, 2.10, 4.10, 5.10-10 1-1 10, 2.10-10
lutetium
Lu-169 0.005 3, 5.10-9 5, 0.10-4 2, 4.10, 4.10-9 1-9 8, 9.10-10 5-10-10, 4-10
Lu-170 0.005 7-9 5, 4.10, 0.10-4 5, 2.10-9 2, 9.10-9 1-1 9, 9.10, 2.10-9 9, 9.10-10
LU-0.005 171 5-9 5, 9.10, 0.10-0.10-4 4, 9 2, 2.10-9 1-9 8, 4.10, 5.10-10 6, 7.10-10
LU-0.005 1 172, 0.10-5, 8-4 7, 0.10 0.10-9 3-9, 2, 9.10, 5.10-9 1-1 9, 6.10, 3.10-9
Lu-173 0.005 2, 7.10-9 5, 0.10-4 1, 6.10, 6.10-9 8-10 5-10-3, 3.10, 2.10-10, 2-10
Lu-174 0.005 3-5 9, 2.10, 0.10-4 1, 7.10-9 9, 1.10-10 5, 6.10-10 3, 3.10-2, 10-10-10
Lu-174 m 0.005 6, 2.10-9 5, 0.10-4 3, 8.10, 9.10-9 1-1 9, 1.10-9 6-10 5, 6.10, 3.10-10
Lu-176 0.005 2-8, 4.10, 5, 0.10-4 1, 1.10-8 5, 7.10-9 3, 5.10-9 2, 2.10-9 1, 8.10-9
Lu-176m 0.005 2, 0.10, 0.10-9 5-4 1-6 9, 2.10, 0.10-10 3, 5.10-10 2, 1.10-10 1-10-10
Lu-177 0.005 6, 1.10-9 5, 0.10-4 3, 9, 2, 9.10-0.10-9 1, 2.10-9 6-10 5, 6.10, 3.10-10
LU-0.005 1 900 m, 7.10-8 5, 0.10-4 1, 1.10-8 5, 8.10-93, 6.10-9 2, 1.10-9 1, 7.10-9
Lu-178 0.005 5, 9.10-10 5, 0.10-4, 3.10-3 10 1, 6.10-10 9, 0.10-11 6, 1.10-11, 4-11-10
Lu-4, 3.10 178m 0.005-10 5, 0.10-4, 4.10-2 10 1, 2.10-10 7, 1.10-11 4, 9.10-11 3, 8.10-11
LU-0.005 179 2, 4.10-9 5, 0.10-4 1, 5.10-9 7, 5.10-10 4, 4.10-10 2-2 10, 6.10, 1.10-10
hafnium
HF-170 0.020 3, 9.10-9 0.002 2, 7.10, 5.10-9 1-9 9, 5.10-10 6, 0.10-10 4, 8.10-10
HF-172 0.020 1-8, 9.10 0.002 6, 1.10-9 3-9-2, 3.10, 0.10-9 1-1 9, 3.10, 0.10-9
HF-1, 173 0.020 9.10-9 0.002 1, 3.10-9 7, 2.10-10, 4-10 2-2 10, 8.10, 3.10-10
HF-175 0.020 3, 8.10-0.002 2, 4.10 9-9 1-9, 3.10, 4.10 8-10 5, 2.10-10 4, 1.10-10
HF-900 m 0.020 7 8.10-10 0.002 4-10 2-10, 5.10-10 1-1 10, 5.10, 0.10-10 8, 1.10-11
HF-178m 0.020 7, 0.10-8, 9.10 0.002 1-8 1, 1.10-8 7, 8.10-9 5, 5.10-9, 4-9-10
HF-179m 0.020 1, 2.10-8 0.002, 8.10 7-9 4-9, 1.10 2, 6.10, 6.10-9 1-1 9, 2.10-9
HF-180 m 0.020 1, 4.10-9 0.002 9, 7.10-10 5-10-3, 3.10, 3.10-10 2, 1.10-1, 10-10-10
HF-0.020 181 1, 2.10-8, 4.10 0.002 7-9 3-9, 8.10 2, 3.10-9 1-1 9, 4.10, 1.10-9
HF-182 0.020 5, 6.10-0.002 7, 9.10 8-9 5-9-4, 4.10, 0.10-9 3-3 9, 3.10, 0.10-9
HF-182m 0.020 4, 1.10-10 0.002 2, 5.10-1, 3.10-10 10 7 8.10-11 5-11, 2.10 4, 2.10-11
HF-183 0.020 8, 1.10-10 0.002 4, 8.10-10 2, 4.10, 4.10-10 1-10 9-11 7, 3.10, 3.10-11
HF-184 0.020 5, 5.10-9 0.002 3, 6.10-9 1-1 9, 8.10, 1.10-9 6-10 5, 6.10, 2.10-10
tantalum
Ta-172 0.010 5, 5.10-10 0.001 3, 2.10-10, 1-10 9, 8.10-11 6-11 5, 6.10, 3.10-11
Ta-173 0.010 2, 0.10-9, 3.10-1 0.001 9 6, 5.10, 9.10-10 3-10 2-10-1, 4.10, 9.10-10
Ta-6, 174 0.010 2.10-10 0.001 3, 7.10, 9.10-10 1-1 10, 1.10-10 7, 2.10-11, 5-11-10
Ta-175 0.010 1, 6.10-9 1 0.001, 1.10-9 6, 2.10-10 4 0.10-10 2-2 10, 6.10, 1.10-10
Ta-176 0.010 2, 4.10-9 1 0.001, 7.10-9 9, 2.10-10 6, 1.10-10 3-3 10, 9.10, 1.10-10
TA-1, 177 0.010 0.10-9 0.001 6, 9.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 3.10, 1.10-10
Ta-178 0.010 6, 3.10-10 0.001 4, 5.10-10 2, 4.10, 5.10-10 1-10 9-11, 1.10, 2.10 7-11
Ta-6, 179 0.010 2.10-10 0.001 4, 1.10, 2.10-10 2-10-1, 3.10, 1.10-10 8 11 6, 5.10-11
Ta-180 8 0.010, 1.10-9, 3.10-0.001 5 9 2, 8.10-9 1-1 9, 7.10, 1.10-8, 4.10 9-10
Ta-180 m, 8.10 0.010 5-10 0.001 3, 7.10, 9.10-10 1-1 10, 1.10-10 6, 7.10-11 5, 4.10-11
Ta-182 0.010 1-8, 4.10, 4.10-0.001 9 9 5, 0.10-9 3, 1.10-9 1-1 9, 9.10, 5.10-9
Ta-182m 1, 4.10-0.010 10 0.001 7, 5.10-3, 11-2, 11-10 1.10-11 1-1 11, 5.10, 2.10-11
Ta-183 0.010 1-8, 4.10 0.001 9, 3.10-4, 9-2, 9-10 8.10-9 1-1 9, 6.10, 3.10-9
Ta-0.010 184 6, 7.10-0.001 4, 4.10 9-9 2, 3.10-9 1-9 8, 4.10, 5.10-10 6, 8.10-10
Ta-185 8 0.010, 3.10-10 0.001 4, 6.10-10 2, 3.10, 3.10-10 1-10 8, 6.10-8.10-11 6, 11
Ta-0.010 186 3, 8.10-10 0.001 2, 1.10-10 1, 1.10-10 6, 1.10-11 4, 2.10-11 3, 3.10-11
Wolfram
W-176 0.600 6, 8.10-10 0.300 5, 5.10-10 3, 0.10, 0.10-10 2-10 1-1 10, 3.10, 0.10-10
W-177 0.600 4, 4.10-10 0.300, 2.10 3-10 1-1 10, 7.10, 1.10-10 7, 2.10-11 5, 8.10-11
W-178 0.600 1, 8.10-1 0.300, 4.10 9-9 7-10-4, 3.10, 5.10-2, 10-10-10 2, 2.10-10
W-179 0.600 3, 4.10-11 0.300 2, 0.10-0.10-11 1, 11 6, 2.10-12 4, 2.10-12 3, 3.10-12
W-181 0.600 6, 3.10-10 0.300 4-10 2-10, 5.10-1, 10-10, 5.10 9-11, 7-11
W-185 0.600 4, 4.10-9, 3.10 0.300 3-9 1-9, 9-10-10, 5-10, 5.10 4, 4.10-10
W-187 0.600 5, 5.10-9 0.300 4, 3.10-9 2, 2.10-9 1-9, 3.10, 8.10 7-10 6, 3.10-10
W-188 0.600 2, 1.10-8 0.300 1.5x10-8 7-10-9, 4-9 2-2 9, 6.10, 1.10-9
rhenium
Re-177 1.000 2, 5.10-10 0.800 1, 4.10-10 7, 2.10-11 4, 1.10-11 2-2 11, 8.10, 2.10-11
Re-178 1.000 2, 9.10-10 0.800 1, 6.10-10 7, 9.10, 11-4, 11-3, 11-2, 1.10-5.10-11
Re-181 4 1.000, 2.10-9 0.800 2, 8.10-9 1-9 8, 4.10, 2.10-10 5-10 4, 4.10, 2.10-10
Re-182 1.000 1-8, 4.10 0.800 8, 9.10-9 4, 7.10-9 2, 8.10-9 1-1 9, 8.10, 4.10-9
Re-182 1.000 2, 4.10-9 0.800 1 7.10-9 8, 9.10-10 5, 2.10-10 3, 5.10-2, 10-10-10
Re-184 1.000 8, 9.10-9 0.800 5, 6.10-9 3, 0.10-9 1, 8.10-9 1-1 9, 3.10, 0.10-9
Re-184m 1.000 1, 7.10-8 0.800 9-9 4, 8.10, 9.10-9 2, 8.10, 9.10-9 1-1 9, 5.10-9
Re-186 1.000 1-8, 9.10 0.800 1, 1.10-8 5, 5.10-9 3, 0.10-9 1-1 9, 9.10, 5.10-9
Re-186m 1.000 3, 0.10-8 0.800 1, 6.10, 6.10-8 7-9 4-9-2, 4.10, 8.10-9 2, 2.10-9
Re-187 1.000 6, 8.10-11 0.800 3, 8.10-11 1-1 11, 8.10, 0.10-11-6, 12-5, 1.10-12
Re-188 1.000 1, 7.10-8 0.800 1, 1.10-8, 4.10, 5-9 2, 9.10-9 1-1 9, 8.10, 4.10-9
Re-188m 1.000 3, 8.10-10 0.800 2, 3.10-10 1, 1.10-10 6, 1.10-11 4, 0.10-11 3, 0.10-11
Re-1.000 9, 189 8.10-9 0.800 6, 2.10-9 3, 0.10-9 1-1 9, 6.10, 0.10-9 7, 8.10-10
Osmium
OS-180 0.020 1, 6.10-8.10 0.010 9, 10-11, 5-11 3, 1.10, 2.10-11 2, 2.10-1, 11-11-10
OS-181 0.020 7, 6.10-10 0.010 5, 0.10-10 2, 7.10, 7.10-10 1-1 10, 1.10-10 8, 9.10-11
OS-182 0.020 4, 6.10-9 0.010 3, 2.10-9 1-1 9, 7.10, 1.10-9 7, 0.10-10 5, 6.10-10
OS-185 0.020 3, 8.10-9 0.010 2, 6.10-9 1, 5.10-9 9, 8.10-10 6, 5.10-10 5, 1.10-10
OS-2, 189m 0.020 1.10-10 0.010 1, 3.10-10 6, 5.10-11 3, 8.10-11 2, 2.10-11 1, 8.10-11
OS-191 0.020 6, 3.10-9 0.010 4, 1.10-9 2, 1.10, 2.10-9 1-9 7, 0.10-5, 10-10-10
OS-1, 191m 0.020 1.10-9 0.010 7, 1.10-10 3, 5.10-10 2, 1.10-10 1, 2.10-10, 9-11
OS-9, 3.10 0.020 193-9 0.010 6, 0.10-0.10-9-3, 9-1, 9-1, 8.10 the 0.10-9 8, 1.10-10
OS-194 0.020 2, 9.10-8 0.010 1, 7.10, 8.10-8 8-9 5-9 3, 2.10, 0.10-9 2, 4.10-9
Iridium
IR-182 0.020 5, 3.10-10 0.010 3, 0.10-10 1, 5.10-8, 9.10-10 11 6, 0.10-11 4, 8.10-11
IR-184 0.020 1.5x10-9 9, 0.010 7.10-10 5, 2.10-10 3, 3.10-10 2, 1.10-10 1-10-10
IR-185 0.020 2, 4.10-9 0.010 1, 6.10, 6.10-9 8-10 5-10-3, 3.10, 3.10-10 2, 6.10-10
IR-186 0.020 3, 8.10-9 0.010 2, 7.10, 5.10-9 1-9, 9-10 6, 1.10-10 4, 9.10-10
IR-186 0.020 5, 8.10-10 0.010 3, 6.10-10 2, 1.10-10 1, 3.10-10 7-10-11, 6-11, 1.10
IR-1, 187 0.020 1.10-9 0.010 7, 3.10-10 3, 9.10-10 2, 5.10-10 1-1 10, 5.10, 2.10-10
IR-4, 188 0.020 6.10-9, 3.10 0.010 3-9 1-1 9, 8.10, 2.10-9 7, 9.10-10 6, 3.10-10
IR-189 0.020 2, 5.10-9 0.010 1 7.10-9 8-10 5, 6.10, 2.10, 0.10-10 3-10 2-10, 4.10
IR-190 0.020 1, 0.10-8 0.010 7, 1.10-9 3-9, 2, 9.10, 5.10-9 1-1 9, 6.10, 2.10-9
IR-190 m 0.020 9, 4.10-10 0.010 6, 4.10, 5.10-10 3-10 2-10-1, 3.10, 5.10-1, 2.10 10-10
IR-0.020 190 m 7, 9.10, 11-5, 0.010 0.10-11 2, 6.10, 6.10-11 1-1 11, 0.10-11 8, 0.10-12
IR-192 0.020 1, 3.10-8 0.010 8, 7.10-9 4, 6.10-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
IR-192 m 2, 8.10-0.020 9 0.010 1, 4.10-9 8, 3.10-10 5, 5.10-10 3-3 10, 7.10, 1.10-10
IR-193m 0.020 3, 2.10-9 0.010 2, 0.10, 0.10-9 1-9 6, 0.10-10 3, 4.10-2, 10-10-10
IR-194 0.020 1.5x10-8 0.010 9-9-4, 8.10, 9.10-9 2, 9.10-9 1-1 9, 7.10, 3.10-9
IR-1, 194m 0.020 7.10-8 0.010 1, 1.10-8 6-9 4, 4.10, 1.10-9 2-2 9, 6.10, 1.10-9
IR-0.020 195 1, 2.10-9, 3.10 0.010 7-10 3-10 2, 6.10, 1.10-10 1-1 10, 3.10, 0.10-10
IR-0.020 195 m 2, 3.10-9 0.010 1.5x10-9 7, 3.10, 3.10-10 4-10 2-2 10, 1.10-10
Platinum
PT-186 0.020 7 8.10-10 0.010 5, 3.10-10 2, 9.10-10 1-1 10, 8.10, 2.10-10 9, 3.10-11
PT-188 0.020 6, 7.10-9 0.010 4, 5.10-9 2, 4.10, 5.10-9 1-9, 9-10 7, 5.10 6.10-10
PT-189 0.020 1, 1.10-9 0.010 7, 4.10-10 3, 9.10-10 2, 5.10-10 1-1 10, 5.10, 2.10-10
PT-191 0.020 3, 1.10-9 0.010 2, 1.10-9 1, 1.10-9 6-10 4, 9.10, 2.10-10 3, 4.10-10
PT-193 0.020 3, 7.10-10 0.010 2, 4.10-10 1, 2.10-10 6, 9.10-11 3-3 11, 9.10, 1.10-11
PT-193m 0.020 5, 2.10-9 0.010 3, 4.10-1, 9-10-9 9-10, 9.10 5, 6.10-10 4, 5.10-10
PT-195 m 0.020 7, 1.10-9 0.010 4, 6.10-9 2, 3.10-4.10-9 1, 9 7, 9.10-10 6, 3.10-10
PT-197 0.020 4, 7.10-9 0.010 3, 0.10-9 1, 5.10-9 8, 8.10-10 5, 1.10-10 4 0.10-10
PT-1, 197m 0.020 0.10-9 0.010 6, 1.10-10 3, 0.10-10 1-1 10, 8.10, 1.10-10 8, 4.10-11
PT-199 0.020 4, 7.10-10 0.010 2, 7.10-10 1, 3.10-10 7, 5.10-11 5-11, 3-11, 9.10
PT-200 0.020 1-8, 4.10, 8.10-8 0.010 9 4, 4.10-9 2, 6.10-9 1-1 9, 5.10, 2.10-9
Gold
Au-193 0.200 1, 2.10-9 0.100, 8.10-8 10 4, 6.10-10 2, 8.10-1, 10-10-10 1, 3.10-10
Au-194 0.200 2, 9.10-9 0.100 2, 2.10-9 1, 2.10-9 8, 1.10-10 5, 3.10-4, 2.10 10-10
Au-195 0.200 2, 4.10-9 0.100 1 7.10-9 8, 9.10-10 5, 4.10-10 3, 2.10-10, 5.10-2 10
Au-198 0.200 1, 0.10-8 0.100 7, 2.10-9 3, 7.10-9 2, 2.10-9 1-1 9, 3.10, 0.10-9
Au-198m 0.200 1, 2.10-8 0.100 8, 5.10-9 4, 4.10-9 2, 7.10, 6.10-9 1-1 9, 3.10-9
Au-199 0.200 4, 5.10-9 0.100 3, 1.10-9 1, 6.10-9 9, 5.10-10 5, 5.10-10 4, 4.10-10
Au-200 0.200 8, 3.10-10 0.100 4, 7.10-10 2, 3.10, 3.10-10 1-10 8-10-11, 6-11, 8.10
Au-200 m 0.200 9, 2.10-9 0.100 6, 6.10-9 3, 5.10-9 2, 2.10-9 1-1 9, 3.10, 1.10-9
Au-3 201 0.200, 1.10-10 0.100 1 7.10-10 8, 2.10-6.10-11 4, 11 3, 1.10-11 2, 4.10-11
Mercury
Hg-193-3, 3.10 1.000 10 1.000 1, 9.10-10 9, 8.10-11 5-11 3, 8.10, 9.10, 11-3, 1.10-11
0.800 4, 7.10-10 0.400 4, 4.10-10 2, 2.10-10, 1-10, 4.10 8, 3.10-6, 6.10 11-11
Hg-8 193 0.040, 5.10-10 0.020 5, 5.10-10 2, 8.10-1, 10-10-10 1 0.10-10 8, 2.10-11
Hg-1, 193m 1.000 1.10-9 1.000 6, 8.10-10 3-10-10, 2-10-1, 3.10, 5.10-1, 3.10 10-10
0.800 1, 6.10-9 0.400 1, 8.10-9 9, 5.10-10 6, 0.10-10 3-3 10, 7.10, 0.10-10
Hg-0.040 193m 3, 6.10-9 0.020 2, 4.10-1, 3.10 9-9 8-10 5, 1.10, 10 4 0.10-0.10-10
Hg-194 1.000 1, 3.10-7 1.000 1, 2.10-7 8-8-6, 4.10, 6.10-8 5, 5.10-8 5, 1.10-8
0.800 1, 1.10-7 0.400 4, 8.10-8 3, 5.10-8 2, 7.10-8 2-2 8, 3.10, 1.10-8
Hg-194 0.040 7, 2.10-9 0.020 3, 6.10, 6.10-9 2-9 1-1 9, 9.10, 5.10-9 1-9, 4.10
Hg-195 1.000 3 1.000 0.10-10, 2-10, 1-10, 6-11, 4.10 4, 2.10-11 3, 4.10-11
0.800 4, 6.10-10 0.400 4, 8.10-10 2, 5.10-10 1, 5.10-10 9, 3.10-11 7, 5.10-11
Hg-195 0.040 9, 5.10-10 0.020 6, 3.10, 3.10-10 3-10 2-10, 1, 2.10-10, 9-10-11
Hg-195 m 2 1.000, 1.10-9 1.000 1, 3.10-9 6-10 4, 8.10, 2.10-10 2-2 10, 7.10, 2.10-10
0.800 2, 6.10-9 0.400 2, 8.10-9 1-9 8, 4.10, 7.10, 1.10-10 5-10 4-10, 1.10
Hg-195 m 0.040 5, 8.10-9 0.020 3, 8.10-9 2, 0.10-9 1, 2.10-9 7, 0.10-10 5, 6.10-10
Hg-197, 9-10-1.000 10 1.000 6, 2.10-10 3, 1.10-10 1-1 10, 9.10, 2.10-10 9, 9.10-11
0.800 1, 3.10-9 0.400 1, 2.10-9 6-10 3, 1.10, 7.11-10 2, 2.10-10, 1-10-10
Hg-197 0.040 2, 5.10-9 0.020 1, 6.10-9 8-10 5, 3.10, 0.10-10 2-2 10, 9.10, 3.10-10
Hg-197m 1.000 1, 5.10-1.000 9, 5.10 9-10 4, 8.10, 9.10-10 2-10 1-1 10, 8.10, 5.10-10
0.800 2, 2.10-9 0.400 2, 5.10-9 1, 2.10-9 7-10-4, 3.10, 2.10-10 3, 4.10-10
Hg-0.040 197m 5, 2.10-0.020 3, 4.10 9-1, 9-1, 9-10 0.10-9 5, 9.10-10 4-10-10
Hg-199m 3, 4.10-1.000 10 1.000 1, 9.10-10 9, 3.10-11 5, 3.10-11 3, 6.10-11 2, 8.10-11
0.800 3, 6.10-10 0.400 2, 1.10-10 1 0.10-10 5, 8.10, 9.10-11 3-3 11, 1.10-11
Hg-199m 0.040, 7.10 3-10 0.020 2, 1.10-10 1 0.10-10 5, 9.10-11 3-3 11, 9.10, 1.10-11
Hg-203 1.000 1.5x10-8 1.000 1, 1.10-8 5, 7.10-9 3, 6.10-9 2-9-1, 3.10, 9.10-9
0.800 1, 3.10-6, 4.10 0.400 8-9 3-9, 4.10 2, 1.10-9 1-1 9, 3.10, 1.10-9
Hg-203 0.040 5, 5.10-9 0.020 3, 6.10-9 1-1 9, 8.10, 1.10-9 6-10-10, 5-10, 4.10
talium
TL-194 1.000 6, 1.10-11 1.000 3, 9.10-11 2, 2.10-11 1-1 11, 4.10, 0.10-11 8, 1.10-12
TL-194m 3, 1.000 10 1.000 8.10-2, 2.10-10 1, 2.10-10 7, 0.10-11 4-4 11, 9.10, 0.10-11
TL-195 1.000 2, 3.10-10 1.000 1, 4.10, 5.10-10 7-11, 4-11 3-10, 3.10-2, 11-10-11
TL-197, 1.10-2 1.000 10 1.000 1, 3.10-10 6, 7.10-11 4, 2.10-11 2-2 11, 8.10, 3.10-11
TL-4, 198 1.000 7.10-10 1.000 3, 3.10-10 1-1 10, 9.10, 2.10-10 8-10-11, 7-11, 3.10
TL-198m 4, 8.10-1.000 10 1.000 3, 0.10-10 1, 6.10-10 9-10-11, 6-11, 5-10, 4.10-11
TL-199-2, 3.10 1.000 10 1.000 1, 5.10-10 7-10-11, 4-11, 8.10 3, 11 2, 2.10-6.10-11
TL-1, 3.10 1.000 200-1.000 9 9, 1.10-10 5, 3.10-10 3, 5.10-10 2-2 10, 4.10, 0.10-10
TL-201-8, 4.10 1.000 10 1.000 5, 5.10, 9.10-10 2-10 1-1 10, 8.10, 2.10-10, 5.10 9-11
TL-2, 9.10 202 1.000-1.000 9 2, 1.10, 2.10-9 1-9 7, 9.10-10 5, 4.10, 5.10-10 4-10
TL-204 1.000 1, 3.10-8 8, 1.000 5.10-9 4, 2.10-9 2, 5.10-9 1-1 9, 5.10, 2.10-9
lead
PB-195 m 0.600 2, 6.10-10 0.200 1, 6.10-10 8, 4.10-11 5-11, 2.10 3, 5.10-2, 9.10, 11-11
PB-198 0.600 5, 9.10-10 0.200 4, 8.10-2, 10-1, 10-10-10-10 1-1 10, 1.10, 0.10-10
PB-199 0.600 3, 5.10-10 0.200 2, 6.10-10 1, 5.10-10 9, 4.10-11 6, 3.10-4.10-11 5, 11
PB-200 0.600 2, 5.10-9 0.200 2, 0.10-9 1, 1.10-9 7, 0.10-10 4-4 10, 4.10, 0.10-10
PB-201 0.600 9-10 0.200, 4.10, 8.10 7-10 4-10-2, 3.10, 7.10-10 1-1 10, 8.10, 6.10-10
PB-3, 4.10 0.600 202-8 0.200 1, 6.10-8 1, 3.10-8 1-2 8, 9.10, 7.10, 8.10-8 8-9
PB-202m 0.600 7, 6.10-10 0.200 6, 1.10-10 3, 5.10-10 2, 3.10-10 1-1 10, 5.10, 3.10-10
PB-203 0.600 1, 6.10-9, 3.10 0.200 1-9 6-10-4, 8.10, 3.10-2, 10-10-10 2, 4.10-10
PB-205 0.600 2, 1.10-9 0.200 9, 9.10-10 6, 2.10-10 6, 1.10-10 6, 5.10-10 2, 8.10-10
PB-209 0.600 5, 7.10-10 0.200 3, 8.10, 9.10-10 1-1 10, 1.10-10 6, 6.10-11, 5-11-10
Pb-210 0.600 8, 4.10-6 0.200 3, 6.10-6 2, 2.10-6 1-1 6, 9.10 9.10-6 6, 9.10-7
PB-211 0.600 3, 1.10-9 0.200, 4.10-1 9 7, 1.10-10 4, 1.10-10 2, 7.10-10 1, 8.10-10
PB-212 0.600 1.5x10-7 0.200 6, 3.10, 3.10-8 3-8 2-8, 1-8 6, 3.10, 0.10-9
PB-214 0.600 2, 7.10-9 0.200 1, 0.10-9 5, 2.10-10 3, 1.10-10 2, 0.10-10 1, 4.10-10
Bismuth
The BI-200 0.100 4, 2.10-10 0.050 2, 7.10-10 1, 5.10-10 9, 5.10-6, 4.10-11 11 5, 1.10-11
BI-201 0.100 1, 0.10-9 0.050 6, 7.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 4.10, 2.10-10
BI-202 0.100 6, 4.10-4, 4.10 0.050 10-10-2, 10-1, 5.10 6.10-10 1, 1.10-10 8, 9.10-11
BI-203 0.100 3, 5.10-9 0.050 2, 5.10-9 1-9, 4.10 9, 3.10-10 6, 0.10-10 4, 8.10-10
BI-205 0.100 6, 1.10-9 0.050 4, 5.10-9 2, 6.10-9 1-1 9, 7.10, 1.10-9 9, 0.10-10
BI-206 0.100 1-8, 4.10 0.050 1, 0.10-8 5, 7.10, 7.10 3-9, 9-2, 9-1, 4.10 9.10-9
BI-207 0.100 1, 0.10-8 0.050 7, 1.10-9 3-9, 2, 9.10, 5.10-9 1-1 9, 6.10, 3.10-9
BI-210 0.100 1.5x10-8 9, 0.050 7.10-9 4, 8.10, 9.10-9 2-9 1-1 9, 3.10-9
BI-2, Maine-0.100 1.10-7 0.050 9, 1.10-8 4-8 3-10, 0.10-8 1-1 8, 9.10, 5.10-8
BI-212 0.100 3, 2.10-9 0.050 1, 8.10-8, 9-10-10 5-10, 3-10-2, 3.10, 6.10-10
BI-213 0.100 2, 5.10-9 0.050 1, 4.10-6, 9-10-10 3, 9.10-10 2-2 10, 5.10, 0.10-10
BI-214 0.100 1-9, 4.10, 4.10 0.050 7-10 3-10 2, 6.10, 1.10-10 1-1 10, 4.10, 1.10-10
Polonium
After-203 1.000 2, 9.10-10 0.500 2, 4.10-1, 3.10 10-10 8-11 5, 5.10, 8.10-11 4, 6.10-11
After-205 1.000 3, 5.10-10 0.500 2, 8.10-10 1-1 10, 1.10-10 7, 2.10-11 5, 8.10-11
After-207 1.000 4, 4.10-10 0.500 5, 7.10, 2.10-10 3-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
After 1.000 210 2-6.10-8.10 0.500 8, 5-6, 4-6, 4.10 2, 6.10, 6.10-6 1-6 1, 2.10-6
astatine
At-207 1.000 2, 5.10-9 1.000 1, 6.10-9 8, 0.10-10 4, 8.10, 9.10-10 2-2 10, 4.10-10
At-211 1.000 1, 2.10-7 1.000 7 8.10-8 3, 8.10-8 2, 3.10, 3.10-8 1-1 8, 1.10-8
francium
FR-222 1.000 6, 2.10-9 1.000 3, 9.10-9 2, 0.10-9 1, 3.10-9 8, 5.10-10 7, 2.10-10
FR-223 1.000 2, 6.10-8 1.000 1, 7.10-8 8-9 5, 3.10, 0.10-9 2-2 9, 9.10, 4.10-9
Radium
RA-223 0.600 5, 3.10-6 0.200 1, 1.10-6 5, 7.10-7 4, 5.10-7 3, 7.10-7 1,-7
RA-224 0.600 2, 7.10-6 0.200, 6.10-6 7 3, 5.10-7 2-2 7, 6.10, 0.10-7 6, 5.10-8
RA-225 0.600 7, 1.10-6 0.200 1, 2.10-6 6, 1.10-7 5, 0.10-4, 4.10 7-7 9, 9.10-8
RA-226 0.600 4, 7.10-6 0.200 9, 6.10-7 6-7 8, 2.10, 0.10-7 1, 5.10-6 2, 8.10-7
RA-227 0.600 1, 1.10-9 0.200 4, 3.10-10 2, 5.10-1, 10-10-10 1, 3.10-10 8, 1.10-11
RA-228 0.600 3, 0.10-5 5 0.200, 7.10-6, 4.10 3-6 3-6 5, 9.10, 3.10-6 6, 9.10-7
Actinium
AC-224 0.005 1, 0.10-8 5, 0.10-4 5, 2.10-9 2, 6.10-9 1, 5.10-9 8-10 7, 8.10, 0.10-10
The AC-225 0.005 4, 6.10-7 5, 0.10-4 1, 8.10-7 9, 1.10-8, 4.10, 5-8 3-8, 2-8, 4.10
AC-1, 226 0.005 4.10-7 5, 0.10-4 7, 6.10-8 3, 8.10-8 2, 3.10, 3.10-8 1-1 8, 0.10-8
AC-227 0.005 3, 3.10-5 5, 0.10-4 3-6 2, 1.10, 2.10-6 1, 5.10-6 1, 2.10-6 1, 1.10-6
AC-228 0.005, 4.10 7-9 5, 0.10-4, 8.10 2-9 1-9 8, 4.10, 7.10-10 5-10-4, 3.10, 3.10-10
thorium
Th-226 0.005 4, 4.10-9 5, 0.10-4, 4.10 2-9 1-9, 2.10 6, 7.10-10 4, 5.10-10 3, 5.10-10
Th-227 0.005 3, 0.10-7 5, 0.10-0.10-4 7, 8 3, 6.10-8 2, 3.10-8 1, 5.10-8 8, 8.10-9
Th-228 0.005 3-6 5, 7.10, 0.10-4 3, 7.10-7 2, 2.10-7 1, 5.10-7 9, 4.10-8 7, 2.10-8
Th-229 0.005 1, 1.10-5 5, 0.10, 0.10-4 1-6 7, 8.10-7 6, 2.10-7 5-7-4, 3.10, 9.10-7
Th-230 0.005 4, 1.10-6 5, 0.10-4 4, 1.10-7 3, 1.10-7 2-2 7, 4.10, 2.10-7 2, 1.10-7
Th-231 0.005 3, 9.10-9 5, 0.10-4 2, 5.10-9 1, 2.10-9 7-10 4, 4.10, 2.10-10 3, 4.10-10
Th-232 0.005 4, 6.10-6 5, 0.10-4 4, 5.10-7 3, 5.10-7 2-2 7, 9.10, 5.10-7 2, 3.10-7
Th-234 0.005 4 0.10-8 5, 0.10-4 2, 5.10-8 1, 3.10-8, 4.10 7-9 4-9, 2.10 3, 4.10-9
PA
PA-5, 227 0.005 8.10-9 5, 0.10-4 3, 2.10-9 1, 5.10-9 8-10-10, 5-10-4, 8.10, 5.10-10
PA-228 0.005 1, 2.10-8 5, 0.10-4, 8.10-9 2, 6.10, 6.10-9 1-9, 9-10-10 7, 8.10-10
PA-230 0.005 2, 6.10-8 5, 0.10-4 5, 7.10-9 3, 1.10-9 1-1 9, 9.10, 1.10-9 9, 2.10-10
PA-231 0.005 1, 3.10-5 5, 0-1 4, 3.10-6 1-6 9, 1.10, 2.10-7 8, 0.10-7 7, 1.10-7
PA-232 0.005 6, 3.10-9 5, 0.10-4 4, 2.10-9 2, 2.10-9 1-9, 4.10 8, 9.10-10 7, 2.10-10
PA-233 9 0.005, 7.10-9 5, 0.10-4 6, 2.10-9, 2.10 3-9 1-1 9, 9.10, 1.10-9 8, 7.10-10
PA-234 0.005 5, 0.10, 0.10-9 5-4 3, 2.10-9 1-1 9, 7.10, 0.10-6, 4.10 9-10 5, 1.10-10
Uranus
U-230 0.040 7, 9.10-7 0.020 3, 0.10-7 1-1 7, 5.10, 0.10-7 6-8 5, 6.10, 6.10-8
U-231 0.040 3, 1.10-9 0.020 2, 0.10, 0.10-9 1-9 6, 1.10-10 3, 5.10-10 2, 8.10-10
U-232 0.040 2, 5.10-6 0.020 8, 2.10-7 5, 8.10-7 5, 7.10-7 6, 4.10-7 3, 3.10-7
U-233 0.040 3, 8.10-7 0.020 1, 4.10-7 9, 2.10-8 7-8 7, 8.10, 8.10-8 5, 1.10-8
U-234 0.040, 7.10 3-7 0.020 1, 3.10-7 8, 8.10-8 7-8 7, 4.10, 4.10-8 4, 9.10-8
U-235 0.040 3, 5.10-7 0.020 1, 3.10-7 8, 5.10-8 7-8 7, 1.10, 0.10-8 4, 7.10-8
U-236 0.040 3, 5.10-7 0.020 1, 3.10-8, 4.10 7-8 7-8 7, 0.10, 0.10-8 4, 7.10-8
U-237 0.040 8, 3.10-0.020 5, 4.10 9-9 2, 8.10-9 1, 6.10-9 9, 5.10-10 7, 6.10-10
U-238 0.040 3, 4.10-7 0.020 1, 2.10-7 8, 0.10-8 6, 8.10-8 6, 7.10-8 4, 5.10-8
U-239 0.040 3, 4.10-10 0.020 1, 9.10-10 9, 3.10-11 5-11, 4.10, 5.10 3-11 2-10-11
U-1, 3.10 0.040 240-8 0.020 8, 1.10-9 4, 1.10-9 2, 4.10, 4.10-9 1-1 9, 1.10-9
neptunium
NP-232 0.005 8, 7.10-11 5, 0.10-4 5, 1.10-2, 11-1, 11-10-10-11 1, 2.10-11 9-12, 7.10
NP-233 0.005 2, 1.10-11 5, 0.10-4 1, 3.10-6, 11-4, 12-12 2-2 12, 8.10, 2.10-12
NP-234 0.005 6, 2.10-9 5, 0.10-4, 4.10-4 9 2, 4.10-9 1-1 9, 6.10, 0.10-9 8, 1.10-10
NP-235 0.005 7, 1.10-10 5, 0.10-4 4, 1.10-10 2, 0.10-10 1, 2.10-10 6, 8.10-11 5, 3.10-11
NP-1, 236 0.005 9.10-7 5, 0.10-4 2, 4.10, 8.10-8 1-1 8, 8.10-8 1-1 8, 8.10, 7.10-8
NP-0.005 236 2, 5.10-9 5, 0.10-4 1, 3.10-6, 9-10 4 0.10-10 2, 4.10-10 1, 9.10-10
NP-237 0.005 2, 0.10-6 5, 0.10-4 2, 1.10-7 1-1 7, 4.10, 1.10-7 1-1 7, 1.10, 1.10-7
NP-238 9 0.005, 5.10-9 5, 0.10-4 6, 2.10-9, 2.10 3-9 1-1 9, 9.10, 1.10-9 9, 1.10-10
NP-239 0.005 8, 9.10-9 5, 0.10-4 5, 7.10-9 2, 9.10-9 1-1 9, 7.10, 0.10-9 8, 0.10-10
NP-240 0.005 8, 7.10-10 5, 0.10-4 5, 2.10-10 2, 6.10, 6.10-10 1-1 10, 0.10-10 8, 2.10-11
plutonium
Pu-234 0.005 2, 1.10-9 5, 0.10-4 1-5 9, 1.10, 5.10-10 3-10-2, 3.10, 0.10-10 1, 6.10-10
Pu-0.005 235 2, 2.10-11 5, 0.10-4 1, 3.10-11 6, 5.10-12 3, 9.10-12 2-2 12, 7.10, 1.10-12
Pu-236 0.005 2, 1.10-6 5, 0.10-4 2, 2.10-7 1-1 7, 4.10, 0.10-7 8-8 8, 5.10, 7.10-8
Pu-237 0.005 1, 1.10-9 5, 0.10-4 6, 9.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 3.10, 0.10-10
Pu-238 0.005 4, 5, 6 0.10-0.10-0.10-4 4 7 3, 1.10-7 2-2 7, 4.10, 2.10-7 2, 3.10-7
Pu-239 0.005 4, 2.10-6 5, 0.10-4 4, 2.10-7 3, 3.10-7 2, 7.10-7 2-2 7, 4.10, 5.10-7
Pu-240 0.005 4, 2.10-6 5, 0.10-4 4, 2.10-7 3, 3.10-7 2, 7.10-7 2-2 7, 4.10, 5.10-7
Pu-241 0.005 5, 6.10-8 5, 0.10-4 5-5 9, 7.10, 5.10-9 5, 1.10-9 4-4 9, 8.10, 8.10-9
Pu-242 0.005 4, 5, 6 0.10-0.10-0.10-4 4 7 3, 7 2, 2.10-6.10-7 2-2 7, 3.10, 4.10-7
Pu-243 0.005 1, 0.10, 0.10-9 5-4 6, 2.10-10 3, 1.10-10 1-1 10, 8.10, 1.10-10 8, 5.10-11
Pu-244 0.005 4, 5, 6 0.10-0.10-4 4-7-3, 1.10, 2.10-7 2, 6.10-7 2-2 7, 3.10, 4.10-7
Pu-245 0.005 8, 0.10, 0.10-9 5-4 5, 1.10-9 2, 6.10-9 1, 5.10-9 8, 9.10-10 7, 2.10-10
Pu-246 0.005 3-8 5, 6.10, 0.10-4 2, 3.10-8 1, 2.10-8 7, 1.10-9 4, 1.10-9 3, 3.10-9
americium
Am-237 0.005 1 7.10-10 5, 0.10-0.10-4 1, 10 5, 5.10-11 3, 3.10-11 2, 2.10-11 1, 8.10-11
Am-238 0.005 2, 5.10-5 10, 0.10-4 1, 6.10-10 9, 1.10-11 5-11, 4, 9.10, 0.10-11 3, 2.10-11
Am-239 0.005 2, 6.10-9 5, 0.10-4 1, 7.10-9 8, 4.10-105, 1.10-10 3, 0.10-10 2, 4.10-10
Am-240 0.005 4-9 5-10, 0.10-4 3, 3.10-9 1-1 9, 8.10, 2.10-9 7, 3.10-10 5, 8.10-10
Am-241 0.005 3-6 5, 7.10, 0.10-4 3, 7.10, 7.10-7 2-7 2-2 7, 2.10, 0.10-7 2, 0.10-7
Am-242 0.005 5, 0.10, 0.10-9 5-4 2, 2.10-9 1, 1.10-6, 4.10 9-10 3-3 10, 7.10, 0.10-10
Am-242 m 0.005 3-6 5, 1.10, 0.10-4 3, 0.10-7 2-2 7, 3.10, 0.10-7 1-1 7, 9.10, 9.10-7
Am-243 0.005 3, 6.10-6 5, 0.10-4 3, 7.10, 7.10-7 2-7 2-2 7, 2.10, 0.10-7 2, 0.10-7
Am-244 0.005 4, 9.10-9 5, 0.10-4 3, 1.10-9 1-9 9, 6.10, 6.10-10 5, 10 4, 8.10-6.10-10
Am-244m 0.005 3, 7.10-10 5, 0.10, 0.10-4 2-10 9, 6.10-11 5, 5.10-11 3, 7.10-11 2, 9.10-11
Am-245 0.005 6, 8.10-10 5, 0.10-4 4, 5.10-10 2, 2.10-1, 3.10-10 10 7, 9.10, 11-6, 2.10-11
Am-246 0.005 6, 7.10-10 5, 0.10-4 3, 8.10, 9.10-10 1-1 10, 1.10-10 7, 3.10-11 5, 8.10-11
Am-246m 0.005 3, 9.10-10 5, 0.10-4 2, 2.10-10 1, 1.10-10 6, 4.10-11 4, 4.10-11 3, 4.10-11
curium
Cm-238 0.005 7 8.10-10 5, 0.10-4 4, 9.10-10 2, 6.10, 6.10-10 1-1 10, 0.10, 0.10-10 8-11
Cm-240 0.005 2, 2.10-7 5, 0.10-4, 8.10-8 2, 5.10-8 1, 5.10-8 9, 2.10-9 7, 6.10-9
Cm-241 0.005 1, 1.10-8 5, 0.10-4, 5-9 3-10, 0.10-9 1-1 9, 9.10, 1.10-9 9, 1.10-10
Cm-242 0.005 5-5 7, 9.10, 0.10-4 7, 6.10-8 3, 9.10-8 2, 4.10, 5.10-8 1-1 8, 2.10-8
Cm-243 0.005 3-6 5, 2.10, 0.10-4 3, 3.10-7 2, 2.10-7 1, 6.10-7 1-1 7, 4.10, 5.10-7
Cm-244 0.005 2-6 5, 9.10, 0.10-4 2, 9.10-7 1-1 7, 9.10, 4.10,-7 1, 2.10-7 1, 2.10-7
Cm-245 0.005 3-6 5, 7.10, 0.10-4 3, 7.10-7 2, 8.10-7 2-2 7, 3.10, 1.10-7 2, 1.10-7
Cm-246 0.005 3-6 5, 7.10, 0.10-4 3, 7.10-7 2, 8.10-7 2, 2.10-7 2-2 7, 1.10, 1.10-7
Cm-247 0.005 3, 4.10-6 5, 0.10-4 3, 5.10-7 2-2 7, 6.10, 1.10-7 1-1 7, 9.10, 9.10-7
Cm-248 0.005 1-5 5, 4.10, 0.10-4 1-1 6, 4.10, 0.10-8, 4.10 6-7 7-7 7, 7.10, 7.10-7
Cm-249 0.005 3, 9.10-10 5, 0.10-4 2, 2.10-10 1, 1.10-10 6, 1.10-11 4, 0.10-11 3, 1.10-11
Cm-250 0.005 7 8.10-5 5, 0.10-4 8, 2.10-6 6, 0.10-6 4, 9.10-6 4-6 4, 4.10, 4.10-6
Berkelium
BK-245 0.005 6, 1.10-9 5, 0.10-4 3, 9, 2, 9.10-0.10-9 1, 2.10-9 7, 2.10-10, 5-10-10
BK-246 0.005 3, 7.10-9 5, 0.10-4 2, 6.10-9 1-9 9, 4.10, 4.10-10 6, 0.10-10 4, 8.10-10
BK-0.005 247 8, 9.10-6 5, 0.10-4 8, 6.10-7 6-7 4, 3.10, 6.10-8.10-7 3, 7 3, 5.10-7
BK-249 0.005 2, 2.10-8 5, 0.10-4 2, 9.10-9 1-1 9, 9.10, 4.10-9 1-9 9, 1.10, 7.11-10
BK-250 0.005 1.5x10-9 5, 0.10-4 8, 5.10-10 4, 4.10-10 2, 7.10, 7.10-10 1-1 10, 4.10-10
californium
CF-244 9 0.005, 8.10-10 5, 0.10-4, 8.10-10 2, 4.10-1, 3.10 10-10 8-11 7, 9.10, 0.10-11
The CF-5, 246 0.005 0.10-8 5, 0.10-4 2, 4.10-8 1, 2.10-8 7-9-4, 3.10, 1.10-9 3, 3.10-9
CF-248 0.005 1.5x10-6 5, 0.10-4 1, 6.10-7 9, 9.10-8 6, 0.10-8 3, 3.10-8 2, 8.10-8
CF-249 9 0.005, 0.10-6 5, 0.10-4 8, 7.10-7 6-7 4, 4.10, 7.10-7 3-3 7, 8.10, 5.10-7
CF-250 0.005 5-6 5, 7.10, 0.10-4 5, 5.10-7 3, 7.10-7 2, 3.10-7 1-1 7, 7.10, 6.10-7
CF-251 0.005 9, 1.10-6 5, 0.10-4, 8.10-8 7 6, 5.10-7 4, 7.10-7 3-3 7, 9.10, 6.10-7
Cf-252 0.005 5, 6 5, 0.10-0.10-4 5-7 3, 1.10, 2.10-7 1-1 7, 9.10, 0.10-7 9, 0.10-8
CF-253 0.005 1, 0.10-7 5, 0.10-4 1, 1.10-8 6, 0.10-9 3, 7.10-9 1-1 9, 8.10, 4.10-9
CF-0.005 254 1-5 5, 1.10, 0.10-4 2, 6.10-6 1-6, 4.10, 4.10 8-7 5, 0.10, 0.10-7 4-7
Einsteinium
250 2 of the EC-0.005, 3.10-5 10, 0.10-4 9, 9.10-5, 11-3, 11-10-10-11 2-2 11, 6.10, 1.10-11
EC-1, 251 0.005 9.10-9 5, 0.10-4 1, 2.10-9 6-10 3, 1.10, 7.11-10 2, 2.10-10, 1-10-10
EC-1, 253 0.005 7.10-7 5, 0.10-4 4, 5.10-8 2, 3.10-8 1-8, 4.10 7, 6.10-9 6, 1.10-9
EC-1, 254 0.005 4.10-6 5, 0.10-4 1, 6.10-7 9, 8.10-8 6, 0.10-8 3, 3.10-8 2, 8.10-8
EC-254m 0.005 5, 7.10-8 5, 0.10-0.10-4 3 8 1, 5.10-8 9, 1.10, 2.10-9 5-9 4-9, 2.10
fermium
FM-252 0.005 3, 8.10-8 5, 0.10, 0.10-4 2-8 9-9 5, 9.10, 9.10-9 3, 3.10-9 2, 7.10-9
FM-253 0.005 2, 5.10-8 5, 0-4 6, 7.10-3, 4.10 9-2, 9-1, 9 1.10 1.10-9 9, 1.10-10
FM-254 0.005 5, 6.10-9 5, 0.10-4 3, 2.10-9 1, 6.10-9 9, 3.10-10 5, 6.10-10 4, 4.10-10
FM-255 0.005 3, 3.10-8 5, 0.10-4 1-8 9, 9.10, 5.10-9 5, 6.10-9 3, 2.10-9 2, 5.10-9
FM-257 0.005 9, 8.10-7 5, 0.10-4 1, 1.10-7 6, 5.10-8 4, 0.10-8 1-1 8, 9.10, 5.10-8
mendelevium
MD-257 0.005 3, 1.10-9 5, 0.10-4, 8.10-8 10 4, 5.10-2, 10-10-10 1-1 10, 5.10, 2.10-10
MD-258 0.005 6, 3.10-7 5, 0.10-4 8, 9.10-8 5, 0.10, 0.10-8 3-8 1-1 8, 6.10, 3.10-8
Table 6
Conversion factors for the conversion of hinh inhalation intakes of radionuclides
aerosols on time effective dose for individuals of the population.
Conversion factors for inhaled intake are hinh listed depending
on the type of absorption in the lungs.
Appropriate parameters for the individual chemicals and compounds are
listed in table 3 of this annex.
Conversion factors are listed for the age group under 1 year, 1 to 2
years 2 to 7 years, 7-12 years, 12 to 17 years of age and older for 17 years, which is the
conversion factor for those adults.
-------------------------------------------------------------------------------------------------------------------------
element of the age 1 year h < f1 [Sv/Bq]
Nuclide is inh
----------------------- ---------------------------------------------------------------
type f1 hinh > 1 year 1-2 2-7 7-12 1 2-17 > 17
(adult)
-------------------------------------------------------------------------------------------------------------------------
hydrogen
H-3 (F) 1.000 2, 6.10 11 1.000-2, 0.10-11 1, 1.10-8, 2.10 11-12 5-6 12, 9.10, 2.10-12
M-3, 4.10 0.200 10 0.100 2, 7.10-10 1, 4.10-10 8, 2.10-11 5-11-4, 3.10, 5.10-11
With 0.020 1, 2.10-9 0.010 1, 0.10-9 6-10 3, 3.10, 8.10-10 2-2 10, 8.10, 6.10-10
beryllium
Be-7 M 2, 5.10-0.020 10 0.005 2, 1.10-1, 2.10 10-10 8-11 6, 3.10, 2.10-11 5, 0.10-11
With 0.020 2, 8.10-10 0.005 2, 4.10, 4.10-10 1-10 9, 6.10-8.10-11 6, 11 5, 5.10-11
The be-10 M 0.020 4, 1.10-8, 4.10 0.005 3-8 2-8, 1-8-1, 3.10, 1.10-8 9, 6.10-9
9, with 9.10-0.020 8 9 0.005, 1.10-8 6-8 4, 1.10, 2.10-8 3-3 8, 7.10, 5.10-8
carbon
C-11 (F) 1.000 1, 0.10-10 1.000 7, 0.10-11 3, 2.10-11 2, 1.10-11 1-1 11, 3.10, 1.10-11
M 0.200 1.5x10-10 0.100 1, 1.10-10 4, 11 3, 9.10-2.10-11 2, 1.10-11 1, 8.10-11
With 0.020 1, 6.10-10 0.010 1, 1.10-10 5, 1.10-11 3, 3.10-11 2, 2.10-11 1, 8.10-11
C-14 (F) 1.000 6, 1.10-10 1.000 6, 7.10-10 3, 6.10-10 2, 9.10-10 1-2 10, 9.10, 0.10-10
M 8 0.200, 3.10-9 0.100 6, 6.10-9 4, 0.10-9 2, 8.10-9 2-2 9, 5.10, 0.10-9
1, with 9.10-0.020 8 0.010 1, 7.10, 1.10-8 1-8 7-9-6, 4.10, 4.10, 8.10-9 5-9
fluorine
F-18 F 2, 1.000 10 1.000-1, 9.10-10 9, 1.10-11 5-11, 3-11, 4.10, 8.10 2-11
M 4, 1.10-1.000 10 1.000 2, 9.10-10 1, 5.10-10 9-10-11, 6-11, 9.10 5, 6.10-11
With 1.000 4, 2.10-10, 1.10 1.000 3-10 1-1 10, 5.10, 0.10-10 7, 3.10-5, 9.10, 11-11
sodium
At-22 (F) 1.000 9, 7.10-9 1.000 7, 3.10-9 3, 8.10-9 2, 4.10, 5.10-9 1-1 9, 3.10-9
On-24 (F) 1.000 2, 3.10-9 1.000 1, 8.10-9 9, 3.10-10 5-10-10, 3-10, 4.10 2, 7.10-10
magnesium
Mg-28 (F) 1.000 5, 3.10-9 0.500 4, 7.10-9 2, 2.10-9 1-9, 3.10, 3.10-10 7 6, 0.10-10
1.000 m 7, 3.10-9, 2.10 7 0.500-9 3, 5.10-9 2, 3.10-9 1-1 9, 5.10, 2.10-9
aluminum
Al-26 F 0.020 8, 1.10-8 0.010 6, 2.10-8 3-8-2, 2.10, 0.10-8 1-1 8, 3.10, 1.10-8
0.020 m 8, 8.10-8 0.010 7-8, 4.10, 4.10 4-8 2-2 8, 9.10, 2.10, 0.10-8 2-8
Silicon
SI-31 F 0.020 3, 6.10-10 0.010 2, 3.10-10 9, 5.10-11 5-11 3, 9.10, 11 2, 2.10-7.10-11
0.020 m 6, 9.10-10 0.010 4, 4.10-10 2, 0.10-10 1, 3.10-10 8-11 7, 9.10, 4.10-11
With 0.020 7, 2.10-10 0.010 4, 7.10, 2.10-10 2-10 1-10 9, 4.10, 5.10-7, 9.10, 11-11
SI-32 F 0.020 3, 0.10-8 0.010 2, 3.10-8 1, 1.10-8, 4.10 6-9 3-3 9, 8.10, 2.10-9
0.020 m 7, 1.10-8 0.010 6, 0.10-8 3, 6.10-8, 4.10 2-8 1-1 8, 9.10, 7.10-8
With 0.020 2, 8.10-7 0.010 2, 7.10-7 1-1 7, 9.10, 3.10-7 1-1 7, 1.10 1.10-7
phosphorus
P-32 F 1.000 1, 2.10-8 0.800 7, 5.10-9, 2.10 3-9 1-9 9, 8.10, 8.10-10 7, 7.10-10
1.000 m 2, 2.10-8 0.800 1.5x10-8 8, 0.10-9 5-9-4, 3.10, 0.10-3, 4.10 9-9
P-33 (F) 1.000 1, 2.10-9 0.800 7 8.10-10 3, 0.10, 0.10-10 2-10 1-10 9, 1.10, 2.10-11
M 1.000 6, 1.10-9 0.800 4, 6.10-9 2-2 9, 8.10, 1.10-9 1-1 9, 9.10, 5.10-9
sulphur
S-35 (F) 1.000 5, 5.10-10 0.800 3, 9.10-10 1-1 10, 8.10, 1.10-10 6, 0.10-11 5, 1.10-11
(inorganic) M 0.200 5, 9.10-9 0.100, 5.10 4-9 2-2 9, 8.10, 0.10-9 1-1 9, 8.10, 4.10-9
With 0.020 7, 7.10-9 0.010 6, 0.10-9 3, 6.10, 6.10-9 2-2 9, 3.10-9 1-9, 9.10
chlorine-free
CL-36 F 1.000 3, 9.10-9 1.000 2, 6.10-9 1, 1.10-9 7, 1.10-10 3, 9.10-10 3, 3.10-10
M 1.000 3 1.000, 1.10-8 2-8 1-1 8, 5.10, 0.10-8 8, 8.10-9 7, 3.10-9
CL-38 (F) 1.000 2, 9.10-10 1.000 1, 9.10-10 8-11, 4.10, 5, 1.10-11 3, 0.10-11 2, 5.10-11
M 1.000 4, 7.10-10 1.000 3, 0.10-10 1-10 8, 4.10, 5.10-11 5-11, 4.10, 5.10 4-11
CL-39 (F) 1.000 2, 7.10-10 1.000 1, 8.10-8, 4.10-10 11 5, 1.10-11 3, 1.10-11 2, 5.10-11
M-4, 3.10-1.000 10 1.000 2, 8.10-1, 3.10-10 10 8, 5.10-11 5, 6.10, 6.10 11-4-11
potassium
K-40 (F) 1.000 2-8, 4.10, 1.000 1, 7.10-8 7, 5.10-9 4, 5.10-9 2-2 9, 5.10, 1.10-9
K-42 (F) 1.000 1, 6.10-9 1.000 1, 0.10-4, 4.10 9-10 2-10 1-1 10, 5.10, 2.10-10
K-43 (F) 1.000 1, 3.10-1.000 9, 9-4, 10-10-10-10 2, 9.10-10 1-1 10, 7.10, 4.10-10
K-44 (F) 1.000 2, 2.10-10 1.000 1, 4.10, 5.10-10 6-11 4, 0.10-11 2-2 11, 4.10, 0.10-11
K-45 (F) 1.000 1, 5.10-10 1.000 1, 0.10-10 4, 8.10-11 3, 0.10-11 1-1 11, 8.10, 5.10-11
calcium
CA-41 F 0.600 6, 7.10-10 0.300, 8.10 3-10 2-3 10, 3.10, 3.10-10 3-10 1-10-10
M 0.200 4, 2.10-10 0.100 2, 6.10-10 1-1 10, 7.10, 7.10-10 1, 6.10-10 9, 5.10-11
With 0.020 6, 7.10-10 0.010 6, 0.10-10 3, 8.10-10 2, 4.10-10 1-1 10, 9.10, 8.10-10
CA-45 F 5, 0.600 7.10-9 0.300 3, 0.10-9 1-1 9, 4.10, 0.10-9 7, 6.10, 6.10-10 4-10
M 0.200 1, 2.10-8 0.100, 8.10-8 9 5, 3.10-9 3-3 9, 9.10, 5.10-9 2, 7.10-9
With 0.020 1.5x10-8 0.010 1, 2.10-8 7, 2.10-9 5, 1.10-9 4-9 3-9-10
CA-47 F 0.600 4, 9.10-9 0.300 3, 6.10-9 1-1 9, 7.10, 1.10-9 6, 1.10-10 5, 5.10-10
M 0.200 1, 0.10-8 0.100 7, 7.10-9 4, 2.10-9 2-2 9, 9.10, 4.10-9 1-9, 9.10
With 0.020 1, 2.10-8 0.010 8, 5.10-9 4, 6.10-9 3, 3.10-9 2-2 9, 6.10, 1.10-9
scandium
SC-43 with a 0.001 9, 3.10-10 1 0.10-4 6, 7.10-10 3, 3.10-10 2, 2.10-10 1-1 10, 4.10, 1.10-10
SC-44 with a 0.001 1, 6.10-9 1, 0.10-4 1, 2.10-9 5, 6.10, 6.10-10 3-10 2-10-1, 3.10, 8.10-10
SC-44 with 1 0.001, 1.10-8 1, 0.10-4 8, 4.10-4 9, 2.10-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
SC-46 with a 0.001 2, 8.10-8 1, 0.10-4 2, 3.10-8 1-8 9, 4.10, 8.10-9 8-9-6, 4.10, 8.10-9
SC-47 with 4 0.001, 0.10, 0.10-9 1-2 4, 8.10-9 1-1 9, 5.10, 1.10-9 9, 2.10-10 7, 3.10-10
SC-48 with a 0.001, 8.10 7-9 1-4 5, 0.10 to 9.10-9 3, 1.10-9 2, 0.10-9 1-1 9, 4.10, 1.10-9
SC-49, with 9.10 0.001 3-10 1-4, 2-10-1, 4.10, 1.10-10 7, 1.10-11 4-4 11, 7.10, 0.10-11
Titan
TI-44 F 0.020 3, 1.10-7 0.010 2, 6.10-7 1, 5.10-7 9, 6.10, 6.10-8 6-8 6, 1.10-8
0.020 m 1, 7.10-7 0.010 1.5x10-7 9, 2.10-8 5, 9.10-8 4-4 8, 6.10, 2.10-8
With 0.020 3, 2.10-7 0.010 3, 1.10-7 2, 1.10-7 1, 5.10-7 1-1 7, 3.10, 2.10-7
TI-45 F 0.020 4, 4.10-10 0.010 3, 2.10-10 1, 5.10-10 9, 1.10-11 5-11, 1.10, 2.10 4-11
0.020 m 7-10, 4.10 0.010 5, 2.10-10 2, 5.10-10 1-1 10, 6.10, 1.10-10 8, 8.10-11
With 0.020 7, 7.10-10 0.010 5, 5.10-10 2, 7.10, 7.10-10 1-1 10, 1.10-10 9, 3.10-11
vanadium
V-47 F 0.020 1, 8.10-10 0.010 1, 2.10-10 5, 6.10-11 3, 5.10-11 2, 1.10-1, 11-11-10
0.020 m 2, 8.10-10 0.010 1, 9.10-10 8, 6.10-11 5, 5.10-11 3, 5.10-11 2, 9.10-11
V-48 F 0.020 8, 4.10-6, 4.10 0.010 9-9 3, 3.10-9 2, 1.10-9 1-1 9, 3.10, 1.10-9
0.020 m 1, 4.10-8 0.010 1, 1.10-8 6-9-4, 3.10, 3.10-9 2-2 9, 9.10, 4.10-9
In-49 F 0.020 2, 0.10-10 0.010 1, 6.10-10 7-10-11, 4-11-2, 3.10, 5.10-11 2, 1.10-11
0.020 m 2, 8.10-10 0.010 2, 1.10-10 1, 1.10-10 6, 3.10-11 4, 0.10-11 3, 4.10-11
chrome
CR-48 F 0.200 7, 6.10-10 0.100 6, 0.10-10 3, 1.10-10 2, 0.10-10 1, 2.10-10 9, 9.10-11
M 0.200 1, 1.10-9 0.100 9, 1.10-10 5, 1.10-10 3, 4.10, 5.10-10 2-2 10, 0.10-10
With 0.200 1, 2.10-9 0.100 9, 8.10-10 5, 5.10-10 3-10-10, 2-10, 8.10 2, 2.10-10
CR-49 F 0.200 1, 9.10-10 0.100 1, 3.10-10 6, 0.10-11 3, 7.10-11 2, 2.10-11 1, 9.10-11
M 0.200 3, 0.10-10 0.100 2, 0.10-10 9, 5.10-11 6, 1.10-11 4, 0.10-11 3, 3.10-11
With 0.200 3, 1.10-10 0.100 2, 1.10-10 9, 9.10-6, 4.10-11 11 4, 2.10-11 3, 5.10-11
CR-51 F 0.200 1 7.10-10 0.100 1, 3.10-10 6, 3.10-11 4, 0.10-11 2-2 11, 4.10, 0.10-11
M 0.200 2, 6.10-10 0.100 1, 9.10-10 1 0.10-10 6, 4.10-11 3-3 11, 9.10, 2.10-11
With 0.200 2, 6.10-10 0.100 2, 1.10-10 1 0.10-10 6, 6.10-11 4, 5.10-3, 11-11-10
manganese
MN-51 F 0.200 2, 5.10-10 0.100 1 7.10-10 7, 5.10-11 4-11 2-2 11, 7.10, 3.10-11
M 0.200 4 0.10-10 0.100 2, 7.10-10 1, 2.10-10 7, 8.10-11 5-11, 4-11, 1.10
MN-52 F 0.200 7, 0.10-9 0.100 5, 5.10-9 2, 9.10-9 1-1 9, 8.10, 1.10-9 9, 4.10-10
M 0.200 8, 6.10-8.10 0.100 6, 9-3, 9-10-9-2, 9-1, 4.10 7.10-9 1-9, 4.10
MN-52 F 0.200 1, 9.10-10 0.100 1, 3.10-10 6, 1.10-11 3, 8.10-11 2, 2.10-11 1, 9.10-11
M 0.200 2, 8.10-10 0.100 1, 9.10-10 8-10-11, 5-11, 5.10 3, 4.10-11 2, 9.10-11
MN-53 F 0.200 3, 2.10-10 0.100 2, 2.10-10 1, 1.10-10 6, 0.10-11 3, 4.10-11 2, 9.10-11
M 4 0.200, 6.10-10 0.100, 4.10 3-10 1-1 10, 7.10, 0.10-10 6, 4.10, 4.10-11 5-11
MN-54 F 0.200 5, 2.10-9 0.100 4, 1.10-9 2, 2.10-9 1, 5.10-9 9-10 9, 9.10, 5.10-10
M 0.200 7, 5.10-9 0.100 6, 2.10-9 3, 8.10-9 2, 4.10-9 1-1 9, 9.10, 5.10-9
MN-56 F 0.200 6, 9.10-10 0.100 4, 9.10-10 2, 3.10-4.10-10 1 10 7 8.10-11 6, 4.10-11
M 0.200 1, 1.10-9 0.100, 8.10 7-10 3-10-10, 2-10-1, 4.10, 5.10-1, 2.10 10-10
iron
Fe-52 F 0.600 5, 2.10-9 0.100 3, 6.10-9 1, 5.10-9 8, 9.10-10 4, 9.10-10 3, 9.10-10
M 0.200 5, 8.10-9 0.100 4, 1.10-9 1-1 9, 9.10, 2.10-9 7-10 6, 4.10, 0.10-10
With 0.020 6, 0.10-9 0.010, 2.10 4-9 2-9, 1-9, 3.10 7, 7.10-10 6, 3.10-10
Fe-55 F 0.600 4, 2.10-9 0.100 3, 2.10-9 2, 2.10-9 1-9 9, 4.10, 4.10-10 7, 7.10-10
M 0.200 1, 9.10-9 0.100 1, 4.10-9 9, 9.10-10 6, 2.10-10 4, 4.10, 8.10-10 3-10
With 0.020 1, 0.10-9 8 0.010, 5.10-5 10, 0.10-10 2-2 10, 9.10, 0.10-10 1, 8.10-10
Fe-59 F 0.600 2, 1.10-8 0.100 1, 3.10-8 7-9, 1.10, 2.10 4-9 2-2 9, 6.10, 2.10-9
M 0.200 1, 8.10-8 0.100 1, 3.10-8 7, 9.10, 5.10-9 5-9 4-9 3-9-10
With 0.020 1 7.10-8 0.010 1, 3.10-8 8, 1.10-9 5-5 9, 8.10, 1.10-9 4, 0.10-9
Fe-60 F 0.600 4, 4.10-7 0.100 3, 9.10-7 3-3 7, 5.10, 2.10-7 2-2 7, 9.10, 8.10-7
M 0.200 2, 0.10-7 0.100 1 7.10-7 1, 6.10-7 1-1 7, 4.10, 4.10, 4.10-7 1-7
With 0.020 9, 3.10-8 0.010 8, 8.10-8 6, 7.10-8 5, 2.10-8 4-4 8, 9.10 9.10-8
cobalt
Co-55 F 0.600 2, 2.10-9 0.100 1, 8.10-9 9, 0.10-10 5, 5.10-10 3, 1.10-2, 10-10-10
M 4 0.200, 1.10-9 0.100 3, 1.10-9 1, 5.10-9 9, 8.10-10 6, 1.10-10 5, 0.10-10
With 0.020 4, 6.10-9, 3.10 0.010 3-9 1-1 9, 1.10-9 6-10 5, 6.10, 3.10-10
Co-56 F 0.600 1-8, 4.10 0.100 1, 0.10-8 5, 5.10-9 3, 5.10-9 2, 2.10-9 1, 8.10-9
M 0.200 2, 5.10-8 0.100 2, 1.10-8 1, 1.10-8 7-9 5, 4.10, 8.10-9 4, 8.10-9
2, with 9.10-0.020 8 0.010 2, 5.10-8 1, 5.10-8 1, 0.10, 0.10-8 8-9 6, 7.10-9
Co-57 F 0.600 1, 5.10-9 0.100 1, 1.10-9 5, 6.10-10 3-10-10, 2-10-1, 3.10, 9.10-10
M 0.200 2, 8.10-9 0.100 2, 2.10-9 1, 3.10-9 8, 5.10-10 6, 7.10-10 5, 5.10-10
With 0.020 4, 4.10-9 0.010 3, 7.10-9, 3.10-2 9 1, 5.10-9 1-1 9, 2.10, 0.10-9
Co-58 F 0.600 4 0.10-0.10 0.100 3, 9-1, 9-1, 9-6, 4.10 9-10 5, 3.10-10
M 0.200 7, 3.10-9 0.100 6, 5.10-9 3, 5.10-9 2-2 9, 4.10, 0.10-9 1, 6.10-9
With 0.020 9, 0.10-9 0.010 7, 5.10-9 4, 5.10-9 3, 1.10-9 2-2 9, 6.10, 1.10-9
Co-58 m F 0.600 4, 8.10-11 0.100 3, 6.10-11 1-1 11, 7.10, 1.10-11 5-5 12, 9.10, 2.10-12
M 0.200 1, 1.10-10 0.100 7, 6.10-8.10-11 3, 11 2, 4.10-11 1-1 11, 3.10-11
With 0.020 1, 3.10-10 0.010 9, 0.10-11 4, 5.10-11 3, 0.10-11 2, 0.10-11 1, 7.10-11
Co-60 F 0.600 3, 0.10-8 0.100 2, 3.10-8 1-8, 4.10 8, 9.10-9 6-9 5, 1.10, 2.10-9
M 0.200 4, 2.10-8, 4.10 0.100 3-8 2-8, 1.10 1.5x10-8 1-1 8, 2.10, 0.10-8
With 0.020 9, 2.10-8 0.010 8, 6.10-8 5-8 4, 9.10, 0.10-8 3-3 8, 4.10, 1.10-8
Co-60 m F 0.600 4, 4.10-12 0.100 2, 8.10-12 1, 5.10-12 1, 0.10-8 12, 3.10-13 6, 9.10-13
M 0.200 7, 1.10-12 0.100 4, 7.10, 7.10-12 2-12 1-1 12, 8.10, 5.10-12 1, 2.10-12
With 0.020 7, 6.10-12 0.010 5, 1.10-12 2-2 12, 9.10, 0.10-12 1-1 12, 7.10, 4.10-12
Co-61 F 0.600 2, 1.10-10 0.100 1, 4.10-10 6, 0.10-11 3, 8.10-11 2, 2.10-11 1, 9.10-11
M 0.200 4 0.10-10 0.100 2, 7.10-10 1, 2.10-10 8, 2.10-5, 11-4, 11-10-10-11
With 0.020 4, 3.10-10 0.010 2, 8.10-1, 3.10-10 10 8, 8.10-11 6, 1.10-11 5, 1.10-11
Co-62 m F 0.600 1-10, 4.10, 5.10-0.100 9 11 4, 5.10-11 2, 8.10-11 1-1 11, 7.10, 4.10-11
M 0.200 1, 9.10-10 0.100 1, 3.10-10 6, 1.10-11 3, 8.10-11 2-2 11, 4.10, 0.10-11
With 0.020 2, 0.10-10 0.010 1, 3.10-10 6, 3.10-11 4, 0.10-11 2-2 11, 5.10, 1.10-11
nickel
NI-56 (F) 0.100 3, 3.10-9 0.050 2, 8.10-9 1, 5.10-9 9, 3.10-10 5, 8.10, 9.10-10 4-10
M 0.100 4, 9.10-9 0.050 4, 1.10-9 2, 3.10-9 1-1 9, 5.10, 1.10-9 8, 7.10-10
With 0.020 5, 5.10-9 0.010 4, 6.10-9 2, 7.10-9 1, 8.10-9 1-1 9, 3.10, 0.10-9
NI-57 F 0.100 2, 2.10-9 0.050 1, 8.10, 9.10 8-9-10 5, 5.10-10 3, 1.10-10 2, 5.10-10
0.100 m 3, 6.10-9 0.050 2, 8.10-9 1, 5.10-9 9, 5.10-10 6, 2.10, 0.10-10 5-10
3, with 9.10-0.020 9 0.010 3, 0.10-9 1-1 9, 5.10, 0.10-9 6-10 5, 6.10, 3.10-10
NI-59 F 0.100 9, 6.10-10 0.050 8, 1.10-10 4, 5.10-10 2, 8.10, 9.10-10 1-1 10, 8.10-10
M 0.100 7, 9.10-10 0.050 6, 2.10-10 3, 4.10-10 2, 1.10-10 1-1 10, 4.10, 3.10-10
With 0.020 1 7.10-9 0.010 1.5x10-9 9, 5.10-10 5, 9.10-10 4-4 10, 6.10, 4.10-10
NI-63 F 0.100 2, 3.10-9 0.050 2, 0.10-9 1, 1.10-9 6, 7.10-10 4-4 10, 6.10, 4.10-10
0.100 m 2, 5.10-9 0.050 1, 9.10, 1.10-9 1-9 7, 0.10-10 5, 3.10-4, 8.10 10-10
With 0.020 4, 8.10-9, 3.10-0.010 4 9 2, 7.10, 7.10-9 1-9 1-1 9, 3.10, 3.10-9
NI-65 F 0.100 4, 4.10-10 0.050 3, 0.10-10 1-10 8, 4.10, 5.10-11 4-4 11, 9.10, 1.10-11
M 0.100 7, 7.10-10 0.050 5, 2.10-10 2, 4.10-10 1-1 10, 0.10-10 8, 5.10-11
With 0.020 8, 1.10-10 0.010 5, 5.10-10 2, 6.10-10 1-1 10, 7.10, 1.10-10 9, 0.10-11
NI-66 F 0.100 5, 7.10-9 0.050, 8.10 3-9 1-1 9, 6.10, 0.10-9 5, 1.10, 2.10-10 4-10
0.100 m 1, 3.10-8 0.050 9, 4.10, 5.10-9 4-9 2-2 9, 9.10, 0.10-9 1, 6.10-9
With 0.020 1.5x10-8 0.010 1, 0.10-0.10-8 5, 9 3, 2.10-9 2, 2.10-9 1, 8.10-9
copper
CU-60 (F) 1.000 2, 1.10-10 0.500 1, 6.10-10 7, 5.10-11 4-11 2-2 11, 8.10, 3.10-11
1.000 m 3, 0.10-10 0.500 2, 2.10, 0.10-10 1-10 6, 5.10-11 4, 0.10-11 3, 3.10-11
With 1.000 3, 1.10-10 0.500 2, 2.10-10 1, 1.10-10 6, 7.10-11 4, 2.10-11 3, 4.10-11
CU-61 F 1.000 3, 1.10-10 0.500 2, 7.10-10 1, 3.10-10 7, 9.10, 11-4, 11-3, 5.10.7.10-11
M 1.000 4, 9.10-10 0.500 4, 4.10-10 2, 1.10-10 1-10 9, 4.10, 1.10-7 11, 4.10-11
With 1.000 5, 1.10-10 0.500 4, 5.10-10 2, 2.10-10, 1-10, 4.10 9, 6.10-11 7 8.10-11
CU-64 (F) 1.000 2, 8.10-10 0.500 2, 7.10-10 1, 2.10-10, 7-11, 2.10 4-11 3, 5.10-11
M 1.000 5, 5.10-10 0.500 5, 4.10-10 2, 7.10-10 1-1 10, 9.10, 4.10-10 1, 1.10-10
With 1.000 5, 8.10-10 0.500 5, 7.10, 9.10-10 2-2 10, 0.10-10 1-1 10, 3.10, 2.10-10
CU-67 F 1.000 9, 5.10-10 0.500 8, 0.10-10 3, 5.10-10 2, 2.10-10 1-1 10, 2.10, 0.10-10
1.000 m 2, 3.10-9 0.500 2, 0.10-9 1, 1.10-9 8, 1.10-10 6, 9.10-10 5, 5.10-10
With 1.000 2, 5.10-9 0.500 2, 1.10, 2.10-9 1-9 8, 9.10-10 7-10-10, 6-10, 1.10
zinc
Zn-62 (F) 1.000 1, 7.10-0.500 1, 9-7, 9-10-10-10, 10-4 2-2 10, 5.10, 0.10-10
M 0.200 4, 5.10-9 0.100 3, 5.10-9 1-1 9, 6.10, 9 6, 0.10-0.10, 0.10-10 5-10
With 0.020 5, 1.10-9 0.010 3, 4.10, 8.10-9 1-1 9, 1.10-9 6-10 5, 6.10, 5.10-10
Zn-63 (F) 1.000 2, 1.10-10 0.500 1-10 6, 4.10, 5.10-11 4, 0.10-11 2-2 11, 4.10, 0.10-11
M-3, 4.10 0.200 10 0.100 2, 3.10-10 1 0.10-10 6, 6.10-11 4, 2.10-11 3, 5.10-11
With 0.020 3, 6.10-10 0.010 2, 4.10-10 1, 1.10-10 6, 9.10-11 4, 4.10-11, 7.10 3-11
Zn-65 (F) 1.000 1.5x10-8 0.500 1, 0.10-8 5, 7.10-9 3, 8.10-9 2-2 9, 5.10, 2.10-9
M 0.200 8, 5.10-9 0.100 6, 5.10-9 3, 7.10-9 2, 4.10-9 1-1 9, 9.10, 6.10-9
With 0.020 7, 6.10-9 0.010 6, 7.10-4, 4.10 9-9 2-2 9, 9.10, 4.10-9 2, 0.10-9
Zn-69 F 1.000 1, 1.10-10 7 0.500, 4.10-11 3, 2.10-11 2, 1.10, 2.10-11 1-1 11, 1.10-11
M 0.200 2, 2.10-10 0.100 1, 4.10, 5.10-10 6-11, 4-11, 4.10 3, 1.10-11 2, 6.10-11
With 0.020 2, 3.10-10 0.010 1.5x10-6 10, 9.10, 11 4-7.10-11 3, 4.10-11 2, 8.10-11
Zn-69m F 1.000 6, 6.10-10 0.500 6, 7.10-10 3, 0.10-10 1, 8.10, 9.10-10 9-11 8, 2.10-11
M 0.200 2, 1.10-9 0.100 1.5x10-9 7, 5.10-5 10, 0.10, 0.10-10 3-10 2-10, 4.10
With 0.020 2, 2.10-9 0.010 1 7.10-9 8, 2.10-10 5, 4.10-10 3, 3.10-2, 10-10-10
Zn-71 m (F) 1.000 6, 2.10-10, 5.10 0.500 5-10 2-10-1, 6.10, 6.10-10 9, 1.10-7 11, 4.10-11
M 0.200 1, 3.10-4.10 0.100 9, 9-4, 10-2, 9.10, 10-10 1-1 10, 9.10, 5.10-10
With 0.020 1, 4.10-9 0.010 1, 0.10-9 4, 9.10-10 3, 1.10-10 2, 0.10-10 1, 6.10-10
Zn-72 (F) 1.000 4, 3.10-3 0.500, 5.10 9-1, 9-1, 9-10 0.10-9 5, 9.10-10 4, 9.10-10
M 8 0.200, 8.10-9 0.100 6, 5.10-3, 4.10 9-9 2, 3.10-9 1-1 9, 5.10, 2.10-9
With 0.020 9, 7.10-9 0.010 7, 0.10-9 3, 6.10-9 2, 4.10, 6.10-9 1-9 1-9, 3.10
galium
GA-65 F 0.010 1, 1.10-10 0.001 7, 3.10-4.10-11 3, 11 2, 1.10-11 1-1 11, 3.10, 1.10-11
M 0.010 1, 6.10-10 1 0.001, 1.10-10 4, 8.10-11 3, 1.10-11 2, 0.10-11 1, 7.10-11
GA-66 F 0.010 2, 8.10-9 0.001 2, 0.10-9 9, 2.10-10, 5-10 3-10, 0.10-10 2, 5.10-10
M 0.010 4, 5.10-9 0.001 3, 1.10-9 1, 5.10-9 9, 2.10-10, 3.10-5 10 4, 4.10-10
GA-67 F 0.010 6, 4.10-10 0.001 4, 6.10-10 2, 2.10-10, 1-10, 4.10 7, 7.10-11 6, 4.10-11
M 0.010 1, 4.10-9 1 0.001, 0.10, 0.10-9 5-10 3-3 10, 0.10-10 2, 4.10-10
GA-68 F 0.010 2, 9.10-10 1 0.001, 9.10-10 8, 8.10-11 5-11, 4.10 3, 1.10-11 2, 6.10-11
M 0.010 4, 6.10-10 0.001 3, 1.10-10 1, 4.10-10 9, 2.10-11 5-11, 4, 9.10, 9.10-11
GA-70 F 0.010 9, 5.10-11 0.001 6, 0.10-11 2, 6.10, 6.10-11 1-1 11, 0.10-11 8, 8.10-12
M 0.010 1.5x10-10 0.001 9, 6.10-11 4, 3.10-11 2, 8.10-11 1-1 11, 8.10, 6.10-11
GA-72 F 0.010 2, 9.10-9 0.001 2, 2.10, 0.10-9 1-9 6-10 3, 4.10, 6.10-10 2, 9.10-10
M 0.010 4, 5.10-9, 3.10 0.001 3-9 1-1 9, 0.10-9 6, 5.10-10 5, 3.10-10
GA-73 F 0.010 6, 7.10-10 0.001 4, 5.10-10 2, 0.10-10 1, 2.10-10, 6-11, 4.10, 4.10, 5-11
M 0.010 1, 2.10-9 8, 4.10 0.001-10 4 0.10-10 2, 6.10-10 1-1 10, 7.10, 4.10-10
germanium
GE-66 (F) 1.000 4, 5.10 10 1.000-3, 5.10-10 1-1 10, 8.10, 1.10-10 6, 7.10-11 5, 4.10-11
M-6, 4.10 1.000 10 1.000 4, 8.10-10 2, 5.10-10 1-1 10, 1.10-10 9, 1.10-11
GE-67 F 1.000 1, 7.10-10 1.000 1, 1.10-10 4, 11 3, 9.10-1.10-11 1-1 11, 8.10, 5.10-11
1.000 m 2, 5.10-10 1.000 1, 6.10-10 7, 3.10-11 4-11 2-2 11, 9.10, 5.10-11
GE-68 (F) 1.000 5, 4.10-9 1.000 3, 8.10-9 1-1 9, 8.10, 1.10-9 6, 3.10-10 5, 2.10-10
M 1.000 6, 0.10-8 1.000 5, 0.10, 0.10-8 3-8 2-8, 1-8, 4.10 1-8
GE-69 F 1.000 1, 2.10-9 1.000 9, 10 4 0.10-6.10-10 2, 8.10-1, 10-10-10 1, 3.10-10
1.000 m 1, 8.10-1.000 1, 4.10 9-9 7-10-4, 4.10, 9.10-10 3, 6.10-10 2, 9.10-10
GE-71 (F) 1.000 6, 0.10-11 1.000 4-11-2, 3.10, 0.10-11 1, 1.10-11 6, 1.10-12 4, 8.10-12
1.000 m 1, 2.10-10 1.000 8, 6.10-11 4, 1.10-11 2, 4.10-11 1-1 11, 3.10, 1.10-11
GE-75 (F) 1.000 1, 6.10-10 1.000 1, 0.10-10 4, 11-2, 3.10 8.10-11 1-1 11, 7.10, 5.10-11
1.000 m 2, 9.10-10 1.000 1, 9.10-10 8, 9.10, 11-6, 11-4, 1.10-4.10-11 3, 6.10-11
GE-77 F 1.000 1, 3.10-1.000 9, 5.10 9-10 4-10-10, 2, 9.10-10 1-1 10, 7.10, 4.10-10
1.000 m 2, 3.10-9 1.000 1, 7.10-9 8, 8.10-10 6, 0.10-10 4, 5.10-10 3, 7.10-10
GE-78 F 4, 3.10-1.000 10 1.000 2, 9.10-10 1, 4.10-10 8, 9.10-11 5, 5.10-11 4, 5.10-11
1.000 m 7, 3.10-10 1.000 5, 0.10-10 2, 5.10-10 1-1 10, 2.10-10, 5.10 9-11
arsenic
As-69 M 2 1.000, 1.10-10 0.500 1, 4.10-10 6, 3.10-11 4, 0.10-11 2-2 11, 5.10, 1.10-11
As-5, 70 M 1.000 7.10-10 0.500 4, 3.10-10 2, 1.10-10 1, 3.10, 3.10-10 8-11, 6-11-10
As-71 M 2 1.000, 2.10-9 0.500 1, 9.10-9 1-9, 6-10, 8.10 5, 10 4 0.10-0.10-10
As-72 M 1.000 5, 9.10-9 0.500 5, 7.10-9 2, 7.10, 7.10-9 1-1 9, 1.10-9 9, 0.10-10
As-73 M 1.000 5, 4.10-9 0.500 4 0.10-9, 3.10-2 9 1, 5.10-9 1-1 9, 2.10, 0.10-9
As-74 M 1.000 1, 1.10-8, 4.10 0.500 8-9, 4-9 3-10, 3.10-9 2-2 9, 6.10, 1.10-9
As-76 M 1.000 5, 1.10-9 0.500 4, 6.10-9 2, 2.10-9 1-9 8, 4.10, 8.10-10 7, 4.10-10
As-77 M 2, 2.10-1.000 9 0.500 1 7.10-9 8, 9.10-10 6, 2.10-10 5, 0.10-10 3, 9.10-10
As-78 M 1.000 8, 0.10-10 0.500, 8.10 5-10 2-10-10, 1-10-10, 1-10, 1.10, 9.10 8-11
Selenium
SE-70 F 1.000 3, 9.10-10 0.800 3, 0.10-10 1, 5.10-10 9, 0.10-11 5-11, 1.10, 2.10 4-11
M 0.200 6, 5.10-10 0.100 4, 7.10-10 2, 3.10-4.10-10 1 10 8, 9.10, 11-7, 3.10-11
With 0.020 6, 8.10-10 0.010 4, 8.10-10 2, 3.10-10 1, 5.10-10 9, 4.10-11 7, 6.10-11
-73 F 1.000 7-10-10 0.800 6, 5.10-10 3, 3.10-10 2, 1.10-10 1 10 8, 0.10-0.10-11
M 0.200 1, 6.10-9 0.100 1, 2.10-9 5, 9.10-10 3, 8.10-10 2, 4.10-1 10, 9.10-10
With 0.020 1, 8.10-1, 3.10 0.010 9-9 6-10-4, 3.10, 0.10-10 2-2 10, 6.10, 1.10-10
-73 F 1.000 9, 3.10-11 0.800 7, 2.10-11 3, 5.10-11 2, 3.10-11 1, 1.10-9, 2.10 11-12
M 0.200 1, 8.10-10 0.100 1, 3.10-10 6, 1.10-11 3, 9.10-11 2-2 11, 5.10, 0.10-11
1, with 9.10-0.020 10 0.010 1, 3.10-10 6, 5.10-11 4, 1.10-11 2-2 11, 6.10, 2.10-11
SE-75 (F) 1.000 7 8.10-9 0.800 6, 0.10-9 3, 4.10, 5.10-9 2-9 1-1 9, 2.10, 0.10-9
M 0.200 5, 4.10-9 0.100 4, 5.10-9 2, 5.10-9 1-1 9, 7.10, 3.10, 1.10-9 1-9
With 0.020 5, 6.10-9 0.010 4, 7.10-9 2-2 9, 9.10, 0.10-9 1-1 9, 6.10, 3.10-9
SE-79 (F) 1.000 1, 6.10-8 0.800 1, 3.10-8 7, 7.10-9 5, 6.10-9 1-1 9, 5.10, 1.10-9
M 0.200 1-8, 4.10 0.100 1, 1.10-8 6-9 4, 9.10, 9.10-9 3, 3.10-9 2, 6.10-9
With 0.020 2, 3.10-8 0.010 2, 0.10-8 1, 3.10-8 8-10-9, 7-9, 6-9, 8.10
-81 (F) 1.000 8, 6.10-11 0.800 5, 4.10-11 2, 3.10-11 1, 5.10-9, 2.10 11-12 8, 0.10-12
M 0.200 1, 3.10-10 0.100 8, 5.10-11 3, 8.10-11 2, 5.10-11 1-1 11, 4.10-11
With 0.020 1, 4.10-10 0.010 8, 9.10-11 3, 9.10-11 2, 6.10-11 1-1 11, 7.10, 5.10-11
The 1.000-ft-F 1, 8.10-10 0.800 1, 2.10-10, 5-11, 4.10, 4.10 3-11 1-1 11, 9.10, 6.10-11
M 0.200 3, 8.10-10 0.100 2, 5.10-1, 2.10 10-10 8-11, 5-11-4, 8.10, 7.10-11
With 0.020 4, 1.10-10 0.010 2, 7.10-10 1, 3.10-10 8, 5.10-6 11, 2.10-11 5, 1.10-11
-83 (F) 1.000 1, 7.10-10 0.800 1, 2.10-10, 5-11, 8.10 3, 6.10-11 2, 1.10-11 1, 8.10-11
M 0.200 2, 7.10-10 0.100 1, 9.10-10 9, 2.10-11 5, 9.10-11 3-3 11, 9.10, 2.10-11
With 0.020 2, 8.10-10 0.010 2, 0.10-10 9, 6.10-6 11, 2.10-11 4, 1.10-11 3, 4.10-11
bromine
BR-74 (F) 1.000 2, 5.10-10 1.000 1, 8.10-8, 10-11 5-11-3, 3.10, 11 2, 2.10-6.10-11
1.000 m 3, 6.10-10 1.000 2, 5.10-10 1, 2.10-10, 5.10 7-11 4-11 3, 8.10-11
BR-74 m (F), 0.10-4 1.000 10 1.000 2, 8.10-1, 3.10-10 10 8, 1.10-11 4, 8.10, 9.10, 11-3-11
M 1.000 5, 9.10-10 1.000 4, 1.10-10 1-1 10, 9.10, 2.10-10, 5.10 7-11 6-11, 2.10
BR-75 (F) 1.000, 2, 9.10-10 1.000 2, 1.10-10 9-10-11, 5-11 3, 9.10, 5.10-11 2, 9.10-11
M 4, 5.10-1.000 10 1.000 3, 1.10-10 1, 5.10-10 9, 7.10-11 6, 5.10-11 5, 3.10-11
BR-76 (F) 1.000 2, 2.10-9 1.000 1, 7.10-9 8, 4.10-10 5, 1.10-10 3, 0.10-10 2, 4.10-10
1.000 m 3, 0.10-9 1.000 2, 3.10-9 1, 2.10-9 7, 5.10-10 5, 10 4 0.10-1.10-10
BR-77 (F) 1.000 5, 3.10-4, 4.10 10 1.000-10 2, 2.10-10 1, 3.10-10 7-11 6-10, 2.10-11
M 1.000 6, 3.10-10 1.000 5, 1.10-10 2, 7.10-10 1-1 10, 1.10-10 8, 4.10-11
BR-80 F 1.000 7, 1.10-11 1.000 4, 4.10, 8.10-11 1-1 11, 2.10-6, 11-12 5, 9.10 9.10-12
1.000 m 1, 1.10-10 1.000 6, 5.10-11 2, 8.10-11 1-1 11, 8.10, 1.10-11 9-12, 4.10
BR-80 m (F), 3.10-4 1.000 10 1.000 2, 8.10-10 1, 2.10-10 7, 2.10-11 4, 0.10-11 3, 3.10-11
M 1.000 6, 8.10-10 1.000 4, 5.10-10 2, 1.10-10 1, 4.10-10 9, 3.10-11 7, 6.10-11
BR-82 (F) 1.000 2, 7.10-9 1.000 2, 2.10-9 1, 2.10-9 7, 0.10-10 4, 2.10-10 3, 5.10-10
1.000 m 3, 8.10-9 1.000 3, 0.10-9 1-1 9, 7.10, 1.10-9 7, 9.10-10 6, 3.10-10
BR-83 (F) 1.000 1, 7.10-10 1.000 1, 1.10-10, 4-11 3-10, 0.10-11 1-1 11, 8.10, 6.10-11
1.000 m 3, 5.10 10 1.000-2, 3.10-10 1, 1.10-10 7-10-11, 5-11, 4, 9.10, 8.10-11
BR-84 (F) 1.000 2, 4.10-10 1.000 1, 6.10-10 7, 1.10-11, 4.10 4-11 2-2 11, 2.10-11
1.000 m 3, 7.10-10 1.000 2, 4.10-10 1, 1.10-10 6, 9.10-11 4, 4.10-11, 7.10 3-11
Rubidium
RB-79 (F) 1.000 1, 6.10-10 1.000 1, 1.10-10 5, 0.10-11, 2.10 3-11 1-1 11, 9.10, 6.10-11
RB-81 (F) 1.000 3, 2.10-10, 5.10-2 1.000 10 1, 2.10-10, 7-11, 1.10, 2.10 4-11 3, 4.10-11
RB-F 1.000 ft-6, 2.10-11 1.000 4, 6.10-11 2, 2.10-11 1, 4.10-11 8, 5.10-12 7, 0.10-12
RB-82 m F 8, 6.10-1.000 10 1.000 7, 3.10-10 3, 9.10-10 2, 3.10-10 1-1 10, 4.10, 1.10-10
RB-83 (F) 1.000 4, 9.10-9 1.000 3, 8.10-9 2, 0.10-9 1-9, 3.10 7, 9.10-10 6, 9.10-10
RB-84 (F) 1.000 8, 6.10-6, 4.10 1.000 9-9 3, 1.10-9 2, 0.10-9 1-1 9, 2.10, 0.10-9
RB-86 F 1.000 1, 2.10-8 7 1.000, 7.10-9-3, 4.10 9 2, 0.10-9 1, 1.10-9 9, 3.10-10
RB-87 (F) 1.000 6, 0.10-9 1.000 4, 1.10-9 1-1 9, 8.10, 1.10-9 6, 0.10, 0.10-10 5-10
RB-88 (F) 1.000 1, 9.10-10 1.000 1, 2.10-10, 5-11, 2.10 3, 2.10-11 1-1 11, 9.10, 6.10-11
RB-89 (F) 1.000 1, 4.10-10 1.000 9, 3.10-4, 3.10-11 11 2, 7.10-11 1-1 11, 4.10-11
strontium
SR-80 F 0.600 7 8.10-10 0.300, 4.10 5-10 2-10, 4.10, 4.10-1 10 7, 9.10, 11-7, 1.10-11
M 0.200, 4.10-1 9 9 0.100, 0.10-10 4, 1.10-10 2, 5.10-10 1-1 10, 5.10, 3.10-10
With 0.020 1.5x10-9 0.010 9, 4.10-4, 3.10-10 10 2, 7.10-10 1-1 10, 4.10-10
SR-81 F 0.600 2, 1.10-10 0.300 1.5x10-10 6, 7.10-11 4, 1.10-11 2-2 11, 4.10, 1.10-11
M 0.200 3, 3.10-10 0.100 2, 2.10-10, 1-10, 6-11, 4-11, 2.10 3, 5.10-11
With 0.020 3, 4.10-10 0.010 2, 3.10-10 1, 1.10-10 6, 9.10-11 4, 4.10-11, 7.10 3-11
SR-82 F 0.600 2, 8.10-8 0.300 1.5x10-8 6-9 4, 6.10, 6.10-9 3, 2.10-9 2, 1.10-9
M 0.200 5, 5.10-8 0.100 4 0.10-8 2, 1.10-8 1-1 8, 4.10, 0.10-8 8, 9.10-9
With 0.020 6, 1.10-8 0.010 4, 6.10-8 2, 5.10-8 1, 7.10, 2.10-8 1-1 8, 1.10-8
SR-83 (F) 0.600 1, 4.10-9 0.300 1, 1.10-9 5, 5.10-3, 4.10-10 10 2, 0.10-10 1, 6.10-10
M 0.200 2, 5.10-9 0.100 1, 9.10-9 9, 5.10-10 6, 0.10-10 3-3 10, 9.10, 1.10-10
With 0.020 2, 8.10-9 0.010 2, 0.10-0.10-9-1, 9-6, 5.10 10 4, 2.10-10 3, 4.10-10
SR-85 F 0.600 4, 4.10-9, 3.10 0.300 2-9 1-9 9, 1.10, 6.10-10 8-10-3, 3.10, 8.10-10
M 0.200 4, 3.10-9 0.100 3, 1.10-9 1-1 9, 8.10, 2.10-9 8, 8.10-10 6, 4.10-10
With 0.020 4, 4.10-9 0.010 3, 7.10-9 2, 2.10-9 1-1 9, 3.10, 0.10-9 8, 1.10-10
SR-85 m F 0.600 2, 4.10-11 0.300 1, 9.10-11 9-12, 6.10 6, 0.10-12, 7.10 3-12 2-12, 9.10
M 0.200 3, 1.10-11 0.100 2, 5.10-1, 3.10 11-8, 11-12 5 0.10, 1.10-12 4, 1.10-12
With 0.020 3, 2.10-11 0.010 2, 6.10-11 1, 3.10-11 8, 3.10-12 5, 4.10-4, 3.10-12 12
SR-87 m (F) 0.600 9, 7.10-11 0.300 7 8.10-11 3, 8.10-11 2, 3.10, 3.10-11 1-1 11, 1.10-11
M 0.200 1, 6.10-10 0.100 1, 2.10-10, 9.10 5-11 3, 8.10-11 2-2 11, 5.10, 0.10-11
With 0.020 1 7.10-10 0.010 1, 2.10-10, 6-11, 2.10 4, 0.10-11 2-2 11, 6.10, 1.10-11
SR-89 F 0.600 1.5x10-8 0.300 7, 3.10-9 3, 2.10-9 2, 3.10-9 1-1 9, 7.10, 0.10-9
M 0.200 3, 3.10-8, 4.10 0.100 2-8 1-8 9, 3.10, 1.10-9 7-9 6, 3.10, 1.10-9
3, with 9.10-0.020 8 0.010 3, 0.10-8 1-1 8, 7.10, 2.10-8 9, 3.10-9 7, 9.10-9
SR-90 F 0.600 1, 3.10-5 0.300, 2.10 7-8 3-4 8, 1.10, 1.10-8 5, 3.10-8 2-8, 4.10
M 0.200 1.5x10-7 0.100 1, 1.10-7 6, 5.10-8 5-8 5, 1.10, 0.10-8 3, 6.10-8
With 0.020 4, 2.10-7 0.010 4 0.10-7 2, 7.10-7 1, 8.10-7 1-1 7, 6.10, 6.10-7
SR-91 F 0.600 1, 4.10-9 0.300 1-5 9, 1.10, 2.10-10 3, 1.10-10 1-1 10, 7.10, 6.10-10
M 0.200 3, 1.10-9 0.100 2, 2.10-9 1-9, 1.10, 9.10-10 6 4, 4.10-10 3, 7.10-10
With 0.020 3, 5.10-9 0.010 2, 5.10-9 1, 2.10-9 7, 7.10-10 4-4 10, 9.10, 1.10-10
SR-92 F 0.600 9, 0.10-10 0.300 7, 1.10-10 3, 3.10-10 2, 0.10, 0.10-10 1-10 9, 8.10-11
M 0.200 1, 9.10-9 0.100 1, 4.10, 5.10-9 6-10 4-10 2, 1.10, 5.10-10 2, 1.10-10
With 0.020 2, 2.10-9 0.010 1.5x10-9 7, 0.10-10 4, 5.10-2, 10-10-10 2, 3.10-10
yttrium
Y-3, 86 M 0.001 7.10-9 1, 0.10-4 2, 9.10-9 1, 5.10-9 9, 3.10-10 5, 6.10-10 4, 5.10-10
With 0.001, 8.10 3-9 1-4 3, 0.10, 0.10-9 1, 5.10-9 9-10 5, 6.10, 10 4, 8.10-7.10-10
Y-86 m M 0.001 2, 2.10, 0.10-10 1-4 1, 7.10, 7.10-10 8-11 5-11, 3-11, 4.10 2, 7.10-11
With 0.001 2, 3.10-10 1 0.10-4 1, 8.10-10 9, 0.10-11 5-11, 7.10 3, 5.10-11 2, 8.10-11
Y-87 M 2, 7.10 0.001-9 1, 0.10-4 2, 1.10-9 1, 1.10-9 7, 0.10-10 4, 7.10, 7.10 3-10-10
With 0.001 2, 8.10-1, 9-4 2 0.10, 2.10-9 1, 1.10-9 7, 3.10-5 10, 0.10-10 3, 9.10-10
Y-1, 88 M 0.001 9.10-8 1, 0.10-4 1-1 8, 6.10, 0.10-8 6, 7.10-9 4-4 9, 9.10, 1.10-9
With 0.001 2, 0.10, 0.10-8 1-4 1, 7.10-8 9, 8.10-9 6-9, 5-9, 4.10, 4.10 4-9
Y-90 M 1 0.001, 3.10-8 1, 0.10-8, 4.10 4-9 4-9, 2-9 1-1 9, 7.10, 4.10-9
With 0.001 1, 3.10-8 1-4 8, 0.10 to 8.10-9 4, 2.10-9 2, 7.10-9 1-1 9, 8.10, 5.10-9
Y-90 m M 0.001 7, 2.10-10 1-4 5, 0.10 to 7.10-10 2, 8.10-10 1-1 10, 8.10, 1.10-10 9, 5.10-11
With 0.001 7, 5.10-10 1-4 6, 0.10 0.10-10 2, 9.10-10 1-1 10, 9.10, 2.10, 0.10-10 1-10
Y-91 M 0.001 3, 9.10-8 1-4 3, 0.10, 0.10-8 1-1 8, 6.10, 1.10-8, 4.10 8-9 7, 1.10-9
With 0.001 4, 3.10-8 1, 0.10-3, 4.10 4-8 1-1 8, 9.10, 3.10-8 1, 0.10-8 8, 9.10-9
Y-91 m M 0.001 7, 0.10-11 1, 0.10-4 5, 5.10-11 2, 9.10-11 1, 8.10-11 1-1 11, 2.10, 0.10-11
With 0.001 7, 4.10-11 1, 0.10-4 5, 9.10-11 3, 1.10-11 2, 0.10-11 1-1 11, 4.10, 1.10-11
Y-92 M 0.001 1, 8.10-9 1, 0.10-4 1, 2.10-9 5, 3.10, 3.10-10 3-10 2-10, 1-10-10
1, with 9.10 0.001-9 1, 0.10-4 1, 2.10-9 5, 5.10-10 3, 5.10-10 2, 1.10-10 1, 8.10-10
Y-93 M 0.001, 4.10 4-9 1-4, 2-9, 9.10 1, 3.10-9 8, 1.10-10 4-4 10, 7.10, 0.10-10
With 0.001 4, 6.10-9 1-4 3, 0.10, 0.10-9 1-9 8, 4.10, 5.10-5 10, 0.10-10 4, 2.10-10
Y-94 M 2, 8.10-0.001 10 1, 0.10-4 1, 8.10-8 10, 1.10-11 5-11, 3-11, 1.10 2, 7.10-11
With 0.001 2, 9.10-10 1-4 1, 0.10, 9.10-10 8, 4.10-11 5-11, 2.10 3, 3.10-11 2, 8.10-11
Y-95 M 0.001 1.5x10-10 1-4 9, 0.10 to 8.10-11, 4-11, 4.10, 8.10 2-11 1-1 11, 8.10, 5.10-11
With 0.001 1, 6.10-10 1-4 1, 0.10, 0.10-10 4, 5.10-11 2, 9.10-11 1-1 11, 8.10, 6.10-11
zircon
ZR-86 F 0.020 2, 4.10-9 0.002 1, 9.10-9 9, 5.10-10 5, 9.10-10 3, 4.10-2, 10-10-10
M 0.020 3, 4.10-9 0.002 2, 6.10-9 1, 3.10-8, 4.10 9-10 5, 2.10-10 4, 2.10-10
With 0.020 3, 5.10-9 0.002 2, 7.10-9 1-9 8, 4.10, 7.10-10 5, 4.10-4, 3.10 10-10
ZR-88 F 0.020 6, 9.10-9, 3.10-0.002 8 9 5, 6.10-9 4, 7.10-9 3-3 9, 6.10, 5.10-9
0.020 m 8, 5.10-9 0.002 7 8.10-9 5, 1.10-9 3-3 9, 6.10, 0.10-9 2, 6.10-9
With 0.020 1, 3.10-8 0.002 1, 2.10-8 7-10-9, 5-9, 2.10 4, 3.10-9 3, 6.10-9
ZR-89 F 0.020 2, 6.10-9 0.002 2, 0.10-9 9, 9.10-10 6, 1.10-10 3, 6.10-10 2, 9.10-10
M 0.020 3, 7.10-9 0.002 2, 8.10-9 1, 5.10-9 9, 6.10-10 6, 5.10-5, 2.10 10-10
3, with 9.10-0.020 9 0.002 2, 9.10, 5.10-9 1-1 9, 0.10-9 6, 8.10-10 5, 5.10-10
ZR-93 F 0.020 3, 5.10-9 0.002 4, 8.10-9 5-9 9, 3.10, 7.10-9 1-2 8, 8.10, 5.10-8
M 0.020 3, 3.10-9 0.002 3, 1.10-9 2-9 4, 8.10, 1.10-9 7, 5.10-9 1, 0.10-8
With 0.020 7, 0.10-9 0.002 6, 4.10, 5.10-9 4-9 3-3 9, 3.10, 3.10, 3.10-9 3-9
ZR-95 F 0.020 1, 2.10-8 0.002 1, 1.10-8 6-9 4, 4.10, 2.10-9 2-2 9, 8.10, 5.10-9
0.020 m 2, 0.10-8 0.002 1, 6.10-8 9-10-9, 6-9, 8.10, 9.10 5-9 4-9, 8.10
With 0.020 2-8, 4.10 0.002 1, 9.10-8 1, 2.10-8 8-9 7, 3.10, 3.10-9 5, 9.10-9
ZR-97 F 5, 0.020 0.10-9 0.002 3, 4.10, 5.10-9 1-9 9, 1.10-10 4, 8.10, 9.10-10 3-10
0.020 m 7, 8.10-9, 3.10-0.002 5 9 2, 8.10-9 1-1 9, 8.10, 1.10-9 9, 2.10-10
With 0.020 8, 2.10-9 0.002 5, 6.10-9 2, 9.10-9 1-1 9, 9.10, 2.10-9 8, 9.10-10
niobium
NB-88 F 0.020 1, 8.10-10 0.010 1, 3.10-10 6, 3.10-11 3, 9.10-11 2, 4.10-11 1, 9.10-11
0.020 m 2, 5.10-10 0.010 1, 8.10-8 10, 5.10-11 5-11-3, 3.10, 3.10-2, 11-10-11
With 0.020 2, 6.10-8.10 0.010 1, 10-8, 10-10-11, 5-11 3, 5.10 5.10-11 2, 8.10-11
NB-89 F 0.020 7, 0.10-10 0.010 4, 8.10-10 2, 2.10-10, 3.10-1 10 7 11 6, 4.10-1.10-11
0.020 m 1, 1.10-9 0.010 7-10 3, 6.10, 6.10-10 2, 2.10-10 1-1 10, 4.10, 1.10-10
With 0.020 1, 2.10-9 0.010 7, 9.10-10 3-10-10, 2-10-1, 3.10, 5.10-1, 2.10 10-10
NB-89 F 0.020 4 0.10-10 0.010 2, 9.10-10-1, 10-8, 4.10 3.10-11 4, 8.10, 9.10, 11-3-11
0.020 m 6, 2.10-10, 3.10 0.010 4-10 2-10, 1.10 1, 3.10-10 8, 2.10-11 6, 8.10-11
With 0.020 6, 4.10-10 0.010 4, 4.10-10 2, 1.10-10 1, 4.10-10 8, 6.10-11 7, 1.10-11
NB-90 F 0.020 3, 5.10-9 0.010 2, 7.10-9 1-9, 3.10, 2.10 8-10 4-10-10, 3-10, 8.10
0.020 m 5, 1.10-9 0.010 3, 9.10-9 1-1 9, 9.10, 3.10-9 7, 8.10-10 6, 3.10-10
With 0.020 5, 3.10-9 0.010 4 0.10-0.10-9-2, 9-1, 3.10, 1.10-9 8 10 6, 6.10-10
NB-93 m F 0.020 1, 8.10-9 0.010 1, 4.10-9 7, 0.10-10 4, 4.10-10 2-2 10, 7.10, 2.10-10
M 0.020 3, 1.10-9 0.010 2, 4.10-1, 3.10-9 9 8, 2.10-10 5, 9.10-10 5, 1.10-10
With 0.020 7, 4.10-0.010 6, 5.10 9-4, 9-2, 9 .10 5.10-9 1-1 9, 9.10, 8.10-9
NB-94 F 0.020 3, 1.10-8 0.010 2, 7.10, 5.10-8 1-1 8, 0.10-8 6, 7.10-9 5, 8.10-9
0.020 m 4, 3.10-8 0.010, 7.10 3-8 2-8-1, 3.10, 6.10-8 1-1 8, 3.10, 1.10-8
With 0.020 1, 2.10-7 0.010 1, 2.10-7 8, 3.10-8 5, 8.10-8 5, 2.10-8 4, 9.10-8
NB-95 F 0.020 4, 1.10-9 0.010 3, 1.10-9 1-1 9, 6.10, 2.10-9 7, 5.10-5, 10-10-10
0.020 m 6, 8.10-9 0.010 5, 2.10-9 3, 1.10-9 2, 2.10-9 1-1 9, 9.10, 5.10-9
With 0.020 7, 7.10-9 0.010 5, 9.10-9 3, 6.10-9 2-2 9, 5.10, 2.10-9 1, 8.10-9
NB-95 F 0.020 2, 3.10-0.010 1, 9-7, 9-10 4 0.10, 2.10-10 2-2 10, 4.10, 0.10-10
0.020 m 4, 3.10-9 0.010 3, 1.10-9 1-1 9, 7.10, 2.10, 0.10-9 1-9 7, 9.10-10
With 0.020 4, 6.10-9 0.010, 4.10 3-9 1-1 9, 9.10, 3.10-9 1, 1.10-9 8, 8.10-10
NB-96 F 0.020 3, 1.10-9 0.010 2, 4.10-9 1, 2.10-9 7-10-4, 3.10, 2.10-10 3, 4.10-10
0.020 m 4, 7.10-9 0.010 3, 6.10-9 1-1 9, 8.10, 2.10-9 7, 8.10-10 6, 3.10-10
4, with 9.10-0.020 9 0.010, 7.10 3-9 1-1 9, 9.10, 2.10-9 8-10 6, 3.10, 6.10-10
NB-97 F 0.020 2, 2.10-10 0.010 1.5x10-10 6, 8.10-11, 2.10 4-11 2-2 11, 5.10, 1.10-11
M 0.020 3, 7.10-10 0.010 2, 5.10-10 1, 2.10-10, 7-11, 5-10, 11-4, 2.10-3.10-11
With 0.020 3, 8.10-10 0.010 2, 6.10-10 1, 2.10-10, 1.10-8 11 5, 5.10-11 4, 5.10-11
NB-98 F 0.020 3, 4.10-10 0.010 2, 4.10-10 1, 1.10-10 6-11, 4, 9.10, 1.10-11 3, 3.10-11
0.020 m 5, 2.10-10 0.010 3, 6.10-10 1-1 10, 7.10, 1.10-10 6, 8.10-11 5, 6.10-11
With 0.020 5, 3.10-10 0.010 3, 7.10-10 1-1 10, 8.10, 1.10-10 7, 1.10-11 5, 8.10-11
molybdenum
MO-90 (F) 1.000 1, 2.10-9 0.800 1, 1.10-9 5-10 3, 3.10, 2.10-10 1-1 10, 9.10, 5.10-10
M 0.200 2, 6.10-9 0.100 2, 0.10-9 9, 9.10-10 6, 5.10, 2.10-10 4-10 3-10, 4.10
With 0.020 2, 8.10-9 0.010 2, 1.10-9 1-9, 1.10, 9.10-10 6 4, 5.10-10 3, 6.10-10
MO-93 (F) 1.000 3, 1.10-9 0.800 2, 6.10-9 1-1 9, 7.10, 3.10-9 1-1 9, 1.10, 0.10-9
M 0.200 2, 2.10-9 0.100 1, 8.10-9 1, 1.10-9 7, 9.10-10 6, 6.10-10 5, 9.10-10
With 0.020 6, 0.10-9 0.010 5, 9 4, 8.10-0.10-9 2-2 9, 8.10, 4.10-9 2, 3.10-9
MO-93 m (F) 1.000 7, 3.10-6, 4.10 0.800 10-10 3-10 2, 3.10, 0.10-10 1, 2.10-10, 9-11
M 0.200 1, 2.10-9 0.100 9, 7.10-10 5, 0.10-10 3-10 2, 2.10, 0.10-10 1, 6.10-10
With 0.020 1, 3.10-9 0.010 1, 0.10-9 5, 2.10-10 3, 4.10-10 2, 1.10-1, 10-10-10
MO-99 (F) 1.000 2, 3.10-9 0.800 1 7.10-9 7-10-10, 4-10-10, 2-10 2, 2.10-10
M 0.200 6, 0.10-9 0.100 4, 4.10-9 2, 2.10-9 1-1 9, 5.10, 1.10-9 8, 9.10-10
6, with 9.10-0.020 9 0.010 4, 8.10-2, 4.10 9-9 1-1 9, 7.10, 2.10-9 9, 9.10-10
MO-101 (F) 1.000 1, 4.10-10 0.800 9, 7.10-4, 4.10-11 11 2, 8.10-11 1-1 11, 7.10, 4.10-11
M 0.200 2, 2.10-10 0.100 1.5x10-7 10, 0.10-11 4, 5.10-11 3, 0.10-11 2, 5.10-11
With 0.020 2, 3.10-10 0.010 1, 6.10-10 7, 2.10-11, 4-11 3-10, 1.10-11 2, 6.10-11
Technetium
TC-93 (F) 1.000 2, 4.10-10 0.800 2, 1.10-10 1, 1.10-10 6, 7.10-11 4, 0.10-11 3, 2.10-11
M 0.200 2, 7.10-10 0.100 2, 3.10-10 1, 2.10-10, 5.10 7-11 4-11 3, 4.10, 5.10-11
With 0.020 2, 8.10-10 0.010 2, 3.10-10 1, 2.10-10, 7-11, 4-11 3, 5.10 5.10-11
TC-93 m (F) 1.000 1, 2.10-10 0.800 9, 8.10, 9.10, 11-4, 11-2, 11-1, 9.10-8.10-11 1, 4.10-11
M 0.200 1, 4.10-10 0.100 1, 1.10-10 5, 4.10-11 3, 4.10-11 2, 1.10-1, 11-11-10
With 0.020 1, 4.10-10 0.010 1, 1.10-10 5, 4.10-11 3, 4.10-11 2, 1.10-1, 11-11-10
TC-94 (F) 1.000 8, 9.10-10 0.800 7, 5.10-10 3, 9.10-10 2, 3.10-10 1-1 10, 4.10, 1.10-10
M 0.200 9, 8.10-10 0.100 8, 1.10, 2.10-10 4-10 2, 6.10, 6.10-10 1-1 10, 2.10-10
9, with 9.10-0.020 10 0.010 8, 2.10-10, 3.10-4 10 2, 7.10-10 1-1 10, 3.10-10
TC-94m (F) 1.000 4, 8.10-10 0.800 3, 4.10-10 1, 6.10, 6.10-10 8-11 5-11, 2.10 4, 1.10-11
M 0.200 4, 4.10-10 0.100 3, 0.10-10 1-10 8, 4.10, 8.10-11 5, 5.10-11 4, 5.10-11
With 0.020 4, 3.10-10 0.010 3, 0.10-10 1-10 8, 4.10, 8.10-11 5, 6.10, 6.10 11-4-11
TC-95 F 1.000 7, 5.10-10 0.800 6-10 3, 3.10, 3.10-10 2, 0.10-10 1, 2.10-10, 9-11
M 8 0.200, 3.10-10 0.100 6, 9.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 3.10, 0.10-10
With 0.020 8, 5.10-10 0.010 7, 0.10-10 3, 6.10-10 2, 3.10-10 1-1 10, 4.10, 1.10-10
TC-95 (F) 1.000 2-9, 4.10, 8.10 0.800 1-9 9-10 5, 3.10, 7.10-10 3, 6.10-10 2, 9.10-10
M 0.200 4, 9.10-9 0.100 4 0.10-9 2, 3.10-9 1-1 9, 5.10, 1.10-9 8, 8.10-10
With 0.020 6, 0.10-9 0.010 5, 0.10-9 2, 7.10-9 1-1 9, 8.10, 5.10-9 1, 2.10-9
TC-96 (F) 1.000 4, 2.10-9 0.800 3, 4.10, 8.10-9 1-1 9, 1.10-9 7, 0.10-5, 10-10-10
M 0.200 4, 7.10-9 0.100 3, 9.10-9 2, 1.10-9 1, 3.10-9 8, 6.10-8.10-10 6, 10
With 0.020 4, 8.10-9 0.010 3, 9.10-9 2, 1.10-9 1-9, 4.10 8, 9.10-10 7, 0.10-10
TC-96 (F) 1.000 5, 3.10-11 0.800 4, 1.10-11 2, 1.10-1, 3.10 11-11 7-12 6-10, 2.10-12
M 0.200 5, 6.10-11 0.100 4, 4.10-11 2, 3.10-4.10-11 1, 11 9, 3.10-12 7-12, 4.10
With 0.020 5, 7.10-11 0.010 4, 4.10-11 2, 3.10-1, 11-9, 11 5.10 5.10-12 7, 5.10-12
TC-97 (F) 1.000 5, 2.10-10 0.800 3, 7.10, 7.10 1-10-10 9-11, 4.10, 5, 6.10-11 4, 3.10-11
M 0.200 1, 2.10-9 0.100 1, 0.10-9 5, 7.10-10 3, 6.10-10 2-2 10, 8.10, 2.10-10
With 0.020 5, 0.10-9 0.010 4, 8.10-9 3, 3.10-9 2, 2.10-9 1-1 9, 9.10, 8.10-9
TC-97m (F) 1.000 3, 4.10-9 0.800 2, 3.10-9 9, 8.10-10 5, 6.10-10 3, 0.10-10 2, 7.10-10
M 0.200 1, 3.10-8 0.100 1, 0.10-8 6, 1.10-9 4-4 9, 4.10, 1.10-9 3, 2.10-9
With 0.020 1, 6.10-8 0.010 1, 3.10-8 7, 8.10-9 5-5 9, 7.10, 2.10-9 4, 1.10-9
TC-98 (F) 1.000 1, 0.10-8 0.800 6, 8.10-9 3, 2.10-9 1-1 9, 9.10, 2.10-9 9, 7.10-10
M 0.200 3, 5.10-8, 9.10 0.100 2-8 1-1 8, 7.10, 2.10-8 1, 0.10-8 8-9, 3.10
With 0.020 1, 1.10-7 0.010 1, 1.10-7 7, 6.10-8 5-8-4, 4.10, 8.10-8 4, 5.10-8
The TC-99 (F) 1.000 4 0.10-9 0.800 2, 5.10-9 1, 0.10-9 5, 9.10-10 3, 6.10-10 2, 9.10-10
M 0.200 1 7.10-8 0.100 1, 3.10-8 8, 0.10-9 5-5 9, 7.10, 0.10, 0.10-9 4-9
With 0.020 4, 1.10-8 0.010, 7.10 3-8, 4.10 2-8 1-1 8, 7.10, 5.10-8 1, 3.10-8
TC-99 m F 1.000 1, 2.10-10 0.800 8, 7.10-11 4, 1.10-11 2, 4.10, 5.10-11 1-1 11, 2.10-11
M 0.200 1, 3.10-10 0.100 9, 9.10-11 5, 1.10-3, 4.10-11 11 2, 4.10-11 1, 9.10-11
With 0.020 1, 3.10-10 0.010 1, 0.10-10 5, 2.10-11 3, 5.10-11 2-2 11, 5.10, 0.10-11
TC-101 (F) 1.000 8, 5.10-11 0.800 5, 6.10-11 2, 5.10-1, 11-9, 11-10-12 8, 2.10-12
M 0.200 1, 1.10-10 0.100 7, 1.10-11 3, 2.10-11 2, 1.10-11 1-1 11, 4.10, 2.10-11
With 0.020 1, 1.10-10 0.010 7, 3.10-3, 3.10-11 11 2, 2.10-11 1-1 11, 4.10, 2.10-11
TC-104 (F) 1.000 2, 7.10-10 0.800 1, 8.10-8 10, 0.10-11 4-11 2-2 11, 8.10, 3.10-11
M 0.200 2, 9.10-10 0.100 1, 9.10-10 8, 6.10-11 5-11, 4.10 3, 3.10-11 2, 8.10-11
With 0.020 2, 9.10-10 0.010 1, 9.10-10 8-10-11, 5-11-3, 4.10, 4.10-11 2, 9.10-11
Ruthenium
Ru-94 F 0.100 2, 5.10-10 0.050 1, 9.10-10 9, 0.10-11 5-11, 4.10 3, 1.10-11 2, 5.10-11
0.100 m 3, 8.10-10 0.050 2, 8.10-1, 3.10-10 10 8, 4.10-11 5-11, 2.10 4, 2.10-11
With 0.020 4 0.10-10 0.010 2, 9.10-10 1 10 8, 4.10-7.10-11 5-11, 4.10, 4.10 4-11
Ru-97 (F) 0.100 5, 5.10-10 0.050 4, 4.10-10 2, 2.10-10 1, 3.10-10 7-11 6-10, 2.10-11
M 0.100 7, 7.10-10 0.050 6, 1.10-10 3, 1.10-10 2, 0.10-10 1-1 10, 3.10, 0.10-10
With 0.020 8, 1.10-10 0.010 6-10 3, 3.10, 3.10-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
Ru-103 (F) 0.100 4, 2.10-9 0.050 3, 0.10-9 1, 5.10-9 9, 3.10-10 5, 6.10-10 4, 8.10-10
0.100 m 1, 1.10-8, 4.10 0.050 8-9 5, 0.10-9 3, 5.10-9 3-9, 2-9, 4.10
With 0.020 1, 3.10-8 0.010 1, 0.10-0.10-8 6, 9 4, 2.10-9 3-3 9, 7.10, 0.10-9
Ru-105 F 0.100 7, 1.10-10 0.050 5, 1.10-10 2, 3.10-4.10-10 1 10 7, 9.10, 11-6, 5.10-11
0.100 m 1, 3.10-9 0.050 9, 2.10-10, 5.10 4-10 3-10, 2-10, 1-10-10
With 0.020 1-9, 4.10, 8.10 0.010 9-10 4, 8.10-10 3, 2.10-10 2, 2.10-10 1, 8.10-10
Ru-106 F 0.100 7, 2.10-8, 4.10 0.050 5-8 2-8-1, 6.10, 6.10-8 9, 2.10-9 7, 9.10-9
0.100 m 1, 4.10-7 0.050 1, 1.10-6, 4.10 7-8 4, 1.10-8 3, 1.10-8 2, 8.10-8
With 0.020 2, 6.10-2, 3.10 0.010 7-7 1-7, 4.10 9, 1.10-8 7, 1.10-8 6, 6.10-8
Rhodium
RH-99 (F) 0.100 2, 6.10-9 0.050 2, 0.10-9 9, 9.10-10 6, 2.10-10 3-3 10, 8.10, 2.10-10
M 0.100 4, 5.10-9 0.050 3, 5.10-9, 2-9, 1-9, 3.10 9, 6.10-10 7, 7.10-10
4, with 9.10-0.100 9 0.050 3, 8.10-9 2, 2.10-9 1-1 9, 3.10, 1.10-9 8, 7.10-10
RH-99 m F 0.100 2, 4.10-10 0.050 2, 0.10-0.10-10 1 10 6, 1.10-11 3, 5.10-11 2, 8.10-11
0.100 m 3, 1.10-10 0.050 2, 5.10-1, 3.10 10-10 8-11, 4-11 3, 9.10, 9.10-11
With 0.100 3, 2.10-10 0.050 2, 6.10-1, 3.10-10 10 8, 2.10-11 5-11, 1.10 4, 0.10-11
RH-100 F 0.100 2, 1.10-9 0.050 1, 8.10-9 9, 1.10-10 5, 6.10-10 3, 3.10-10 2, 6.10-10
0.100 m 2, 7.10-9 0.050 2, 2.10-9 1, 1.10-9 7, 1.10-10 4, 3.10-4.10-10 3, 10
With 0.100 2, 8.10-9 0.050 2, 2.10-9 1, 2.10-9 7, 3.10-10 4, 4.10, 5.10-10 3-10
RH-101 F 0.100, 4.10 7-9 0.050 6, 1.10-9 3, 5.10-9 2, 3.10-9 1-1 9, 5.10, 4.10-9
M 0.100 9, 8.10-9 0.050 8, 0.10-9 4, 9.10-3, 4.10 9-9 2-2 9, 8.10, 3.10-9
1, with 9.10-0.100 8 0.050 1 7.10-8 1, 1.10-8, 4.10 7-9 6-9, 2.10 5, 4.10-9
RH-101m F 0.100 8, 4.10-10 0.050 6, 6.10-10 3, 3.10-10 2, 0.10-10 1, 2.10-10, 9-10-11
0.100 m 1, 3.10-9 0.050 9, 8.10-10 5, 2.10-10, 5.10 3-10 2-10-1, 5.10, 9.10-10
With 0.100 1, 3.10-9 0.050 1, 0.10-9 5, 5.10-10 3, 7.10, 7.10-10 2-2 10, 1.10-10
RH-102 (F) 0.100 3, 3.10-8 0.050 2, 8.10-8 1-1 8, 7.10, 1.10-8 7-9 7, 9.10, 3.10-9
0.100 m 3, 0.10-8 0.050 2, 5.10-8 1, 5.10-8 1, 0.10-8 7, 9.10-9 6-9, 9.10
With 0.100, 4.10 5-8 5, 0.050 0.10-8 3, 5.10-8 2-2 8, 4.10, 0.10-8 1, 7.10-8
RH-102 m (F) 0.100 1, 2.10-8 8, 0.050 7.10-4, 4.10 9-2, 9-1, 9-10-10-9 1, 5.10-9
0.100 m 2, 0.10-8 0.050 1, 6.10-8 9, 0.10-0.10-9-6, 9-4, 9-10, 4-9
With 0.100 3, 0.10-8 0.050 2, 5.10-8 1, 5.10-8 1, 0.10-8 8, 2.10-9 7, 1.10-9
RH-103 m graphics (F) 0.100 8, 6.10-12 0.050 5, 9.10-12 2, 7.10-12 1-1 12, 0.10-8, 12-13
0.100 m 1, 9.10-11 0.050 1, 2.10-11 6, 3.10-12 4 12 3, 0.10-0.10-12 2, 5.10-12
With 0.100 2, 0.10-11 0.050 1, 3.10-6, 11-10-4, 3.10-12 12 3, 2.10-2, 12-12-10
RH-105 F 0.100 1, 0.10-9 0.050 6, 9.10-10 3, 0.10-10 1, 8.10-10 9, 6.10-11 8, 2.10-11
0.100 m 2, 2.10-9 0.050 1, 6.10-9 7-10 5, 4.10, 2.10-10 4, 1.10, 2.10-10 3-10
With 0.100 2, 4.10-9 0.050 1 7.10-9 8, 0.10-10 5, 6.10-10 4, 5.10-10 3, 5.10-10
RH-106m F 0.100 5, 7.10-10 0.050 4, 5.10-10 2, 2.10-10, 1-10, 4.10 8, 0.10-11 6, 5.10-11
M 0.100 8, 2.10-10, 3.10 0.050 6-10 3-10 2, 2.10, 0.10-10 1-1 10, 3.10, 1.10-10
With 0.100, 5.10 8-10 0.050 6, 5.10-10 3, 3.10-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
RH-107 (F) 0.100 8, 9.10-11 0.050 5, 9.10-2, 11-1, 11-1, 11-10 0.10-11 9, 0.10-12
0.100 m 1, 4.10-10 0.050 9, 3.10-4 11, 2.10-11 2, 8.10, 9.10-11 1-1 11, 6.10-11
With 0.100 1.5x10-10 9, 0.050 7.10-4, 4.10-11 11 2, 9.10-11 1-1 11, 9.10, 7.10-11
Palladium
PD-100 F 0.050 3, 9.10-9 0.005 3, 0.10-9 1, 5.10-9 9, 7.10-10 5, 10-4, 8.10-7.10-10
M 0.050 5, 2.10-9 0.005 4 0.10-9 2, 2.10-9 1-9 9, 4.10, 9.10-10 8, 0.10-10
With 0.050 5, 3.10-9 0.005 4, 1.10-9 2, 2.10-9 1-1 9, 5.10, 0.10-9 8, 5.10-10
PD-101 F 0.050 3, 6.10-10 0.005 2, 9.10-10 1, 4.10-10 8, 6.10-11, 4-11 3, 9.10 9.10-11
M 0.050 4, 8.10-10 0.005 3, 8.10, 9.10-10 1-1 10, 2.10-10, 5.10 7-11 5-11, 9.10
With 0.050 5, 0.10-10 0.005 3, 9.10-10 2, 0.10-10 1, 2.10-10 7, 8.10-11 6, 2.10-11
PD-103 F 0.050 9, 7.10-10 0.005 6, 5.10-10 3, 0.10-10 1-1 10, 9.10, 1.10-10 8, 9.10-11
0.050 m 2, 3.10-9 0.005 1, 6.10-9 9, 0.10-10 5, 9.10-10 4, 5.10-10 3, 8.10-10
With 0.050 2, 5.10-9 0.005 1, 8.10-9 1-9, 6-10, 8.10 5, 3.10-10 4, 5.10-10
PD-107 F 0.050 2, 6.10-10 0.005 1, 8.10-8, 2.10 10-11 5-11, 2.10 3, 1.10-11 2, 5.10-11
M 0.050 6, 5.10-10 0.005 5, 0.10-10 2, 6.10-10 1-1 10, 5.10, 0.10-10 8, 5.10-11
With 0.050 2, 2.10-9 0.005 2, 0.10-9 1-9, 3.10, 8.10 7-10 6, 2.10-10 5, 9.10-10
PD-109 F 0.050 1, 5.10-9 0.005 9, 9.10-10 4, 2.10-10, 2-10 1-1 10, 4.10, 2.10-10
0.050 m 2, 6.10-9 0.005 1, 8.10-9 8, 8.10, 9.10-10 5-10 4-10-3, 3.10, 4.10-10
With 0.050 2, 7.10-9 0.005 1, 9.10-9 9-10 6, 3.10, 3.10-4, 10-3, 10-10-10
Silver
AG-102 (F) 0.100 1, 2.10-10 0.050 8, 6.10-11 4 11 2, 2.10-6.10-11 1-1 11, 5.10, 3.10-11
0.100 m 1, 6.10-10 0.050 1, 1.10-10 5, 5.10-3, 4.10-11 11 2, 1.10-1, 11-11-10
With 0.020 1, 6.10-10 0.010 1, 2.10-10 5, 6.10-11 3, 5.10-11 2, 2.10-11 1, 8.10-11
AG-103 (F) 0.100 1, 4.10-10 0.050 1, 0.10-10 4, 11 3, 9.10-0.10-11 1-1 11, 8.10, 4.10-11
0.100 m 2, 2.10-10 0.050 1, 6.10, 6.10-10 7-11 4, 8.10-11 3, 11 2, 2.10-6.10-11
With 0.020 2, 3.10-10 0.010 1, 6.10-10 7, 9.10, 11-5, 11-3, 1.10-3.10-2, 11-10-11
AG-104 F 0.100 2, 3.10-10 0.050 1, 9.10-10 9, 8.10, 9.10, 11-5 11-3, 11-2, 5.10 8.10-11
0.100 m 2, 9.10-10 0.050 2, 3.10-10 1, 2.10-10, 7-11, 4.10, 5.10 4-11 3, 6.10-11
With 0.020 2, 9.10-10 0.010 2, 4.10-10 1, 2.10-10, 7-11, 4-11, 11-10-3
AG-104 m (F) 0.100 1, 6.10-10 0.050 1, 1.10-10 5, 5.10-3, 4.10-11 11 2, 0.10-11 1, 6.10-11
0.100 m 2, 3.10-10 0.050 1, 6.10-10 7-10-11, 4-11, 8.10 3, 0.10-11 2, 5.10-11
With 0.020 2, 4.10-0.010 1, 10-10-10 8-11, 5-11, 3-11, 1.10 2, 6.10-11
AG-105 F 0.100 3, 9.10-3, 4.10 0.050 9-1, 9-1, 9-10 0.10-9 6, 4.10, 4.10-10 5-10
M 0.100 4, 5.10-9 0.050 3, 5.10-9, 2-9, 1-9, 3.10 9, 0.10-10 7, 3.10-10
With 0.020 4, 5.10-9 0.010 3, 6.10-9 2, 1.10-9 1-1 9, 3.10, 0.10-9 8, 1.10-10
AG-106 F 0.100 9, 4.10-11 0.050 6, 4.10-11 2, 9.10-11 1-1 11, 8.10, 1.10-11 9-12, 1.10
0.100 m 1-10, 4.10, 5.10 0.050 9-11, 4-11, 4.10, 8.10 2-11 1-1 11, 8.10, 5.10-11
With 0.020 1.5x10-10 9, 0.010 9.10-11 4, 5.10-11 2, 9.10-11 1-1 11, 9.10, 6.10-11
AG-106m (F) 0.100 7, 7.10-9 0.050 6, 1.10-9 3, 2.10-9 2, 1.10-9 1-1 9, 3.10, 1.10-9
M 0.100 7, 2.10-9 0.050 5, 8.10-9 3, 2.10-9 2, 1.10-9 1-1 9, 4.10, 1.10-9
With 0.020 7, 0.10-9 0.010 5, 7.10-9 3, 2.10-9 2, 1.10-9 1-1 9, 4.10, 1.10-9
AG-108 m (F) 0.100 3, 5.10-8 0.050 2, 8.10-8 1-1 8, 6.10, 0.10-8 6-6 9, 9.10, 1.10-9
0.100 m 3, 3.10-8 0.050 2, 7.10, 7.10-8 1-1 8, 1.10-8 8, 6.10-9 7, 4.10-9
8, with 9.10-0.020 8 0.010 8, 7.10-8 6, 2.10-8, 4.10 4-8 3-3 8, 9.10, 7.10-8
AG-110 m (F) 0.100 3, 5.10-8 0.050 2, 8.10-8 1, 5.10-8 9-10-9, 6-9, 3.10 5, 5.10-9
0.100 m 3, 5.10-8 0.050 2, 8.10-8 1-1 8, 7.10, 2.10-8 9, 2.10-9 7, 6.10-9
With 0.020 4, 6.10-8 0.010 4, 1.10-8 2, 6.10-8 1, 8.10-8 1, 5.10-8 1, 2.10-8
AG-111 (F) 0.100 4, 8.10-9 0.050 3, 2.10-9 1-9 8, 4.10, 8.10-10 4-4 10, 8.10, 0.10-10
M 0.100 9, 2.10-9 0.050 6, 6.10-9 3, 5.10-9 2, 4.10-9 1-1 9, 9.10, 5.10-9
9, with 9.10-0.020 9 0.010 7, 1.10-9 3, 8.10-9 2-2 9, 7.10, 1.10-9 1, 7.10-9
AG-112 F 0.100 9, 8.10-10 0.050 6, 4.10, 8.10-10 2-10 1-10-10 9, 1.10-11 7, 6.10-11
M 0.100 1 7.10-9 0.050 1, 1.10-9 5, 1.10, 2.10-10 3-10 2-10, 1-10
With 0.020 1, 8.10-9 0.010 1, 2.10-9 5, 4.10, 4.10-10 3-10 2-10-1, 1.10, 7.11-10
AG-115 F 0.100 1, 6.10-10 0.050 1, 0.10-10 4, 11-2, 6.10 9.10-11 1-1 11, 7.10, 5.10-11
0.100 m 2, 5.10-10 0.050 1 7.10-10 7, 6.10-11 4, 9.10-11 3, 2.10-2, 11-11-10
With 0.020 2, 7.10-0.010 1, 10-10-10 8-11, 5-11, 2.10 3, 4.10-11 2, 9.10-11
cadmium
CD-104 F 0.100 2, 0.10-10 0.050 1, 7.10, 7.10-10 8-11 5-11, 2.10 3, 1.10-11 2, 4.10-11
0.100 m 2, 6.10-10 0.050 2, 1.10-10 1, 1.10-10 6-11, 4, 9.10, 2.10-11 3, 4.10-11
With 0.100 2, 7.10-10 0.050 2, 2.10-10, 1.10-1 10 7-11, 4-11, 4.10, 5.10 3-11
CD-107 (F) 0.100 2, 3.10-10 0.050 1 7.10-10 7, 4.10-11 4-11 2-2 11, 5.10, 1.10-11
M 0.100 5, 2.10-10, 0.050 3-10 2-10, 0.10-10 1, 3.10-10 8-8 11, 8.10, 3.10-11
With 0.100 5, 5.10-10 0.050 3, 9.10-10 2, 1.10-10 1-10 9, 4.10, 7.10, 7.10-11 7-11
CD-109 (F) 0.100 4, 5.10-8 0.050, 7.10 3-8 2-8-1, 1.10, 4.10-8 9, 3.10-9 8, 1.10-9
0.100 m 3, 0.10-8 0.050 2, 3.10-8 1-8 9, 4.10, 5.10-9 7-9 6, 8.10, 6.10-9
With 0.100 2, 7.10-8 0.050 2, 1.10-8 1, 3.10-8 8-9 7, 9.10, 6.10-9 6, 2.10-9
CD-113 F 0.100 2, 6.10-7 0.050 2, 4.10,-7 1, 7.10-7 1-1 7, 4.10, 2.10-7 1, 2.10-7
0.100 m 1, 2.10-7 0.050 1, 0.10-7 7, 6.10-8 6, 1.10-8 5-8 5, 7.10, 5.10-8
With 0.100 7 8.10-8 0.050 5, 8.10-8 4, 1.10-8 3, 0.10-8 2-2 8, 7.10, 6.10-8
CD-113m (F) 0.100 3, 0.10-7 0.050 2, 7.10-7 1-1 7, 8.10, 3.10-7 1-1 7, 1.10, 1.10-7
0.100 m 1, 4.10-7 0.050 1, 2.10-7 8, 1.10-8 6, 0.10-8 5-8 5, 3.10, 2.10-8
With 0.100 1, 1.10-7 0.050 8, 4.10, 5.10-8 5-8 3-3 8, 9.10, 3.10-8 3, 1.10-8
CD-115 F 0.100 4 0.10-9 0.050 2, 6.10-9 1, 2.10-9 7, 5.10-10 4, 3.10-10 3, 5.10-10
M 0.100 6, 7.10-9 0.050 4, 8.10-9 2, 4.10-9 1-1 9, 7.10, 2.10-9 9, 8.10-10
With 0.100 7, 2.10-9 0.050 5, 1.10-9 2, 6.10-9 1, 8.10-9 1-1 9, 3.10, 1.10-9
CD-115m (F) 0.100 4, 6.10-8 0.050 3, 2.10-8 1, 5.10-8 1, 0.10-6, 4.10 8-9 5-9, 3.10
M 0.100 4 0.10-8 0.050 2, 5.10-8 1-8, 4.10, 4.10 9-9 7-9 6, 3.10, 2.10-9
3, with 9.10-0.100 8 0.050 3, 0.10-8 1-1 8, 7.10, 1.10-8 8-9 7, 9.10, 7.10-9
CD-117 F 0.100, 4.10 7-10 0.050 5, 2.10-10 2, 4.10, 5.10-10 1-10 8, 1.10-11 6, 7.10-11
0.100 m 1-9, 3.10, 3.10 0.050 9-10 4, 5.10-10 2-2 10, 9.10, 0.10-10 1, 6.10-10
With 0.100 1, 4.10-9 0.050 9, 8.10-10 4, 8.10-10 3, 1.10-10 2, 1.10-1, 10-10-10
CD-117 m (F) 0.100 8, 9.10-10 0.050 6, 7.10-10 3, 3.10-10 2, 0.10-10 1-10 9, 1.10, 4.10-11
M 0.100 1.5x10-9 0.050 1, 1.10-9 5, 5.10-10 3, 6.10-10 2-2 10, 4.10, 0.10-10
With 0.100 1.5x10-9 0.050 1, 1.10-9 5-10-10, 3-10, 8.10 2, 6.10-10 2, 1.10-10
Indium
In-109 F 0.040 2, 6.10-10 0.020 2, 1.10-10 1 0.10-10 6, 3.10-11 3, 6.10-11 2, 9.10-11
M 0.040 3, 3.10-10 0.020 2, 6.10-1, 3.10-10 10 8, 4.10-11 5-11-4, 3.10, 2.10-11
In-110 F 0.040 8, 2.10-10, 1.10 0.020 7-10 3-10-10, 2-10-1, 3.10, 3.10-10 1, 1.10-10
M 0.040 9, 9.10-10 0.020 8, 3.10-4, 4.10-10 10 2, 7.10-10 1-1 10, 3.10-10
In-110 F 0.040 3, 0.10-10 0.020 2, 1.10-10 9, 9.10-11 6, 0.10-11 3, 5.10-11 2, 8.10-11
M 0.040 4, 5.10-10 0.020 3, 1.10-10 1, 5.10-10 9, 2.10-11 5-11-4, 8.10, 7.10-11
In-111 F 0.040 1, 2.10-9 0.020 8, 6.10-10 4, 2.10-10, 2-10 1-1 10, 5.10, 3.10-10
M 0.040 1.5x10-9 0.020 1, 2.10-9 6, 2.10-10 4, 1.10-10 2-2 10, 9.10, 3.10-10
In-112 F 0.040 4, 4.10-11 0.020 3, 0.10-11 1, 3.10-11 8-10-12, 5-12-4, 4.10, 7.10-12
M 0.040 6, 5.10-11 0.020 4, 4.10-11 2, 0.10-11 1, 3.10-11 8-10-12, 7-12, 4.10
In-113m F 0.040 1, 0.10-10 0.020 7, 0.10-11 3, 2.10-11 2, 0.10-11 1, 2.10-11 9-12, 7.10
M 0.040 1, 6.10-10 0.020 1, 1.10-10 5, 5.10-11 3, 6.10-11 2-2 11, 4.10, 0.10-11
In-114m F 0.040 1, 2.10-7 7, 0.020 7.10-8, 4.10 3-8 1-1 8, 9.10, 1.10-8 9, 3.10-9
M 0.040 4, 8.10-8 0.020 3, 3.10-8 1-1 8, 6.10, 0.10-8 7, 8.10-9 6, 1.10-9
In-115 F 0.040 8, 3.10-7 0.020 7 8.10-7 5, 5.10-7 5-7, 4-7, 2.10 3, 9.10-7
M 0.040 3, 0.10-7 0.020 2, 8.10-7 2, 1.10-7 1-1 7, 9.10, 7.10-7 1, 6.10-7
In-115m F 0.040 2, 8.10-10 0.020 1, 9.10-10 8-11, 4.10, 5, 1.10-11 2-2 11, 8.10, 4.10-11
M 0.040 4, 7.10-10 0.020 3, 3.10-10 1-1 10, 0.10-10 7, 2.10-11 5, 9.10-11
In-116 F 0.040 2, 5.10-10 0.020 1, 9.10-10 9, 2.10-11, 5-11 3-10, 4.10-11 2, 8.10-11
M 0.040 3, 6.10-10 0.020 2, 7.10-10 1, 3.10-10 8, 5.10-5, 6.10 11-11 4, 5.10-11
In-117 F 0.040 1, 4.10-10 9, 0.020 7.10-11 4, 5.10-11 2, 8.10-11 1-1 11, 7.10, 5.10-11
M 0.040 2, 3.10-10 0.020 1, 6.10-10 7, 5.10-11 5, 0.10-11 3, 5.10-11 2, 9.10-11
In-117 m F 0.040 3, 4.10-10 0.020 2, 3.10-10 1 0.10-10 6, 2.10-11 3, 5.10-2, 9.10, 11-11
M 0.040 6, 0.10-10 0.020 4 0.10-10 1-1 10, 9.10, 3.10-10 8-10-11, 7-11, 2.10
In-119 F 0.040 1, 2.10-10, 3.10-0.020 7 11 3, 1.10-11 2, 0.10-11 1-1 11, 2.10, 0.10-11
M 0.040 1, 8.10-10 0.020 1, 1.10-10 4, 11 3, 9.10-2.10-11 2, 0.10-11 1, 7.10-11
Tin
SN-110 F 0.040 1, 0.10-9 0.020 7, 6.10, 6.10-10 3-10 2-10-1, 2.10 2.10-10, 9-11, 9.10
M 0.040 1.5x10-9 0.020 1, 1.10-9 5, 1.10, 2.10-10 3-10 1-1 10, 9.10, 6.10-10
SN-111 F 0.040 7, 7.10-11 0.020 5, 4.10-11 2, 6.10, 6.10 1-11-11 9-12 7, 4.10, 8.10-12
M 0.040 1, 1.10-10 0.020 8, 0.10-11 3, 8.10-11 2, 5.10-11 1-1 11, 3.10-11
SN-113 F 0.040 5, 1.10-9 0.020 3, 7.10-9 1-1 9, 8.10, 1.10-9 6, 4.10, 4.10-10 5-10
M 0.040 1, 3.10-8 0.020 1, 0.10-8 5, 9-4, 8.10-0.10-9 3, 2.10-9 2, 7.10-9
SN 117 m-F 0.040 3, 3.10-9 0.020 2, 2.10, 0.10-9 1-9 6-10 3, 1.10, 4.10, 8.10-10 2-10
M 0.040 1, 0.10-8 0.020 7, 7.10-9 4-9 3-3 9, 4.10, 1.10-9 2, 4.10-9
SN-119 F 0.040 3, 0.10-9 0.020 2, 2.10, 0.10-9 1-9 6-10, 3-10-2, 4.10, 8.10-10
M 0.040 1, 0.10-0.020 7, 9.10 8-9, 4-9 3-10, 1.10-9 2-2 9, 6.10, 2.10-9
SN-121 F 0.040 7, 7.10-10 0.020 5, 0.10-10 2, 2.10-10, 3.10-1 10 7 11 6, 0.10-0.10-11
M 0.040 1.5x10-9 0.020 1, 1.10-9 5, 1.10-10 3, 6.10-10 2-2 10, 9.10, 3.10-10
SN-121m F 0.040 6, 9.10-0.020 5, 4.10 9-9 2, 8.10, 6.10-9 1-9 9-10 9, 4.10, 0.10-10
M 0.040 1-8, 9.10 0.020 1.5x10-8 9, 2.10-9 6-9 5, 4.10, 5.10-9 4, 5.10-9
SN-123 F 0.040 1-8, 4.10 0.020 9, 9.10-9 4, 5.10-9 2, 6.10-9 1-1 9, 4.10, 2.10-9
M 0.040 4 0.10-8 0.020 3, 1.10-8 1, 8.10-8 1, 2.10-8 9, 5.10-9 8, 1.10-9
SN-123m F 1, 4.10-0.040 10 0.020 8, 9.10-11 3, 9.10-11 2, 5.10-11 1-1 11, 5.10, 3.10-11
M 0.040 2, 3.10-10 0.020 1.5x10-7 10, 0.10-11 4, 6.10-11 3, 2.10-2, 11-11-10
SN-125 F 0.040 1, 2.10-8 0.020 8, 0.10-9 3, 5.10-9 2, 0.10-9 1, 1.10-9 8, 9.10-10
M 0.040 2, 1.10-8 0.020 1.5x10-8 7-9 5, 6.10, 0.10-9 3-3 9, 6.10, 1.10-9
SN-126 F 0.040 7, 3.10-0.020 5, 9.10 8-8 3-8-2, 2.10, 0.10-8 1-1 8, 3.10, 1.10-8
M 0.040 1, 2.10-7 0.020 1, 0.10-7 6, 2.10-8 4, 1.10-8 3, 3.10-8 2, 8.10-8
SN-127 F 0.040 6, 6.10-10 0.020 4, 7.10-10 2, 3.10-4.10-10 1 10 7, 9.10, 11-6, 5.10-11
M 0.040 1, 0.10-9 0.020, 4.10 7-10 3-10-10, 2-10, 4.10 1, 6.10-10 1, 3.10-10
SN-128 F 0.040 5, 1.10-10 0.020 3, 6.10-10 1-1 10, 7.10, 0.10-10 6, 1.10-11 5, 0.10-11
M 0.040 8, 0.10-10 0.020 5, 5.10-2, 10-10-10 1-1 10, 7.10, 1.10, 2.10-10 9-11
antimony
SB-115 F 0.200 8, 1.10-11 0.100 5, 9.10-11 2, 8.10-11 1-1 11, 7.10, 0.10-11 8, 5.10-12
0.020 m 1, 2.10-10, 3.10-0.010 8 11 4, 0.10-11 2, 5.10-11 1-1 11, 3.10-11
With 0.020 1, 2.10-10 0.010 8, 6.10-11 4, 1.10-2, 11-1, 11-10-11 1, 4.10-11
SB-116 F 0.200 8, 4.10-11 0.100 6, 2.10-11 3, 0.10-11 1-1 11, 9.10, 1.10-11 9-12, 1.10
0.020 m 1, 1.10-8 0.010, 2.10 10-11 4, 0.10-11 2, 5.10-11 1-1 11, 5.10, 3.10-11
With 0.020 1, 2.10-10, 5.10-0.010 8 11 4, 1.10-11 2, 6.10, 6.10-11 1-1 11, 3.10-11
SB-116 F 0.200 2, 6.10-10 0.100 2, 1.10-10 1, 1.10-10 6, 6.10-11 4, 0.10-11 3, 2.10-11
M 0.020 3, 6.10-10 0.010 2, 8.10-10 1, 5.10-10 9, 1.10-11 5-11, 4, 9.10, 7.10-11
With 0.020 3, 7.10-10 0.010 2, 9.10-10 1, 5.10-10 9, 4.10-11 6, 1.10-11 4, 9.10-11
SB-117 F 0.200 7, 7.10-11 0.100 6, 0.10-11 2, 9.10-11 1-1 11, 8.10, 0.10-11 8, 5.10-12
0.020 m 1, 2.10-10, 1.10 0.010 9-11, 4-11, 11-3 2, 0.10-11 1, 6.10-11
With 0.020 1, 3.10-0.010 9, 5.10 10-11 4, 8.10-11 3, 1.10-11 2, 2.10-1, 11-10-11
SB-F 118 m 0.200 7, 3.10-10 0.100, 2.10 6-10 3-10-2, 3.10, 0.10-10 1, 2.10-10 9, 3.10-11
0.020 m 9, 3.10-10 0.010 7, 6.10-10 4 0.10-10 2, 5.10-10 1-1 10, 5.10, 2.10-10
With 0.020 9, 5.10-10 0.010 7 8.10-10 4, 1.10-10 2, 5.10-10 1-1 10, 5.10, 2.10-10
SB-119 F 0.200 2, 7.10-10 0.100 2, 0.10-10 9-11, 4.10, 5.10 5-11 2-2 11, 9.10, 3.10-11
0.020 m 4, 0.10-10 0.010 2, 8.10-1, 3.10-10 10 7, 9.10, 11-4, 11-3, 4.10, 5.10-11
With 0.020 4, 1.10-10 0.010 2, 9.10-10-1, 10-8, 4.10 2.10-11 4, 5.10-11 3, 6.10-11
SB-120 F 0.200 4, 1.10-9, 3.10 0.100 3-9 1-1 9, 8.10, 1.10-9 6, 7.10-10 5, 5.10-10
0.020 m 6, 3.10-9 0.010 5, 0.10-9 2, 8.10-9 1, 8.10-9 1-1 9, 3.10, 0.10-9
With 0.020 6, 6.10-9, 3.10 0.010 5-9 2-9 1, 9.10, 9.10-9 1-1 9, 4.10, 1.10-9
SB-120 F 0.200 4, 6.10-11 0.100 3, 1.10-11 1, 4.10-11 8, 9.10-12 5, 4.10-12 4, 6.10-12
0.020 m 6, 6.10-11 0.010 4, 4.10-11 2, 0.10-11 1, 3.10-11 8-12 7, 3.10, 0.10-12
With 0.020 6, 8.10-11 0.010 4, 6.10-11 2, 1.10-11 1, 4.10-11 8-12 7-10, 3.10-12
SB-122 F 0.200 4, 2.10-9 0.100 2, 8.10-9 1-9 8, 4.10, 4.10, 4.10-10 4-10 3-10
0.020 m 8-9, 3.10 0.010 5, 7.10-9 2, 8.10-9 1, 8.10-9 1-1 9, 3.10, 0.10-9
With 0.020 8, 8.10-9 0.010 6, 1.10-9, 3-9, 2-9, 1-9-1, 4.10, 1.10-9
SB-124 F 0.200 1, 2.10-8 0.100 8.10-8, 9-4, 3.10 9 2, 6.10, 6.10-9 1-1 9, 3.10-9
M 0.020 3, 1.10-8 0.010 2-8, 4.10, 4.10 1-8 9, 6.10-9 7-10-9, 6-9, 4.10
3, with 9.10-0.020 8 0.010 3, 1.10-8 1, 8.10-8 1-1 8, 3.10, 0.10-8 8, 6.10-9
SB-124 m F 0.200 2, 7.10-11 0.100 1, 9.10-11 9-12, 5-12 3, 6.10, 4.10, 8.10-12 2-12
0.020 m 4, 3.10-11 0.010 3, 1.10-11 1, 5.10-11 9-12, 6.10 6, 5.10-12 5, 4.10-12
With 0.020 4, 6.10-11 0.010 3, 3.10-11 1-1 11, 0.10-11 7, 2.10-12 5, 9.10-12
SB-125 F 0.200 8, 7.10-9 0.100, 8.10 6-9 3-10-9, 2-9, 3.10 1, 5.10-9 1-9, 4.10
0.020 m 2, 0.10-8 0.010 1, 6.10-8 1, 0.10-8 6, 8.10-9 5-9-4, 8.10, 8.10-9
With 0.020 4, 2.10-8 0.010 3, 8.10-8, 4.10 2-8 1-1 8, 6.10, 4.10-8 1, 2.10-8
SB-126 F 0.200 8, 8.10-9 0.100 6, 6.10-9 3-9-2, 3.10, 1.10-9 1-1 9, 2.10, 0.10-9
0.020 m 1, 7.10-8 0.010 1, 3.10-4.10-8 7, 9 5, 1.10-9 3, 5.10-9 2, 8.10-9
1, with 9.10-0.020 8 0.010 1.5x10-8 8, 2.10-9 5-9, 4-9, 3-9, 2.10
SB-126 m F 0.200 1, 2.10-10 0.100 8, 2.10-11 3, 8.10-11 2, 4.10, 5.10-11 1-1 11, 2.10-11
0.020 m 1, 7.10-10 0.010 1, 2.10-10, 5.10-5 11 3, 5.10-11 2, 3.10-11 1, 9.10-11
With 0.020 1, 8.10-10 0.010 1, 2.10-10, 5-11 3-10, 7-10-11 2-2 11, 4.10, 0.10-11
SB-127 F 0.200 5, 1.10-9 0.100 3, 5.10-9 1, 6.10-9 9-10-10, 5-10, 2.10 4, 3.10-10
0.020 m 1, 0.10-8 0.010 7, 3.10-9 3, 9.10-9 2-2 9, 7.10, 1.10-9 1, 7.10-9
With 0.020 1, 1.10-8 0.010 7, 9.10-9 4, 2.10-9 3-9, 2-9-1, 3.10, 9.10-9
SB-128 F 0.200 2, 1.10-9 0.100 1 7.10-9 8-10 5, 3.10, 1.10-10 2-2 10, 9.10, 3.10-10
M 0.020 3, 3.10-9 0.010 2, 5.10-9 1, 2.10-9 7, 9.10-10 5, 10 4 0.10-0.10-10
With 0.020 3, 4.10-9 0.010 2, 6.10-9 1-9, 3.10, 3.10-8 10 5, 2.10-10 4, 2.10-10
SB-128 F 0.200 9, 8.10-11 0.100 6-11 3, 9.10, 11 2, 2.10-0.10-11 1-1 11, 2.10, 0.10-11
0.020 m 1, 3.10-0.010 9, 2.10 10-11 4, 3.10-2, 11-10-11 1-1 11, 7.10, 4.10-11
With 0.020 1-10, 4.10, 4.10-0.010 9 11 4, 4.10-11 2, 8.10-11 1-1 11, 8.10, 5.10-11
SB-129 F 0.200 1, 1.10-9 0.100 8, 2.10-10 3, 8.10-10 2, 3.10, 3.10-10 1-1 10, 0.10-10
0.020 m 2, 0.10-9 0.010 1, 4.10-9 6-10 4, 8.10, 4.10-10 2-2 10, 9.10, 3.10-10
With 0.020 2, 1.10-9 0.010 1.5x10-7 9, 2.10-10, 4-10 3-10, 2-10, 5.10.
SB-130 F 0.200 3, 0.10-10 0.100 2, 2.10-10 1, 1.10-10 6, 6.10-11 4, 0.10-11 3, 3.10-11
0.020 m 4, 5.10-10 0.010 3, 2.10-10, 1-10 9, 8.10-11 6, 3.10-11 5, 1.10-11
With 0.020 4, 6.10-10 0.010 3, 3.10-10 1-1 10, 0.10-10 6, 5.10-11 5, 3.10-11
SB-131 F 0.200 3, 5.10-10 0.100 2, 8.10-10 1-10 7, 4.10, 7.10-11 4, 6.10-11 3, 5.10-11
M 0.020 3, 9.10-10 0.010 2, 6.10-1, 3.10-10 10 8, 0.10-11 5, 3.10-11 4, 4.10-11
With 0.020 3, 8.10-10 0.010 2, 6.10-10 1, 2.10-10 7, 9.10-11 5, 3.10-11 4, 4.10-11
tellurium
Te-116 F 0.600 5, 3.10-10 0.300 4, 2.10-10, 1.10-2 10 1, 3.10-10 7, 2.10-11 5, 8.10-11
M 0.200 8, 6.10-6, 4.10 0.100 10-10 3-10 2, 2.10, 0.10-10 1-1 10, 3.10, 0.10-10
With 0.020 9, 1.10-10 0.010 6, 7.10-10 3, 3.10-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
Te-121 F 0.600 1 7.10-9 0.300 1, 4.10-9 7, 2.10-10, 4-10 2-2 10, 9.10, 4.10-10
M 0.200 2, 3.10-9 0.100 1, 9.10-9 1-9, 6-10-4, 8.10, 7.10-10 3, 8.10-10
With 0.020 2, 4.10-9 0.010 2, 0.10-9 1-9 7, 1.10, 2.10-10 5, 1.10-10 4, 1.10-10
Te-121m F 0.600 1-8, 4.10 0.300 1, 0.10-8 5-9-3, 3.10, 3.10-9 2, 1.10-9 1, 8.10-9
M 0.200 1-8, 9.10 0.100 1.5x10-8 8, 8.10-9 6-9 5, 1.10, 1.10-9 4, 2.10-9
With 0.020 2, 3.10-8 0.010 1, 9.10-8 1, 2.10-8 8, 1.10-9 6-9 5, 9.10, 7.10-9
Te-123 F 0.600 1, 1.10-8 0.300 9, 1.10-9 6, 2.10-9 4-4 9, 8.10, 0.10-9 3, 9.10-9
M 0.200 5, 6.10-9 0.100, 4.10 4-9 3-9, 2-9-2, 3.10, 0.10-9 1-9, 9.10
With 0.020 5, 3.10-9 0.010 5, 0.10-9 3, 5.10-9 2-2 9, 4.10, 1.10-9 2, 0.10-9
Te-123m F 0.600 9, 8.10-9 0.300 6, 8.10-3, 4.10 9-9 1-1 9, 9.10, 1.10-9 9, 5.10-10
M 0.200 1, 8.10-8 0.100 1, 3.10-8 8, 0.10-9 5-5 9, 7.10, 0.10, 0.10-9 4-9
With 0.020 2, 0.10-8 0.010 1, 6.10-8.10-8 9, 9 7, 1.10-9, 3.10-6 9 5, 1.10-9
Te-125 m F 0.600 6, 2.10-9 0.300, 2.10 4-9 2-9, 1-9, 1.10 6, 1.10-10 5, 1.10-10
M 0.200 1.5x10-8 0.100 1, 1.10-8 6, 6.10-9 4-4 9, 8.10, 3.10-3, 4.10 9-9
With 0.020 1 7.10-8 0.010 1, 3.10-8 7, 8.10-9 5-5 9, 8.10, 3.10-4 9, 2.10-9
Te-127 F 0.600 4, 3.10-10 0.300, 2.10 3-10 1-10 8, 4.10, 5.10-11 4, 5.10-11 3, 9.10-11
M 0.200 1, 0.10-9 0.100 7, 3.10-10 3, 6.10-10 2, 4.10-10 1-1 10, 6.10, 3.10-10
With 0.020 1, 2.10-9 0.010 7, 9.10-10 3, 9.10-10 2, 6.10-10 1-1 10, 7.10, 4.10-10
Te-127m F 0.600 2, 1.10-8 0.300 1-8, 4.10, 5.10-9 6 3, 5.10-9 2, 0.10-9 1, 5.10-9
M 0.200 3, 5.10-8 0.100 2, 6.10-8 1, 5.10-8 1-8 9, 1.10, 2.10-9 7, 4.10-9
With 0.020 4, 1.10-8 0.010 3, 3.10-8 2, 0.10-8 1-1 8, 4.10, 2.10-8 9, 10-9
Te-129 F 0.600 1, 8.10-10 0.300 1, 2.10-10, 5-11, 1.10, 2.10 3-11 1-1 11, 9.10, 6.10-11
M 0.200 3, 3.10-10 0.100 2, 2.10-10 9, 9.10-11 6, 5.10-11 4, 4.10-11, 3-11-10
With 0.020 3, 5.10-10 0.010 2, 3.10-10 1 0.10-10 6, 11, 4, 9.10-7.10-11 3, 9.10-11
Te-129m F 0.600 2, 0.10-8 0.300 1, 3.10-8 5, 9 3, 8.10-1.10-9 1-1 9, 7.10, 3.10-9
M 0.200 3, 5.10-8 0.100 2, 6.10-8 1-8 9, 4.10, 8.10-9 8, 0.10-9 6, 6.10-9
With 0.020 3, 8.10-8 0.010 2, 9.10-8 1-1 8, 7.10, 2.10-8 9, 6.10-9 7, 9.10-9
Te-131 F 0.600 2, 3.10-10 0.300 2, 0.10-10 9, 9.10-11 5-11-3, 3.10, 3.10-11 2, 3.10-11
M 0.200 2, 6.10-10 0.100 1 7.10-10 8-11 5, 1.10, 2.10-11 3, 5.10-11 2, 8.10-11
With 0.020 2, 4.10-10 0.010 1, 6.10-10 7, 4.10-11 4, 9.10-11 3, 3.10-11 2, 8.10-11
Te-131 F 0.600 8, 7.10-9 0.300 7, 6.10-9 3-9, 2, 9.10, 0.10-9 1, 2.10-9 8, 6.10-10
M 0.200 7, 9.10-9 0.100 5, 9 3, 8.10-0.10-9 1-1 9, 9.10, 2.10-9 9, 4.10-10
With 0.020 7, 0.10-9 0.010 5, 1.10-9 2, 6.10-9 1-1 9, 8.10, 1.10-9 9, 1.10-10
Te-132 F 0.600 2, 2.10-8 0.300 1, 8.10-8 8, 5.10-9 4, 2.10-9 2, 6.10-9 1, 8.10-9
M 0.200 1, 6.10-8 0.100 1, 3.10-6, 4.10 8-9 4, 0.10-9 2-2 9, 6.10, 0.10-9
With 0.020 1.5x10-8 0.010 1, 1.10-8 5, 9 3, 8.10-8.10-9 2-2 9, 5.10, 0.10-9
Te-133 F 0.600 2, 4.10-10 0.300 2, 1.10-10 9, 6.10, 6.10-11 4-11 2, 8.10, 9.10, 11-1-11
M 0.200 2, 0.10-10 0.100 1, 3.10-10 6, 1.10-11 3, 8.10-11 2-2 11, 4.10, 0.10-11
With 0.020 1 7.10-10 0.010 1, 2.10-10, 5-11, 4.10, 5.10-3 11 2, 2.10-11 1, 9.10-11
Te-133 m engine has F 0.600 1, 0.10-9 0.300 8, 9.10-10 4, 1.10-10 2, 0.10-10 1, 2.10-10, 8-11, 1.10
M 0.200, 5.10 8-10 5 0.100, 8.10-10 2, 8.10-1, 10-10-10 1 10 8, 1.10-7-10-11
With 0.020 7, 4.10-10 5, 0.010 1.10-10 2, 5.10-10 1-1 10, 0.10-10 8, 4.10-11
Te-134 F 0.600 4, 7.10-10 0.300, 7.10 3-10 1-1 10, 8.10, 0.10-10 6, 0.10-11, 4-11-10
M 0.200 5, 5.10-10 0.100 3, 9.10-10 1-1 10, 9.10, 2.10-10, 1.10-8 11 6, 6.10-11
With 0.020 5, 6.10-10 0.010 4 0.10-10 1-1 10, 9.10, 3.10-10 8-11-6, 4.10, 8.10-11
iodine
I-120 F 1.000 1, 3.10-9 1.000 1, 0.10-9 4, 8.10-10 2, 3.10-10 1-1 10, 4.10, 0.10-10
M 0.200 1, 1.10-9, 3.10 0.100 7-10 3-10 2, 4.10, 1.10-10 1-1 10, 3.10, 0.10-10
With 0.020 1, 0.10-9 0.010 6, 9.10-10 3-10 2, 2.10, 0.10-10 1-1 10, 2.10, 0.10-10
I-120 m F 8, 6.10-1.000 10 1.000 6, 9.10-10 3, 3.10-10 1-1 10, 8.10, 1.10-10 8, 2.10-11
M 0.200 8, 2.10-10 0.100 5, 9.10-10 2, 9.10-10 1-1 10, 8.10, 1.10-10 8-10-11
With 0.020 8, 2.10-10, 8.10-0.010 5 10 2, 8.10-10 1-1 10, 8.10, 1.10-10 8, 8.10-11
I-121 (F) 1.000 2, 3.10-10 1.000 2, 1.10-10 1, 1.10-10 6, 0.10-11 3, 8.10-11 2, 7.10-11
M 0.200 2, 1.10-10 0.100 1.5x10-10 7-11 4, 8.10, 9.10, 11-3, 11-2, 2.10 5.10-11
1, with 9.10-0.020 10 0.010 1, 4.10-10 7, 0.10-11 4, 5.10-11 3, 0.10-11 2, 4.10-11
I-123 F 1.000 8-10-10 1.000 7, 9.10-10 3, 8.10-10 1-1 10, 8.10, 1.10-10 7, 4.10-11
M 0.200 5, 3.10-10 0.100 3, 9.10-10 2, 0.10-10 1, 2.10-10, 8-11, 2.10 6, 4.10-11
With 0.020 4, 3.10-10 0.010 3, 2.10-10 1-1 10, 7.10, 1.10-10 7, 6.10-11 6, 0.10-11
I-124 F 1.000 4-10-8, 1.000 4, 5.10-8 2, 2.10-8 1, 1.10-8 6, 7.10-4, 4.10 9-9
M 0.200 1-8, 4.10 0.100 9, 3.10-4, 9-2, 9-1, 9 5.10 6.10-9 1, 2.10-9
With 0.020 6, 2.10-9 0.010 4, 4.10-9 2, 2.10-9 1-9 9, 4.10, 4.10-10 7, 7.10-10
I-125 (F) 1.000 2, 0.10-8 1.000 2, 3.10-8 1, 5.10-8 1-8 7, 1.10, 2.10-9 5, 1.10-9
M 0.200 6, 9.10-9 0.100 5, 6.10, 6.10-9 3-9 2-9 1-1 9, 8.10, 4.10-9
With 0.020 2, 4.10-9 0.010 1, 8.10-9 1, 0.10-9 6, 7.10-10 4, 8.10-10 3, 8.10-10
I-126 (F) 1.000 8, 1.10-8 1.000 8-8-4, 3.10, 5.10-8 2-8, 4.10, 5.10 1-8 9, 10-9
M 0.200 2-8, 4.10 0.100 1 7.10-8 9, 5.10-9 5, 5.10-9 3, 8.10-2, 9-10-9
With 0.020 8-9, 3.10 0.010 5, 9.10-9 3, 3.10-9 2, 2.10-9 1-1 9, 8.10, 4.10-9
I-128 F 1.000 1, 5.10-10 1.000 1, 1.10-10 4, 11-2, 7.10 7.10-11 1-1 11, 3.10-11
M 0.200 1, 9.10-10 0.100 1, 2.10-10 5, 3.10-4.10-11 3, 11 2, 2.10-11 1, 9.10-11
1, with 9.10-0.020 10 0.010 1, 2.10-10, 5-11, 4.10, 5.10 3-11 2-2 11, 3.10, 0.10-11
I-129 F 1.000 7, 2.10-8 1.000 8, 6.10-8 6, 1.10-8 6, 7.10-8 4-8-3, 6.10, 6.10-8
M 0.200 3, 6.10-8 0.100 3, 3.10-8 2-2 8, 4.10, 4.10-8 1-1 8, 9.10, 5.10-8
2, with 9.10-0.020 8 0.010 2, 6.10-8 1, 8.10-8 1-1 8, 3.10, 1.10-8 9, 10-9
I-130 (F) 1.000 8, 2.10-9 1.000 7-9-3, 4.10, 5.10-9 1-1 9, 6.10, 0.10-9 6, 7.10-10
M 0.200 4, 3.10-9 0.100 3, 1.10-9 1, 5.10-9 9, 2.10-10 5, 8.10-10 4, 5.10-10
With 0.020 3, 3.10-0.010 2, 4.10 9-9 1, 2.10-9 7, 9.10-10 5, 1.10-10 4, 1.10-10
I-131 F 1.000 7, 2.10-8 7 1.000, 2.10-8 3, 7.10-8 1-1 8, 9.10, 1.10-8, 4.10 7-9
M 0.200 2, 2.10-8 0.100 1.5x10-8 8, 2.10-9 4-9 3-10, 9-2, 4.10 4.10-9
With 0.020 8, 8.10-9 0.010 6, 2.10-9 3, 5.10-9 2-2 9, 4.10, 0.10-9 1, 6.10-9
I-132 (F) 1.000 1, 1.10-9 9, 1.000 6.10-10 4, 5.10-10 2, 2.10-10 1-10 9, 3.10, 4.10-11
M 0.200 9, 9.10-10 0.100 7, 3.10-10 3, 6.10-10 2, 2.10-10 1-1 10, 4.10, 1.10-10
With 0.020 9, 3.10-10 0.010 6, 8.10-3, 4.10-10 10 2, 1.10-10 1-1 10, 4.10, 1.10-10
I-132m (F) 1.000 9, 6.10-10 1.000 8, 4.10-10 4 0.10-10 1-1 10, 9.10, 2.10-10 7, 9.10-11
M 0.200 7, 2.10-10, 3.10-0.100 5 10 2, 6.10, 6.10-10 1-1 10, 1.10-10 8-10-11
With 0.020 6, 6.10-10 0.010 4, 8.10-10 2, 4.10-10 1-1 10, 1.10-10 8, 5.10-11
I-133 (F) 1.000 1-8, 9.10 1.000 1, 8.10-8 8-9-3, 3.10, 8.10-9 2, 2.10-9 1, 5.10-9
M 0.200 6, 6.10-9 0.100, 4.10 4-9 2-9 1, 1.10, 2.10-9 7-10 5, 4.10, 5.10-10
With 0.020 3, 8.10-9 0.010 2, 9.10-9 1-9 9, 4.10, 0.10-10 5, 3.10, 3.10-10 4-10
I-134 (F) 1.000 4-10 3-10-1.000, 10 1, 8.10-10 9, 7.10-11 5-11, 4, 9.10, 5.10-11
M 0.200 4, 8.10-10 0.100, 4.10 3-10 1-1 10, 7.10, 0.10-10 6, 7.10-11 5, 4.10-11
With 0.020 4, 8.10-10 0.010 3, 4.10-10 1-1 10, 7.10, 1.10-10 6, 8.10-11 5, 5.10-11
I-135 (F) 1.000 4, 1.10-9 1.000 3, 7.10, 7.10-9 1-9 7, 9.10-10 4, 8.10, 2.10-10 3-10
M 0.200 2, 2.10-9 0.100 1, 6.10-9 7, 8.10-10 4-10-10, 3-10, 2-10, 4.10
With 0.020 1, 8.10-1, 3.10 0.010 9-9 6, 5.10-10 4, 2.10-10 2-2 10, 7.10, 2.10-10
cesium
CS-125 F 1.000 1, 2.10-10 1.000 8, 3.10-11 3, 9.10-11 2, 4.10, 4.10-11 1-1 11, 2.10-11
M 0.200 2, 0.10-10 0.100 1, 4.10, 5.10-10 6-11, 4-11, 2.10 2, 7.10-11 2, 2.10-11
With 0.020 2, 1.10-10 0.010 1-10 6, 4.10, 8.10-11 4, 4.10, 8.10-11 2-2 11, 3.10-11
CS-127 (F) 1.000 1, 6.10-10 1.000 1, 3.10-10 6-11, 4, 9.10, 2.10-11 2-2 11, 5.10, 0.10-11
M 0.200 2, 8.10-10 0.100 2, 2.10-10, 1.10-1 10 7, 3.10-4, 11-3, 11-11
With 0.020 3, 0.10-10 0.010 2, 3.10-10 1, 2.10-10, 7-11, 4-11 3, 8.10 8.10-11
CS-129 F 1.000 3, 4.10-10 1.000 2, 8.10-1, 10-8, 4.10, 10-10-11 5-11, 2.10 4, 2.10-11
M 0.200 5, 7.10-10 0.100 4, 6.10-10 2, 4.10, 5.10-10 1-10 9, 1.10-11 7, 3.10-11
With 0.020 6, 3.10-10 0.010 4, 9.10-10 2, 5.10-1, 10-9, 10-10-11, 7-11-10
CS-130 F 8, 1.000 3.10-11 1.000 5, 6.10-11 2, 5.10-1, 11-9, 11-12 7, 4.10, 8.10-12
M 0.200 1, 3.10-10 0.100 8, 7.10-11 4, 0.10-11 2, 5.10-11 1-1 11, 4.10-11
With 0.020 1, 4.10-10 0.010 9, 0.10-11 4, 1.10-2, 11-1, 11-10-11 1, 4.10-11
CS-131 (F) 1.000 2, 4.10-10 1.000 1, 7.10-10 8, 4.10-11 5-11-3, 3.10, 2.10-2, 11-11-10
M 0.200 3, 5.10-10 0.100 2, 6.10-10 1-10 8, 4.10, 5.10-11 5, 5.10-11 4, 4.10-11
With 0.020 3, 8.10-10 0.010 2, 8.10-10 1-10 9, 4.10, 1.10-11 5-11, 4, 9.10, 7.10-11
CS-132 (F) 1.000 1, 5.10-9 1.000 1, 2.10-6, 4.10 9-10 4, 1.10-10 2-2 10, 7.10, 3.10-10
M 0.200 1, 9.10-9 0.100 1.5x10-8, 4.10 9-10 5, 4.10-10 3-10 2-10, 9.10-10
With 0.020 2, 0.10-9 0.010 1, 6.10-9 8-10-10, 5, 6.10-10 3-3 10, 8.10, 0.10-10
CS-134 (F) 1.000 1, 1.10-8 1.000 7, 3.10-5 9, 2.10-9 5-6 9, 3.10, 3.10-9 6, 6.10-9
M 0.200 3, 2.10-8 0.100 2, 6.10, 6.10-8 1-1 8, 2.10-8 1, 1.10-8 9, 1.10-9
With 0.020 7, 0.10-8 0.010 6, 3.10-8 4, 1.10-8 2, 8.10-8 2-2 8, 3.10, 0.10-8
CS-134 m (F) 1.000 1, 3.10-10 1.000 8, 6.10-8.10-11 3, 11 2, 5.10-11 1-1 11, 4.10-11
M 0.200 3, 3.10-10 0.100 2, 3.10-1, 2.10 10-10 8-11 6, 3.10, 6.10-11 5, 4.10-11
With 0.020 3, 6.10-10 0.010 2, 5.10-1, 3.10-10 10 9, 2.10-7 11, 4.10-11 6, 0.10-11
CS-135 F 1.000 1, 7.10-1.000 9 9, 9.10-10 6, 2.10-10 6, 1.10-10 6-6 10, 8.10, 9.10-10
M 0.200 1, 2.10-8 0.100 9, 3.10-5, 9-4, 9-10 1.10-9 3-3 9, 8.10, 1.10-9
With 0.020 2, 7.10-8 0.010, 4.10 2-8 1-1 8, 6.10, 1.10-8 9, 5.10-9 8, 6.10-9
CS-135 m (F) 1.000 9, 2.10-11 1.000 7 8.10-11 4, 1.10-11 2, 4.10, 5.10-11 1-1 11, 2.10-11
M 0.200 1, 2.10-10, 9.10 0.100 9-11 5-11, 2.10 3, 2.10-11 1-1 11, 9.10, 5.10-11
With 0.020 1, 2.10-10, 0.10-0.010 1 10 5 11-3, 3.10, 3.10-11 2, 0.10-11 1, 6.10-11
CS-136 (F) 1.000 7, 3.10-9 1.000 5, 2.10-9 2-2 9, 9.10, 0.10-9 1-1 9, 4.10, 2.10-9
M 0.200 1, 3.10-8 0.100 1, 0.10-8 6, 0.10-9 3-3 9, 7.10, 1.10-9 2, 5.10-9
With 0.020 1.5x10-8 0.010 1, 1.10-8 5, 7.10-9 4, 1.10-9 3, 5.10-9 2, 8.10-9
CS-137 (F) 1.000 8, 8.10-1.000 5, 4.10 9-3, 9-3, 9-10-9-4, 9-4, 4.10 6.10-9
M 0.200 3, 6.10-8, 9.10 0.100 2-8 1-1 8, 8.10, 3.10-8 1-8 9, 1.10, 7.11-9
With 0.020 1, 1.10-0.010 7 1 7 7, 0.10-0.10-8 4-8-4, 8.10, 2.10-8 3, 9.10-8
CS-138 (F) 1.000 2, 6.10-10 1.000 1, 8.10-10 8-11 5, 1.10, 0.10-11 2-2 11, 9.10, 4.10-11
M 0.200 4 0.10-10 0.100 2, 7.10-10 1, 3.10-10 7, 8.10, 9.10-11 4-4 11, 1.10-11
With 0.020 4, 2.10-10 0.010 2, 8.10-1, 3.10-10 10 8, 2.10-11 5-11, 1.10 4, 3.10-11
barium
BA-126 F 0.600 6, 7.10-10 5 0.200, 2.10-10 2, 4.10, 4.10-10 1-10 6-11 7, 9.10, 4.10-11
M 0.200 1, 0.10-9 0.100 7, 0.10-10 3, 2.10, 0.10-10 2-10 1-1 10, 2.10, 0.10-10
With 0.020 1, 1.10-9 0.010 7, 2.10-10 3, 3.10-10 2, 1.10-10 1-1 10, 3.10, 1.10-10
BA-128 F 0.600 5, 9.10-9 0.200 5, 4.10, 5.10-9 2-9 1-9, 4.10, 4.10 7-10 7, 6.10-10
M 0.200 1, 1.10-8 0.100, 8.10 7-9 3-10-9, 2-9, 4.10, 5.10 1-9 1-9, 3.10
With 0.020 1, 2.10-8 0.010 8, 3.10-9 4, 0.10-9 2, 6.10, 6.10-9 1-1 9, 4.10-9
BA-131 F 0.600 2, 1.10-9 0.200, 4.10-1 9 7, 1.10-10 4-10-10, 3-10-2, 1.10, 2.10-10
M 0.200, 7.10 3-9, 1.10 0.100 3-9 1-1 9, 1.10-9 9-10-10, 7-10
With 0.020 4 0.10-9 0.010 3, 0.10-9 1-1 9, 8.10, 3.10-9 1-9 8, 1.10, 7.11-10
BA-131 F 0.600 2, 7.10-11 0.200 2, 1.10-11 1, 0.10-11 6, 7.10-12 4-4 12, 7.10, 0.10-12
M 0.200 4, 8.10-11 0.100 3, 3.10-11 1-1 11, 7.10, 2.10-11 9-12, 7-12, 4.10
With 0.020 5, 0.10-11 0.010 3, 5.10-11 1-1 11, 8.10, 2.10-11 9-12 7, 5.10, 8.10-12
BA-133 F 0.600 1, 1.10-8 0.200, 5.10 4-9 2-9 3-6 9, 7.10, 0.10-9 1, 5.10-9
M 0.200 1.5x10-8 0.100 1, 0.10-6, 4.10 8-9 5-5 9, 1.10, 5.10-9 3, 1.10-9
With 0.020 3, 2.10-8 0.010 2-2 8, 9.10, 0.10-8 1, 3.10-8 1-1 8, 1.10, 0.10-8
BA-133 m engine has F 0.600 1, 4.10-9 0.200 1, 1.10-9 4, 9.10-10 3, 1.10-10 1-1 10, 5.10, 8.10-10
M 0.200 3, 0.10-9 0.100 2, 2.10-9 1-9, 6-10, 9.10 5, 2.10-10 4, 2.10-10
With 0.020 3, 1.10-9 0.010 2, 4.10-9 1, 1.10-9 7-10 5, 6.10, 8.10-10 4-10
BA-135 m F 0.600 1, 1.10-9 0.200 1, 0.10-9 4, 6.10-10 2, 5.10-10 1-1 10, 2.10, 4.10-10
M 0.200 2, 4.10-9 0.100 1, 8.10, 9.10 8-9-10 5-10 4, 4.10, 1.10-10 3, 3.10-10
With 0.020 2, 7.10-9 0.010 1-9 8, 9.10, 6.10-10 5, 9.10-10 4, 5.10-10 3, 6.10-10
BA-139 F 0.600 3, 3.10-10 0.200 2, 4.10-10 1-10 6, 1.10, 0.10-11 3-3 11, 1.10, 4.10-11
M 0.200 5, 4.10-10 0.100, 5.10 3-10 1-1 10, 0.10-10 6-11 5, 6.10, 6.10-11
With 0.020 5, 7.10-10 0.010 3, 6.10, 6.10-10 1-1 10, 1.10-10 7, 0.10-11 5, 9.10-11
BA-140 F 0.600 1-8, 4.10, 8.10 0.200 7-9 3, 6.10-9 2, 4.10-9 1-1 9, 6.10, 0.10-9
M 0.200 2, 7.10-8 0.100 2, 0.10-8 1, 1.10-8 7, 6.10-9 6-9, 2.10 5, 1.10-9
2, with 9.10-0.020 8 0.010 2, 2.10-8 1, 2.10-8 8, 6.10-9 7-9 5, 1.10, 8.10-9
BA-141 F 0.600 1, 9.10-10 0.200 1-10 6, 4.10, 4.10, 8.10-11 3-11 2-2 11, 1.10, 1.10-11
M 0.200 3, 0.10-10 0.100 2, 0.10-10 9, 3.10-11 5, 9.10-11 3-3 11, 8.10, 2.10-11
With 0.020 3, 2.10-10 0.010 2, 1.10-10 9-10-11, 6-11, 2.10, 0.10-11 4 3, 4.10-11
BA-142 F 0.600 1, 3.10-10 0.200 9, 6.10-11 4, 5.10-2, 11-10-11 1-1 11, 5.10-11
M 0.200 1, 8.10-10 0.100 1, 3.10-10 6, 1.10-11 3, 9.10-11 2-2 11, 5.10, 1.10-11
1, with 9.10-0.020 10 0.010 1, 3.10-6, 2.10 10-11 4, 0.10-11 2-2 11, 6.10, 2.10-11
Lantau
La-131 F 0.005 1, 2.10-10, 0.10-5 4 8-10-11, 4-11, 2.10 2, 6.10-11 1-1 11, 5.10, 3.10-11
0.005 m 1, 8.10-10 5, 0.10-4 1, 3.10-10 6, 4.10-11 4, 1.10-11 2-2 11, 8.10, 3.10-11
La-132 (F) 0.005 1, 0.10, 0.10-9 5-7, 4-10-10, 3-10 2-10, 2.10-10 1-1 10, 2.10, 0.10-10
0.005 m 1, 5.10-9 5, 0.10-4 1-5 9, 1.10, 4.10, 4.10-10 3-10 2-10, 1-10
La-135 F 0.005 1, 0.10, 0.10-10 5-7, 4-10-11 3, 8.10-11 2, 3.10, 3.10-11 1-1 11, 0.10-11
0.005 m 1, 3.10-5 10, 0.10-0.10-4 1, 4, 10, 11 3, 9.10-0.10-11 1-1 11, 7.10, 4.10-11
La-137 (F) 0.005 2, 5.10-8 5, 0.10-4 2, 3.10-8 1, 5.10-8 1, 1.10-8 8-9 8, 9.10, 7.10-9
0.005 m 8, 6.10-9 5, 0.10-4 8, 1.10-9 5, 6.10-9 4, 0.10-9 3-3 9, 6.10, 6.10-9
La-138 F 0.005 3, 7.10-7 5, 0.10-4 3, 5.10-7 2, 4.10, 8.10-7 1-7 1-1 7, 6.10, 5.10-7
0.005 m 1, 3.10-7 5, 0.10-4 1, 2.10-7 9, 1.10-8 6, 8.10-8 6-8 6, 4.10, 4.10-8
La-140 F 0.005 5, 8.10-9 5, 0.10-4 4-9-2, 2.10, 0.10-9 1, 2.10-9 6, 9.10-10 5, 7.10-10
0.005 m 8, 8.10-9 5, 0.10-4 6-9-3, 3.10, 1.10-9 2, 0.10-9 1-1 9, 3.10, 1.10-9
La-141 F 0.005 8, 6.10-10 5, 0.10-4 5, 5.10-10 2, 3.10-4.10-10 1 10 7, 5.10-11 6, 3.10-11
0.005 m 1, 4.10-9 5, 0.10-4 9, 3.10, 3.10-10 4-10 2, 8.10-10 1-1 10, 8.10, 5.10-10
La-142 F 0.005 5, 3.10-5 10, 0.10-4, 8.10 3-10 1-1 10, 8.10, 1.10-10 6, 3.10-11 5-11, 2.10
0.005 m 8, 1.10-10 5, 0.10-4 5, 7.10, 7.10-10 2-10 1-1 10, 7.10, 1.10-10 8, 9.10-11
La-143 F 0.005 1, 4.10-10 5, 0.10-4 8, 6.10-11 3, 7.10-11 2, 3.10-11 1-1 11, 4.10, 2.10-11
0.005 m 2, 1.10-10 5, 0.10-4 1, 3.10-10 6, 0.10-11 3, 9.10-11 2-2 11, 5.10, 1.10-11
cér
CE-134 F 0.005 7, 6.10-9 5, 0.10-4 5-9-2, 3.10, 3.10-4.10-9 1, 9 7, 7.10, 7.10-10 5-10
0.005 m 1, 1.10-8 5, 0-7, 4-9, 3-9 2-10, 4.10, 5.10-9 1-1 9, 3.10-9
With the 0.005 1, 2.10-8 5, 0.10-0.10-4 8, 9 3, 8.10-9 2, 5.10-9 1-1 9, 3.10-9
CE-135 F 0.005 2, 3.10-9 5, 0.10-4 1, 7.10-9 8, 5.10-10 5, 3.10-10 3, 0.10-10 2, 4.10-10
0.005 m 3, 6.10-9 5, 0.10-4 2, 7.10-9 1-9, 4.10 8, 9.10-10 5, 9.10-10 4, 8.10-10
With the 7.10-0.005 3, 9 5, 0.10-4, 8.10 2-9 1-9 9, 4.10, 4.10-10 6, 3.10-5 10, 0.10-10
CE-137 (F) 0.005 7, 5.10-11 5, 0.10-4 5, 6.10-2, 11-1, 11-10-11 8-12 7-10, 0.10-12
0.005 m 1, 1.10-10 5, 0.10-4 7, 6.10, 6.10-11 3-11 2, 2.10-11 1, 2.10-11 9, 8.10-12
With the 0.005 1, 1.10-10 5, 0.10-4, 8.10 7-11 3-10-11, 2-11-1, 3.10, 3.10-11 1, 0.10-11
CE-137m F 0.005 1, 6.10-9 5, 0.10-4 1, 1.10-9 4, 6.10-10 2, 8.10-10 1-1 10, 5.10, 2.10-10
0.005 m 3, 1.10-9 5, 0.10-4 2, 2.10-9 1, 1.10-9 6, 7.10, 1.10-10 5-10 4-10, 1.10
With the 0.005 3, 3.10-9 5, 0.10-4, 3.10-2 9 1, 0.10-9 7, 3.10-10 5, 6.10-10 4, 4.10-10
CE-139 F 0.005 1, 1.10-8 5, 0.10-4 8, 5.10-9 4, 5.10-9 2, 8.10-9 1-1 9, 8.10, 5.10-9
0.005 m 7, 5.10-9 5, 0.10-4 6, 1.10-9 3, 6.10-9 2-2 9, 5.10, 1.10-9 1, 7.10-9
With the 0.005 7 8.10-9 5, 0.10-4 6, 3.10-9 3, 9.10-9 2-2 9, 7.10, 4.10-9 1-9, 9.10
CE-141 F 0.005 1, 1.10-8 5, 0.10-4 7, 3.10-9 3, 5.10-9 2, 0.10-9 1, 2.10-9 9, 3.10-10
0.005 m 1-8, 4.10, 5, 0.10-4 1, 1.10-8 6, 3.10-9 4-4 9, 6.10, 1.10-9 3, 2.10-9
With the 0.005 1, 6.10-8 5, 0-4 1, 2.10-8 7, 1.10-9 5-9-4, 3.10, 8.10-9 3, 8.10-9
CE-143 F 0.005 3, 6.10-9 5, 0.10-4 2-9-1, 3.10, 0.10-9 6, 2.10-10 3, 3.10-2, 10-10-10
0.005 m 5, 6.10-9 5, 0.10-4 3, 9.10-9 1-1 9, 9.10, 3.10-9 9, 3.10-10 7, 5.10-10
5, with 9.10-0.005 9 5, 0.10-4 4, 1.10-9 2, 1.10-9 1-1 9, 4.10, 0.10-9 8, 3.10-10
CE-144 F 0.005 3-7 5, 6.10, 0.10-4 2, 7.10-7 1-7 7, 4.10, 8.10-8 4-8-4, 8.10, 0.10-8
0.005 m 1-7, 9.10 5, 0.10-4 1, 6.10-8.10-7 8, 8 5, 5.10-8 4, 1.10-8 3, 6.10-8
With the 0.005 2, 1.10-7 5, 0.10-4 1-1 7, 8.10, 1.10-7 7, 3.10-8 5, 8.10-8 5, 3.10-8
prazeodym
PR-136 M 0.005 1, 3.10-5 10, 0.10-4, 8.10-8 11 4, 2.10-11 2, 6.10, 6.10-11 1-1 11, 3.10-11
With the 0.005 1, 3.10-5 10, 0.10-4 9, 0.10-11 4, 3.10-2, 11-10-11 1-1 11, 7.10, 4.10-11
PR-137 M 0.005 1, 8.10-10 5, 0.10-4 1, 3.10-10 6, 1.10-11 3, 9.10-11 2-2 11, 4.10, 0.10-11
1, with 9.10-0.005 10 5, 0.10-4 1, 3.10-10 6, 4.10-11 4, 0.10-11 2-2 11, 5.10, 1.10-11
PR-138 M 0.005 5, 9.10-10 5, 0.10-4 4, 5.10-10 2, 3.10-4.10-10 1 10 9-11, 7-11, 2.10
With the 0.005 6, 0.10, 0.10-10 5-4 4, 7.10-10 2, 4.10, 5.10-10 1-10 9, 3.10-11 7, 4.10-11
PR-139 M 0.005 1.5x10-10 5, 0.10-4 1, 1.10-10 5, 5.10-11 3, 5.10-11 2, 3.10-11 1, 8.10-11
With the 0.005 1, 6.10-10 5, 0.10-4 1, 2.10-10, 5-11 3-10, 7-10-11 2-2 11, 4.10, 0.10-11
PR-142 M 0.005 5, 3.10-9 5, 0.10-4 3, 5.10-9 1-1 9, 6.10, 0.10-9 6, 2.10-10 5, 2.10-10
With the 0.005 5, 5.10-9 5, 0.10-4 3, 7.10, 7.10-9 1-1 9, 1.10-9 6-10 5, 6.10, 5.10-10
PR-142m 0.005 M 6, 7.10-11 5, 0.10-4 4, 5.10-11 2, 0.10-11 1, 3.10-7, 9.10, 11-12, 6-12
With the 0.005 7, 0.10-0.10-11 5, 4 4, 7.10-11 2, 2.10-11 1, 4.10-11 8-12 7, 4.10, 0.10-12
PR-143 M 0.005 1, 2.10-8 5, 0.10-8, 4.10 4-9 4-9 3-9, 2.10 2, 7.10-9 2, 2.10-9
With the 0.005 1, 3.10-8 5, 0.10-4 9, 2.10-9 5, 1.10-9 3-3 9, 6.10, 0.10-9 2, 4.10-9
PR-144 M 0.005 1, 9.10-10 5, 0.10-4 1, 2.10-10, 5-11, 3-11, 2.10 2, 1.10-11 1, 8.10-11
1, with 9.10-0.005 10 5, 0.10-4 1, 2.10-10, 5-11, 2.10 3, 4.10-11 2, 1.10-11 1, 8.10-11
PR-145 M 0.005 1, 6.10-9 5, 0.10, 0.10-4 1-9-10-10, 4 3, 0.10-10 1-1 10, 9.10, 6.10-10
With the 0.005 1, 6.10-9 5, 0.10-4 1, 1.10-9 4, 9.10-10 3-10 2, 2.10, 0.10-1, 10-10-10
PR-147 M 0.005 1.5x10-10 5, 0.10-0.10-4 1 10 4, 8.10-11 3, 1.10-11 2, 1.10-11 1, 8.10-11
With the 0.005 1, 6.10-10 5, 0.10-4 1, 1.10-10 5, 0.10-11 3, 3.10-11 2, 2.10-11 1, 8.10-11
neodymium
ND-136 M 0.005 4, 6.10-10 5, 0.10-4 3, 2.10-10, 1-10 9, 8.10-11 6, 3.10-11 5, 1.10-11
With the 0.005 4, 8.10-10 5, 0.10-4 3, 3.10-10 1-1 10, 0.10-10 6, 6.10-11 5, 4.10-11
ND-138 M 2, 3.10-0.005 9 5, 0.10-4 1, 7.10-9 7-10-10, 4, 8.10-10 2-2 10, 8.10, 3.10-10
With the 0.005 2, 4.10-9 5, 0.10-4 1, 8.10-9 8, 0.10, 0.10-10 5-10 3-10, 2-10, 5.10.
ND-139 M 9 0.005, 0.10-11 5, 0.10-4 6, 2.10-11 3, 0.10-11 1-1 11, 9.10, 2.10-11 9-12, 9.10
With 9 0.005, 4.10-11 5, 0.10-4 6, 4.10-11 3, 1.10-11 2, 0.10-11 1-1 11, 3.10, 0.10-11
ND-139m 0.005 M 1, 1.10-9 5, 0.10-4, 8.10-8 10 4, 5.10, 9.10-10 2-10 1-1 10, 8.10, 5.10-10
With the 0.005 1, 2.10, 0.10-9 5-9 4-4 10, 1.10, 6.10-10 3, 0.10-10 1-1 10, 9.10, 5.10-10
ND-141 M 0.005 4, 1.10-11 5, 0.10-4 3, 1.10-11 1, 5.10-9, 11-6, 12-4, 8.10-12 12
With the 0.005 4, 3.10-11 5, 0.10-4 3, 2.10-11 1-1 11, 0.10-11 6, 2.10, 0.10-12 5-12
ND-147 M 0.005 1, 1.10-8 5, 0.10-0.10-4 8, 9 4, 5.10-9 3, 2.10-9 2-2 9, 6.10, 1.10-9
With the 0.005 1, 2.10-8 5, 0.10-4 8, 6.10-9 4, 9.10-9 3, 5.10-9 3-9, 2-9, 4.10
ND-149 M 0.005 6, 8.10-10 5, 0.10-4 4, 6.10-10 2, 2.10-10 1-1 10, 5.10, 0.10-10 8, 4.10-11
With the 0.005 7, 1.10-10 5, 0.10-4, 8.10-10 2, 3.10-10 1-1 10, 5.10, 1.10-10 8, 9.10-11
ND-151 M 0.005 1.5x10-10 5, 0.10-4 9, 11, 4, 9.10-6.10-11 3, 0.10-11 2, 0.10-11 1, 7.10-11
With the 0.005 1.5x10-10 5, 0.10-0.10-4 1 10 4, 8.10-11 3, 1.10-11 2, 1.10-1, 11-11-10
can buy better ships
PM-1, 141 M 0.005 4.10-10 5, 0.10-4, 4.10 9-11 4, 3.10-2, 11-10-11 1-1 11, 7.10, 4.10-11
With the 0.005 1.5x10-10 5, 0.10-4 9-10-11, 4-11, 4.10, 8.10 2-11 1-1 11, 8.10, 5.10-11
PM-143 M 0.005 6, 2.10-9 5, 0.10-4, 4.10, 5-9 3-9-2, 3.10, 2.10-9 1-1 9, 7.10, 5.10-9
With the 0.005 5, 5.10-9 5, 0.10-4, 8.10-9 3, 1.10-9 2, 1.10-9 1-1 9, 7.10, 4.10-9
PM-144 M 0.005 3, 1.10-8 5, 0.10-4 2, 8.10-8 1, 8.10-8 1, 2.10-8 9, 3.10-9 8, 2.10-9
With the 0.005 2, 6.10-8 5, 0.10-4, 4.10 2-8 1-1 8, 6.10, 1.10-8 8, 9.10-9 7, 5.10-9
PM-145 M 0.005 1, 1.10-8 5, 0.10-4 9, 8.10-6, 4.10 9-9 4, 3.10-3, 9-3, 9-10-9
With the 0.005 7, 1.10-9 5, 0.10-4 6, 5.10-9, 3.10-4 9 2, 9.10-9 2-2 9, 4.10, 3.10-9
PM-146 0.005 M 6-8, 4.10, 5, 0.10-4 5, 9.10-3, 9.10 8-8 2-2 8, 6.10, 2.10-8 2, 1.10-8
With the 0.005 5, 3.10-8 5, 0.10-4 4, 9.10-8 3, 3.10-8 2, 2.10-8 1-1 8, 9.10, 7.10-8
PM-147 M 0.005 2, 1.10-8 5, 0-4 1-1 8, 8.10, 1.10-8 7, 0.10-9 5-5 9, 7.10, 0.10-9
1, with 9.10 0.005-8 5, 0-4 1-1 8, 6.10, 0.10-8 6, 8.10-9 5-9-4, 8.10, 9.10-9
PM-148 M 0.005 1.5x10-8 5, 0.10-0.10-4 1 8 5, 2.10-3, 4.10 9-9 2-2 9, 4.10, 0.10-9
With the 0.005 1.5x10-8 5, 0.10-4 1, 1.10-8 5, 5.10-9 3, 7.10-9 2-2 9, 6.10, 2.10-9
PM-148 m 0.005 M 2, 4.10-8 5, 0.10-4 1-1 8, 9.10, 1.10-8 7-10-9, 6-9, 3.10 5, 1.10-9
With the 0.005 2, 5.10-8 5, 0.10, 0.10-4 2-8 1, 2.10-8 8-9 7, 3.10, 1.10-9 5, 7.10-9
Pm-5, 149 M 0.005 0.10, 0.10-9 5-4 3, 5.10-9 1-1 9, 7.10, 1.10-9 8, 3.10-10 6, 7.10-10
With the 0.005 5, 3.10-9 5, 0.10-4 3, 6.10-9 1-1 9, 8.10, 2.10-9 9, 0.10-10 7, 3.10-10
PM-150 M 0.005 1, 2.10-9 5, 0.10-4 7, 9.10-10 3, 8.10-10 2, 4.10, 5.10-10 1-1 10, 2.10-10
With the 0.005 1, 2.10, 0.10-9 5-4 8, 2.10-10 3, 9.10-10 2, 5.10-10 1-1 10, 3.10-10
PM-151 M 0.005 3, 3.10-5, 9-4 2 0.10, 5.10-9 1, 2.10-9 8-10 5, 3.10, 3.10, 3.10-10 4-10
With the 0.005 3, 4.10-9 5, 0.10-4 2, 6.10-9 1-9, 3.10 7, 9.10-10 5-10-10, 4-10
Samarium
SM-141 M 0.005 1.5x10-10 5, 0.10-0.10-4 1 10 4, 7.10-11 2, 9.10-11 1-1 11, 8.10, 5.10-11
SM-141m 0.005 M 3, 0.10, 0.10-10 5-4 2, 1.10-10 9-10-11, 6-11, 1.10 3, 9.10, 11-3, 2.10-11
SM-142 M 0.005 7, 5.10-5 10, 0.10-4, 8.10-10 2, 2.10-10, 1-10, 4.10, 5.10 8-11, 7-11, 1.10
SM-145 M 0.005 8, 1.10-9 5, 0.10-4, 8.10 6-9 4-9, 2, 5.10-9 1-1 9, 9.10, 6.10-9
SM-146 M 2, 7.10 0.005-5 5, 0.10-4 2, 6.10-5 1-1 5, 7.10, 2.10-5 1-1 5, 1.10, 1.10-5
SM-147 M 2 0.005, 5.10-5 5, 0.10-4 2, 3.10-5 1-1 5, 6.10, 1.10-9 5-6 9, 6.10, 6.10-6
SM-151 M 0.005 1, 1.10-8 5, 0.10-0.10-4 1, 8 6, 7.10-9 4, 5.10-9 4-4 9, 0.10, 0.10-9
SM-153 M 0.005 4, 2.10, 0.10-9 5-4 2, 9.10-9 1-1 9, 5.10, 0.10-9 7, 9.10-10 6, 3.10-10
SM-155 M 0.005 1.5x10-10 5, 0.10-4 9, 9.10-11 4, 4.10-11 2-2 11, 9.10, 0.10-11 1, 7.10-11
SM-156 M 0.005 1, 6.10-9 5, 0.10-4 1-5 9, 1.10, 8.10-10 3, 5.10-2, 10-10-10 2, 2.10-10
europium
EU-145 M 0.005 3, 6.10-9 5, 0.10-4 2, 9.10, 6.10-9 1-1 9, 0.10-9 6, 8.10-10 5, 5.10-10
EU-146 M 0.005 5, 5.10-9 5, 0.10-4, 4.10-4 9 2, 4.10, 5.10-9 1-1 9, 0.10-9 8, 0.10-10
EU-147 M 0.005 4, 9.10-9 5, 0.10-4 3, 7.10-9 2, 2.10-9 1, 6.10-9 1-1 9, 3.10, 1.10-9
EU-148 M 0.005 1-8, 4.10, 5, 0.10-4 1, 2.10-8 6-9-4, 8.10, 6.10-9 3, 2.10-9 2, 6.10-9
EU-149 M 0.005 1, 6.10-9 5, 0.10-4 1, 3.10-9 7, 3.10-10 4-10 3-10, 5.10-10 2, 9.10-10
EU-150 M 0.005 1, 1.10-7 5, 0.10-4 1, 1.10-7 7, 8.10-8 5-10-8, 5-8 5, 3.10, 3.10-8
EU-150 M 0.005 1, 6.10-9 5, 0.10-4 1-5 9, 1.10, 2.10-10, 4.10 3-10 2-10-1, 3.10, 9.10-10
EU-152 M 0.005 1, 1.10-7 5, 0.10-0.10-4 1 7 7, 0.10-8 4-4 8, 9.10, 3.10-8 4, 2.10-8
EU-152 m M 0.005 1-9 5, 9.10, 0.10-4 1, 3.10-6, 9-4, 10-10-2, 2.10 4.10-10 2, 2.10-10
EU-154 M 0.005 1, 6.10-7 5, 0.10-4 1, 5.10-7 9, 7.10-8 6, 5.10-8 5-8 5, 6.10, 3.10-8
EU-155 M 2, 0.005 6.10-8 5, 0.10-4 2-8-1, 3.10, 4.10-8 9, 2.10-9 7-9 6, 6.10, 9.10-9
EU-156 M 0.005 1-5 8, 9.10, 0.10-4, 4.10-1 8 7, 7.10-9 5-9-4, 3.10, 2.10-3, 4.10 9-9
EU-157 M 2 0.005, 5.10-9 5, 0.10-4 1, 9.10-9 8, 9.10-10 5, 9.10-10 3, 5.10-10 2, 8.10-10
EU-158 M 0.005 4, 3.10-5 10, 0.10-4 2, 9.10-10 1, 3.10-10 8, 5.10-5, 11-4, 11-10-11
gadolinium
GD-145 F 0.005 1, 3.10-5 10, 0.10-4 9, 6.10-11, 4-11 2-10, 9.10-11 1-1 11, 7.10, 4.10-11
0.005 m 1, 8.10-10 5, 0.10-4 1, 3.10-10 6, 2.10-11 3, 9.10-11 2-2 11, 4.10, 0.10-11
GD-2, 146 F 0.005 9.10-8 5, 0.10-4 2, 3.10-8 1, 2.10-8 7, 8.10-9 5, 1.10-4, 4.10 9-9
0.005 m 2, 8.10-8 5, 0.10-4 2, 2.10-8 1-8 9, 3.10, 3.10-9 7, 9.10-6, 4.10 9-9
GD-147 F 0.005 2, 1.10-9 5, 0.10-4 1, 7.10-9 8, 4.10-10 5, 3.10-10 3, 1.10-10 2, 6.10-10
0.005 m 2, 8.10-9 5, 0.10-4 2, 2.10-9 1, 1.10-9 7, 5.10-10 5, 1.10-10 4 0.10-10
GD-148 F 0.005 8, 3.10-5 5, 0.10-4 7, 6.10-5 4, 7.10-5 3, 2.10-5 2-2 5, 6.10, 6.10-5
0.005 m 3-5 5, 2.10, 0.10-4 2, 9.10-5 1-1 5, 9.10, 3.10-5 1, 2.10-5 1, 1.10-5
GD-149 F 0.005 2, 6.10-9, 5-4 2 0.10, 0.10-9 8, 0.10-10 5, 1.10-10 3, 1.10-10 2, 6.10-10
0.005 m 3, 6.10-9 5, 0.10, 0.10-4 3-9 1-1 9, 5.10, 1.10-9 9, 2.10-10 7, 3.10-10
GD-151 F 0.005 6, 3.10-9 5, 0.10-4 4, 9.10-9 2, 5.10-9 1, 5.10-9 9, 2.10-10, 8.10 7-10
0.005 m 4, 5.10-9 5, 0.10-4 3, 5.10-9 2, 0.10-9 1-1 9, 3.10, 0.10-9 8, 6.10-10
GD-152 F 0.005 5-5 5, 9.10, 0.10-4, 4.10, 5-5 3-5 2, 4.10, 4.10-5 1-1 5, 9.10 9.10-5
0.005 m 2, 1.10-5 5, 0-4 1-1 5, 9.10, 3.10-5 8, 9.10-6 7, 9.10-6 8, 0.10-6
GD-153 F 0.005 1.5x10-8 5, 0.10-4 1, 2.10-8 6, 5.10-9 3, 9.10-9 2-2 9, 4.10, 1.10-9
0.005 m 9-9 5, 9.10, 0.10-4 7, 9.10-9 4, 8.10-9 3, 1.10-9 2-2 9, 5.10, 1.10-9
GD-159 F 0.005 1, 2.10, 0.10-9 5-4 8, 9.10-10 3, 8.10-10 2, 3.10-10 1-1 10, 2.10, 0.10-10
0.005 m 2, 2.10-9 5, 0.10-4 1, 5.10-9 7, 3.10-10 4, 9.10-10 3, 4.10-2, 10-10-10
terbium
TB-147 M 0.005 6, 7.10-10 5, 0.10-4, 8.10-10 2, 3.10-10 1, 5.10-10 9, 3.10-11 7, 6.10-11
TB-149 M 2, 0.005 1.10-8 5, 0-1 4, 5.10-8 9, 6.10, 6.10-9 6-9 5-9-4, 8.10, 9.10-9
TB-150 M 0.005 1, 0.10, 0.10-9 5-4 7, 4.10, 5.10-10 3-10 2, 2.10-10 1-1 10, 3.10, 1.10-10
TB-151 M 0.005 1, 6.10-9 5, 0.10-4 1, 2.10-9 6-10-4, 3.10, 2.10-10 2-2 10, 8.10, 3.10-10
TB-1 153 M 0.005, 4.10-9 5, 0.10, 0.10-4 1-5 9, 4.10-10 3, 6.10-10 2, 3.10-1 10, 9.10-10
TB-154 M 2, 7.10 0.005-9 5, 0.10-4 2, 1.10-9 1, 1.10-9 7, 1.10-10 4, 5.10-10 3, 6.10-10
TB-1, 155 M 0.005 4.10-9 5, 0.10-0.10-4 1, 9 5, 6.10-10 3, 4.10-10 2-2 10, 7.10, 2.10-10
TB-156 M 0.005 7, 0.10, 0.10-9 5-5, 4.10 4-9 3-9, 2-9, 1, 5.10-9 1, 2.10-9
TB-156m 0.005 M 1, 1.10-9 5, 0.10-4, 4.10 9-10 4-10 3-10, 3.10-2, 10-10-10 2, 1.10-10
TB-156m 0.005 M 6, 2.10-10 5, 0.10-4 4, 5.10-10 2, 4.10-1, 10-10-10 1, 2.10-10, 9-11
TB-157 M 0.005 3-5 9, 2.10, 0.10-0.10-4 3, 9 2, 0.10-9 1-1 9, 4.10, 2.10-9 1, 2.10-9
TB-1, 158 M 0.005 1.10-7 5, 0.10-0.10-4 1 7 7, 0.10-8 5, 1.10-8 4-4 8, 7.10, 6.10-8
TB-160 M 0.005 3-8 5, 2.10, 0.10-4 2, 5.10-8 1, 5.10-8 1, 0.10-8 8, 6.10-9 7, 0.10-9
TB-6, 161 M 0.005 6.10-9 5, 0.10-4 4, 7.10-9 2, 6.10-9 1-1 9, 9.10, 6.10-9 1-9, 3.10
dysprozium
Dy-155 M 0.005 5, 6.10-10 5, 0.10-4, 4.10 4-10 2-10-1, 3.10, 5.10-10 9, 6.10-11, 7-11-10
Dy-157 M 2, 4.10 0.005-10 5, 0.10-4 1, 9.10-10 9, 9.10-11 6, 2.10-11 3-3 11, 8.10, 0.10-11
Dy-159 M 2, 0.005 1.10-9 5, 0.10-4 1, 7.10-9 9, 6.10-10 6, 0.10-10 4, 4.10-10 3, 7.10-10
Dy-165 M 0.005 5, 2.10-10 5, 0.10-3, 4.10 4-10 1-1 10, 1.10-10 7, 2.10-11 6, 0.10-11
Dy-166 M 0.005 1, 2.10-8 5, 0.10-4 8, 3.10-4, 4.10 9-9 3, 0.10-9 2-9-1, 3.10, 9.10-9
Holmium
Ho-155 M 0.005 1 7.10-10 5, 0.10-4 1, 2.10-10, 5-11, 8.10 3, 7.10-11 2-2 11, 4.10, 0.10-11
Ho-157 M 0.005 3, 4.10-11 5, 0.10-4 2, 5.10-1, 3.10 11-11 8-12, 5-12-4, 1.10, 2.10-12
Ho-159 M 0.005 4, 6.10-11 5, 0.10-4 3, 3.10-11 1-1 11, 7.10, 1.10-11 7, 5.10-12 6, 1.10-12
Ho-5, 161 M 0.005 7.10-5, 11-4 4 0.10, 0.10-11 2, 0.10-11 1, 2.10-11 7, 5.10-12 6, 0.10-12
Ho-2, 162 M 0.005 1.10-11 5, 0.10-4 1, 5.10-7 11, 2.10-12 4, 8.10-12 3, 4.10, 8.10-12 2-12
Ho-162m 0.005 M 1, 5.10-5 10, 0.10-4 1, 1.10-10 5, 8.10-11 3, 8.10-11 2-2 11, 6.10, 1.10-11
Ho-6, 164 M 0.005 8.10-11 5, 0.10-4 4, 5.10-11 2, 1.10-11 1, 4.10-11 9-12, 9.10 8, 4.10-12
Ho-164m 0.005 M 9, 1.10-11 5, 0.10-4 5, 9.10-11 3, 0.10-11 2, 0.10-11 1-1 11, 3.10, 2.10-11
Ho-166 M 0.005 6, 0.10, 0.10-9 5-4 4, 0.10-9 1-1 9, 9.10, 2.10-9 7, 9.10-10 6, 5.10-10
Ho-166m 0.005 M 2, 6.10-7 5, 0.10-4 2, 5.10-7 1, 8.10-7 1-1 7, 3.10, 2.10-7 1, 2.10-7
Ho-167 M 0.005 5, 2.10-10, 0.10-5 4 3, 6.10-10 1-1 10, 8.10, 2.10-10 8-10-11, 7-11, 1.10
erbium
ER-161 M 0.005 3, 8.10-10 5, 0.10-4 2, 9.10-10 1, 5.10-10 9, 5.10-11 6, 0.10-11 4, 8.10-11
ER-165 M 0.005 7, 2.10-11 5, 0.10-4 5, 3.10-2, 11-1, 11-9, 11-12 7, 9.10-12
ER-169 M 0.005 4-9 5-10, 0.10-4 3, 5.10-9 2, 0.10-9 1, 5.10-9 1-1 9, 3.10, 0.10-9
ER-171 M 0.005 1, 8.10-9 5, 0.10-4 1, 2.10-9 5, 9.10-10 3, 9.10-10 2-2 10, 7.10, 2.10-10
ER-172 M 0.005 6, 6.10-9 5, 0.10-4 4-9 2-10, 5.10-9 1-1 9, 7.10, 4.10, 1.10-9 1-9
tulium
TM-162 M 0.005 1, 3.10-5 10, 0.10-4 9, 6.10-11, 4-11 3-10, 0.10-11 1-1 11, 9.10, 6.10-11
TM-166 M 1, 3.10-0.005 9 5, 0.10-4 9, 9.10-10 5, 2.10-10 3, 3.10-10 2, 2.10-1, 10-10-10
TM-167 M 0.005 5, 6.10-9 5, 0.10-4 4, 1.10-9 2-9-1, 3.10, 7.10-9 1-1 9, 4.10, 1.10-9
TM-170 M 0.005 3-8 5, 6.10, 0.10-4 2, 8.10-8 1-1 8, 6.10, 1.10-8 8, 5.10-9 7, 0.10-9
TM-171 M 0.005, 8.10-6 9 5, 0.10-4 5, 7.10-9-3, 4.10 9 2, 0.10-9 1-1 9, 6.10, 4.10-9
TM-172 M 0.005 8, 4.10-9 5, 0.10-4 5, 8.10, 9.10-9 2-9 1-1 9, 9.10, 4.10, 1.10-9 1-9
TM-173 M 0.005 1.5x10-9 5, 0.10, 0.10-4 1-5 9, 0.10-10 3, 3.10-10 2, 2.10-10 1, 8.10-10
TM-175 M 0.005 1, 6.10-10 5, 0.10-4 1, 1.10-10 5, 0.10-11 3, 3.10-11 2, 2.10-11 1, 8.10-11
ytterbium
Yb-1, 162 M 0.005 1.10-10 5, 0.10-4 7, 9.10, 11-3, 11-2, 9.10-5.10-11 1-1 11, 3.10-11
With the 0.005 1, 2.10-10, 0.10-5 4 8, 2.10-11 4, 0.10-11 2, 6.10-11 1-1 11, 7.10, 4.10-11
Yb-166 M 0.005 4-9 5-10, 0.10-4 3, 5.10-9 1-1 9, 9.10, 3.10-9 9, 0.10-10 7, 2.10-10
4, with 9.10-0.005 9 5, 0.10-4 3, 7.10-9 2-9, 1-9, 3.10 9, 6.10-10 7, 7.10-10
Yb-167 M 0.005 4, 4.10-11 5, 0.10-4 3, 1.10-11 1-1 11, 6.10, 1.10-11 7, 9.10-12 6, 5.10-12
With the 0.005 4, 6.10-11 5, 0.10-4 3, 2.10-11 1-1 11, 7.10, 1.10-8, 4.10-11 12 6, 9.10-12
Yb-169 M 0.005 1, 2.10-8 5, 0.10-4 8, 7.10, 1.10-9 5-9 3-3 9, 7.10, 2.10-9 2, 5.10-9
With the 0.005 1, 3.10-8 5, 9-4, 8.10, 9.10-9 5-9 4-9, 2.10 3, 7.10-9 3, 0.10-9
Yb-175 M 0.005 3, 5.10-9 5, 0.10-4 2, 5.10-9 1-9 9, 4.10, 8.10-8 10, 3.10-10 6, 5.10-10
With the 7.10-0.005 3, 9 5, 0.10-4 2, 7.10, 5.10-9 1-1 9, 1.10-9 9, 2.10-10 7, 3.10-10
Yb-177 M 0.005 5, 10 5, 0.10-0.10-4 3, 3.10-10 1-1 10, 1.10-10 7, 8.10-11 6, 4.10-11
With the 0.005 5, 3.10-5 10, 0.10-4 3, 5.10-1, 10-10-10 1, 2.10-10, 8-11, 4.10 6, 9.10-11
Yb-178 M 0.005 5, 9.10-10 5, 0.10-4 3, 9.10-10 1-1 10, 8.10, 2.10-10, 8-11 7, 5.10, 0.10-11
With the 0.005 6, 2.10-10 5, 0.10-4 4, 1.10-10 1-1 10, 9.10, 3.10-10 9, 1.10-11 7, 5.10-11
lutetium
Lu-169 M 2, 3.10-0.005 9 5, 0.10-4 1, 8.10-9 9, 5.10-10 6, 3.10-10 4, 4.10, 5.10-10 3-10
With the 0.005 2, 4.10-9 5, 0.10-4 1-1 9, 9.10, 0.10-9 6, 7.10-10 4, 8.10-10 3, 8.10-10
Lu-170 M 0.005 4, 3.10-9 5, 0.10-4 3, 4.10, 8.10-9 1-1 9, 2.10-9 7, 8.10-10 6, 3.10-10
With the 0.005 4, 5.10-9 5, 0.10-4 3, 5.10-9 1-1 9, 8.10, 2.10-9 8, 2.10-10, 6-10
Lu-171 M 0.005 5, 0.10, 0.10-9 5-4 3-9-2, 7.10, 1.10, 2.10-9 1-9 9-10 9, 8.10, 0.10-10
With the 0.005 4-9 5-10, 0.10-4 3, 9, 2, 9.10-0.10-9 1-1 9, 4.10, 1.10-9 8, 8.10-10
Lu-172 M 0.005 8, 7.10-9 5, 0.10-4 6, 7.10-9 3, 8.10-9 2, 6.10-9 1-1 9, 8.10, 4.10-9
With the 0.005 9, 3.10-9 5, 0.10-4 7, 1.10-9 4, 0.10-9 2-2 9, 8.10, 0.10-9 1, 6.10-9
Lu-173 M 0.005 1, 0.10-8 5, 0.10-4 8, 5.10-9 5-9, 1.10, 2.10 3-9 2-2 9, 5.10, 2.10-9
With the 0.005 1, 0.10-8 5, 0.10-4 8, 7.10-9 5-9-3, 4.10, 6.10-9 2-2 9, 9.10, 4.10-9
Lu-174 M 1, 0.005 7.10-8 5, 0-1 4, 5.10-8 9, 1.10-9 5, 8.10-9 4-4 9, 7.10, 2.10-9
With the 0.005 1, 6.10-8 5, 0-4 1-8, 4.10 8, 9.10-9 5, 9.10-9 4-4 9, 9.10, 2.10-9
Lu-174 m 0.005 M 1-8, 9.10 5, 0.10-4 1-8, 4.10 8, 6.10-9 5, 4.10-4, 3.10 9-3, 9-9-10
With the 0.005 2, 0.10-8 5, 0-1 4, 5.10-8 9, 2.10-9 6, 1.10-9 5-9, 4-9, 2.10
Lu-176 M 0.005 1, 8.10-7 5, 0.10-4 1-1 7, 7.10, 1.10-7 7, 8.10-8 7-8 7, 1.10, 0.10-8
With the 0.005 1.5x10-7 5, 0.10-4, 4.10-1 7 9-8-6, 4.10, 5.10-8 5-8, 9.10 5, 6.10-8
Lu-176m 0.005 M 8, 9.10-10 5, 0.10-4 5, 9.10-10 2, 8.10, 9.10-10 1-1 10, 2.10-10 1, 1.10-10
With the 0.005 9, 3.10-5 10, 0.10-4 6, 2.10-10 3, 0.10, 0.10-10 2-10 1-1 10, 2.10, 2.10-10
Lu-177 M 0.005 5, 3.10-9 5, 0.10-4, 8.10 3-9 2-9, 2.10 1, 6.10-9 1-1 9, 4.10, 1.10-9
With the 0.005 5, 7.10-9 5, 0.10-4 4, 1.10-9 2, 4.10-9 1-1 9, 7.10, 5.10-9 1, 2.10-9
Lu-900 m M 5 0.005, 8.10-8 5, 0.10-4 4, 6.10-8 2, 8.10, 9.10-8 1-1 8, 6.10-8 1, 3.10-8
With the 0.005 6, 5.10-8 5, 0.10-4 5-8-3, 3.10, 2.10-8 2-2 8, 3.10, 0.10-8 1, 6.10-8
Lu-178 M 2, 3.10-0.005 10 5, 0.10-4 1, 5.10-10 6, 6.10-11 4, 3.10-11 2-2 11, 9.10, 4.10-11
With the 0.005 2, 4.10-10 5, 0.10-4 1, 5.10-10 6-11, 4, 9.10, 5.10-11 3, 0.10-11 2, 6.10-11
Lu-178m 0.005 M 2, 6.10-10 5, 0.10-4 1, 8.10-8 10, 3.10-11 5, 6.10-11 3-3 11, 8.10, 2.10-11
With the 0.005 2, 7.10-10 5, 0.10-4 1, 9.10-10 8-10-11, 5-11-4, 8.10, 0.10-11 3, 3.10-11
Lu-179 M 9 0.005, 9.10-10 5, 0.10-4 6, 5.10-10 3, 0.10, 0.10-10 2-10 1-1 10, 2.10, 1.10-10
With the 0.005 1, 0.10, 0.10-9 5-4, 8.10 6-10 3, 2.10-10 2, 1.10-10 1-1 10, 3.10, 2.10-10
hafnium
HF-170 F 0.020 1, 4.10-9 0.002 1, 1.10-9 5, 4.10, 4.10-10 3-10 2-10, 1-10
0.020 m 2, 2.10-9 0.002 1 7.10-9 8-10-10, 5-10 3, 8.10, 9.10-10 3, 2.10-10
HF-172 F 0.020 1.5x10-7 0.002 1, 3.10-7 7-8-4, 8.10, 9.10, 5.10-8 3-3 8, 2.10-8
0.020 m 8, 1.10-8, 9.10 0.002 6-8 4-8-2, 3.10, 8.10-8 2-2 8, 3.10, 0.10-8
HF-6, 173 F 0.020 6.10-10 0.002 5, 0.10-10 2, 5.10-10 1, 5.10-10 8-11 7, 9.10, 4.10-11
0.020 m 1, 1.10-9 0.002 8, 2.10-10 4, 3.10-10 2-2 10, 9.10, 0.10-10 1, 6.10-10
HF-5, 175 F 0.020 4.10-9 0.002 4 0.10-9 2, 1.10-9 1, 3.10-9 8, 5.10-10 7, 2.10-10
0.020 m 5, 8.10-9 0.002 4, 5.10-9 2, 6.10-9 1-1 9, 8.10, 4.10-9 1, 2.10-9
HF-900 m F 0.020 3, 9.10-10 0.002 2, 8.10-1, 3.10-10 10 8, 5.10-11 5-11, 2.10 4, 4.10-11
0.020 m 6, 5.10-10 0.002 4, 7.10-10 2, 3.10-10 1-1 10, 5.10, 1.10-10 9, 0.10-11
HF-178m F 0.020 6, 2.10-7 0.002, 8.10 5-7 4-7, 3-7, 1.10 2, 7.10-7 2, 6.10-7
0.020 m 2, 6.10-0.002 2, 4.10 7-7 1-1 7, 7.10, 3.10-7 1, 2.10-7 1, 2.10-7
HF-179m F 0.020 9, 7.10-9 0.002 6, 8.10-3, 4.10 9-9 2, 1.10, 2.10-9 1-1 9, 1.10-9
0.020 m 1, 7.10-8 0.002 1, 3.10-8 7, 6.10-9 5, 5.10-9 4, 8.10-9 3, 8.10-9
HF-180 m F 0.020 5, 4.10-10 0.002 4, 1.10-10 2, 0.10-10 1, 3.10-10 7, 2.10-11 5, 9.10-11
0.020 m 9, 1.10-10 0.002, 8.10 6-10 3, 6.10-10 2, 4.10-1, 10-10-10 1, 3.10-10
HF-181 F 0.020 1, 3.10-8 0.002 9, 6.10-9 4, 8.10-9 2, 8.10-9 1-1 9, 7.10, 4.10-9
0.020 m 2, 2.10-8 0.002 1 7.10-8 9-9 7, 9.10, 1.10-9 6-9 5, 3.10, 0.10-9
HF-182 F 0.020 6, 5.10-7 0.002 6, 2.10-7 4, 4.10-7 3, 6.10-7 3-3 7, 1.10, 1.10-7
0.020 m 2, 4.10-7 0.002 2, 3.10-7 1, 7.10-7 1-1 7, 3.10, 3.10, 3.10-7 1-7
HF-182m F 0.020 1, 9.10-10 0.002 1, 4.10-10 6, 6.10-11 4 11 2, 2.10-6.10-11 2, 1.10-11
M 0.020 3, 2.10-10 0.002 2, 3.10-10 1, 2.10-10 7, 8.10-11 5, 6.10, 6.10 11-4-11
HF-183 F 0.020 2, 5.10-10 0.002 1 7.10-10 7, 9.10, 11-4, 11-2, 9.10-8.10-11 2, 4.10-11
0.020 m 4, 4.10-10 0.002 3, 0.10-10 1, 5.10-10 9, 8.10-11 7, 0.10-11, 5-11-10
HF-1, 184 F 0.020 4.10-0.002 9, 9-4, 3.10-10 10 2, 7.10-10 1-1 10, 4.10, 2.10-10
0.020 m 2, 6.10-9 0.002 1, 8.10, 9.10 8-9-10 5, 9.10-10 4 0.10-10 3, 3.10-10
tantalum
Ta-172 M 0.010 2, 8.10-10 0.001 1, 9.10-10 9, 3.10-6, 11-4, 11 0.10 0.10-11 3, 3.10-11
With 0.010 2, 9.10-10 0.001 2, 0.10-10 9, 8.10-11 6-11-4, 3.10, 2.10-11 3, 5.10-11
Ta-173 M 8 0.010, 8.10-10 0.001 6, 2.10-10 3, 0.10, 0.10-10 2-10 1-1 10, 3.10, 1.10-10
With 0.010 9, 2.10-10 0.001 6, 5.10-10 3, 2.10-10 2, 1.10-10 1-1 10, 4.10, 1.10-10
Ta-174 M 0.010 3, 2.10-10 0.001 2, 2.10-10, 1-10 7, 1.10 1.10-11 5-11, 4-11, 1.10
With 0.010 3, 4.10-10 0.001 2, 3.10-10 1, 1.10-10 7, 5.10-11 5-11-4, 3.10, 3.10-11
Ta-175 M 0.010 9, 1.10-10 0.001 7, 0.10-10 3-10-10, 2-10-1, 4.10, 5.10-1, 2.10 10-10
With 0.010 9, 5.10-10 0.001 7, 3.10-10 3, 8.10-10 2, 5.10-10 1-1 10, 3.10-10
TA-1, 176 M 0.010 4.10-1 0.001, 1.10 9-5, 9-10-10 3-10-10, 2-10-1, 4.10, 9.10-10
With 0.010 1, 4.10-1 0.001, 1.10 9-9 5, 9.10-10 3, 8.10-10 2-2 10, 5.10, 0.10-10
Ta-177 M 0.010 6, 5.10-10 0.001 4-10 2-10, 5.10-10 1-1 10, 5.10, 2.10-10, 9-11
6, with 9.10-0.010 10 0.001 5, 0.10-10 2, 7.10, 7.10-10 1-10 1-1 10, 3.10, 1.10-10
Ta-178 M 0.010 4, 4.10-10 0.001 3, 3.10-10 1-1 10, 7.10, 1.10-10 8-11, 6-11, 5.10.
With 0.010 4, 6.10-10 0.001 3, 4.10, 8.10-10 1-1 10, 2.10-10, 5.10-8 11 6, 8.10-11
TA-1, 179 M 0.010 2.10-9 0.001 9, 6.10-10 5, 5.10-10 3, 5.10-10 2-2 10, 6.10, 2.10-10
With 0.010 2, 4.10-9 0.001 2, 1.10-9 1-9 8, 3.10, 3.10-6, 4.10-10 10 5, 6.10-10
Ta-180 M 2, 0.010 7.10-8 0.001 2, 2.10-8 1, 3.10-8 9, 2.10-9 7, 9.10-6, 4.10 9-9
With 0.010 7, 0.10-8 0.001 6, 5.10-8 4, 5.10-8 3, 1.10-8 2-2 8, 8.10, 6.10-8
Ta-180 m M 0.010 3, 1.10-10 0.001 2, 2.10-10, 1.10-1 10 7-11 4, 4.10, 8.10-11 4, 4.10-11
With 0.010 3, 3.10-10 0.001 2, 3.10-10 1, 2.10-10 7, 9.10-11 5-11, 2.10 4, 2.10-11
Ta-182 M 0.010 3, 2.10-8 0.001 2, 6.10-8 1, 5.10-8 1, 1.10-8 9, 5.10-9 7, 6.10-9
With 0.010 4, 2.10-8, 4.10-0.001 3 8 2, 1.10-8 1, 5.10-8 1-1 8, 3.10, 0.10-8
Ta-182m M 1, 0.010 6.10-10 1 0.001, 1.10-10 4, 9.10-11 3, 4.10, 4.10-11 2-2 11, 0.10-11
With 0.010 1, 6.10-10 1 0.001, 1.10, 2.10-10 5-11 3-11 2-2 11, 5.10, 1.10-11
Ta-183 M 0.010 1, 0.10-8, 4.10-0.001 7 9 4, 1.10-9 2-2 9, 9.10, 4.10-9 1-9, 9.10
With 0.010 1, 1.10-8 0.001 8, 0.10-9 4, 5.10-9 3, 2.10-9 2-2 9, 7.10, 1.10-9
Ta-184 M 0.010 3, 2.10-9 0.001 2, 3.10-9 1, 1.10-9 7, 5.10-10 5, 10 4 0.10-1.10-10
With 0.010 3, 4.10-0.001 2, 4.10 9-9 1, 2.10-9 7, 9.10-10 5, 4.10-4, 3.10 10-10
Ta-185 M 0.010 3, 8.10-10 0.001 2, 5.10-10 1, 2.10-10, 7-11, 5-10, 11-4, 4.10, 5.10-11
With 0.010 4 0.10-10 0.001 2, 6.10-10 1, 2.10-10, 8-11, 2.10 5, 7.10-11 4, 8.10-11
TA-1, 186 M 0.010 6.10-10 1 0.001, 1.10-10 4, 8.10-11 3, 1.10-11 2, 0.10-11 1, 7.10-11
With 0.010 1, 6.10-10 1 0.001, 1.10-10 5, 0.10-11 3, 2.10-11 2, 1.10-11 1, 8.10-11
Wolfram
W-176 F 0.600 3, 3.10-10 0.300 2, 7.10-10 1, 4.10-10 8-11, 5-11, 4-11, 1.10
W-177 F 0.600 2, 0.10-10 0.300 1, 6.10-10 8, 2.10-11 5, 1.10-11 3, 0.10-11 2, 4.10-11
W-178 F 0.600 7, 2.10-10 0.300 5, 4.10, 5.10-10 2-10-1, 6.10-10 8-10-11 7, 2.10-11
W-179 F 0.600 9, 3.10-12 0.300 6, 8.10-12 3, 3.10-12 2, 0.10-12 1, 2.10-12 9, 2.10-13
W-181 F 0.600 2, 5.10-10 0.300 1, 9.10-10 9, 2.10-11, 5-11 3-10, 2.10-2, 11-11-10
W-185 F 0.600 1, 4.10-9 0.300 1, 0.10-4, 4.10 9-10 2, 7.10-10 1-1 10, 4.10, 2.10-10
W-187 F 0.600 2, 0.10-9 0.300 1.5x10-9 7, 0.10-10 4-10 2, 3.10, 3.10-1 10, 9.10-10
W-188 F 0.600 7, 1.10-9 0.300, 0.10-5 9 2, 2.10-9 1-9, 3.10, 8.10 6-10 5-10-10,
rhenium
Re-177 (F) 1.000 9, 4.10-11 0.800 6, 7.10-11 3, 2.10-11 1-1 11, 9.10, 2.10-11 9-12, 7.10
1.000 m 1, 1.10-10 0.800 7, 9.10, 11-3, 11-2, 9.10-5.10-11 1-1 11, 7.10, 4.10-11
Re-178 (F) 1.000 9, 9.10-11 0.800 6, 8.10-11 3, 1.10-11 1, 9.10-11 1-1 11, 2.10, 0.10-11
1.000 m 1, 3.10-10 0.800 8, 5.10-11 3, 9.10-2, 11-1, 11-10-11 1, 4.10-11
Re-181 (F) 1.000 2, 0.10-9 0.800, 4.10-1 9 6, 7.10-10 3, 8.10-10 2, 3.10-10 1, 8.10-10
1.000 m 2, 1.10-9 0.800 1.5x10-9 7-10 4, 4.10, 6.10-10 3, 1.10-10 2, 5.10-10
Re-182 (F) 1.000 6, 5.10-9 0.800 4, 7.10-9 2, 2.10-9 1, 3.10-9 8, 0.10-10 6, 4.10-10
M 8, 1.000 7.10-9 0.800 6, 3.10-3, 4.10 9-9 2, 2.10-9 1-1 9, 5.10, 2.10-9
Re-182 (F) 1.000 1, 3.10-9 0.800 1, 0.10-9 4, 9.10-10 2, 8.10-1, 10-10-10 1, 4.10-10
1.000 1, 4.10 m-9 0.800 1, 1.10-9 5, 7.10-10 3, 6.10-10 2-2 10, 5.10, 0.10-10
Re-184 (F) 1.000 4, 1.10-9 0.800 2, 9.10-9 1-9 8, 4.10, 6.10-10 5, 4.10, 4.10-10 4-10
M 1.000 9, 1.10-9 0.800 6-9 4, 8.10, 0.10-9 2-2 9, 8.10, 4.10-9 1-9, 9.10
Re-184m (F) 1.000 6-9, 6.10, 6.10 0.800 4-9 2-9, 1-9, 2.10 7, 3.10-10 5, 9.10-10
1.000 m 2, 9.10-8 0.800 2, 2.10-8 1-8 9, 3.10, 3.10-9 8, 1.10-9 6, 5.10-9
Re-186 F 1.000 7-9, 3.10 0.800 4, 7.10-9 2, 0.10-9 1, 1.10-9 6-10 5, 6.10, 2.10-10
M 8, 1.000 7.10-9 0.800 5, 7.10-9 2, 8.10-9 1, 8.10-9 1-1 9, 4.10, 1.10-9
Re-186m (F) 1.000 1, 2.10-8 0.800 7, 0.10-9 2, 9.10-9 1-1 9, 7.10, 0.10-9 8, 3.10-10
1.000 m 5-8, 9.10 0.800 4, 6.10-8 2, 7.10-8 1, 8.10-8 1-1 8, 4.10, 2.10-8
Re-187 (F) 1.000 2, 6.10-11 0.800 1, 6.10-8.10-11 6, 12 3, 8.10-12 2, 3.10-12 1, 8.10-12
M 1.000 5, 7.10-11 0.800 4, 1.10-11 2, 0.10-11 1, 2.10-11 7, 5.10-12 6, 3.10-12
Re-188 (F) 1.000 6, 5.10-9 0.800, 4.10 4-9 1-1 9, 9.10, 0.10-9 6, 1.10-10 4-10
M 1.000 6, 0.10-9 0.800 4 0.10-9 1-1 9, 8.10, 0.10-9 6, 8.10-10 5, 4.10-10
Re-188m (F) 1.000 1, 4.10-10 0.800 9, 1.10-11 4, 0.10-11 2, 1.10-11 1-1 11, 3.10, 0.10-11
1.000 m 1, 3.10-10 0.800 8, 6.10-11 4, 0.10-11 2, 7.10-11 1-1 11, 3.10-11
Re-189 F 1.000 3, 7.10-9 0.800 2, 5.10-9 1-5 9, 1.10, 8.10-10 3, 5.10-2, 10-10-10
1.000 m 3, 9.10-9 0.800 2, 6.10-9 1, 2.10-9 7, 6.10-10 5, 5.10-10 4, 3.10-10
Osmium
OS-180 F 0.020 7, 1.10-11 0.010 5, 3.10-11 2, 6.10, 6.10-11 1-1 11, 0.10-11 8, 2.10-12
0.020 m 1, 1.10-10 0.010 7, 9.10, 11-3, 11-2, 9.10-5.10-11 1-1 11, 7.10, 4.10-11
With 0.020 1, 1.10-8 0.010, 2.10 10-11 4, 1.10-11 2, 6.10-11 1-1 11, 8.10, 5.10-11
OS-181 F 0.020 3, 0.10-10 0.010 2, 3.10-10 1, 1.10-10 7, 0.10-11 4, 1.10-11 3, 3.10-11
0.020 m 4, 5.10-10 0.010 3, 4.10, 8.10-10 1-1 10, 1.10-10 7, 6.10-11 6, 2.10-11
With 0.020 4, 7.10-10 0.010 3, 6.10-10 1-1 10, 8.10, 2.10-10, 1.10-8 11 6, 5.10-11
OS-1, 182 F 0.020 6.10-9 0.010 1, 2.10-9 6, 0.10-10 3-10-10, 2-10-1, 1.10, 7.11-10
0.020 m 2, 5.10-9 0.010 1, 9.10-9 1-9, 6-10, 6.10 4, 5.10-10 3, 6.10-10
With 0.020 2, 6.10-9 0.010 2, 0.10, 0.10-9 1-9 6, 9.10-10 4, 8.10-10 3, 8.10-10
OS-185 F 0.020 7, 2.10-9 0.010 5, 8.10-9 3, 1.10-9 1-1 9, 9.10, 2.10-9 1, 1.10-9
0.020 m 6, 6.10-9 0.010, 4.10 5-9 2-2 9, 9.10, 0.10-9 1, 5.10-9 1-9, 3.10
With 0.020 7, 0.10-9 0.010 5, 8.10-9 3, 6.10-9 2, 4.10-9 1-1 9, 9.10, 6.10-9
OS-189m F 0.020 3, 8.10-11 0.010 2, 8.10-11 1, 2.10-11 7, 0.10-12 3, 5.10-12 2, 5.10-12
0.020 m 6, 5.10-11 0.010 4, 1.10-11 1-1 11, 8.10, 1.10-11 6, 0.10, 0.10-12 5-12
With 0.020 6, 8.10-11 0.010 4, 3.10-11 1-1 11, 9.10, 11 6, 2.10-3.10, 3.10-12 5-12
OS-191 F 0.020 2, 8.10-9 0.010 1-9 8, 9.10, 5.10-10 5, 3.10-10 3, 0.10-10 2, 5.10-10
0.020 m 8, 0.10-9 0.010 5, 8.10-3, 4.10 9-9 2-2 9, 4.10, 0.10-9 1, 7.10-9
With 0.020 9, 0.10-9 0.010 6, 5.10-9 3, 9.10-9 2-2 9, 7.10, 3.10-9 1-9, 9.10
OS-191m F 0.020 3, 0.10-10 0.010 2, 0.10-10 8, 8.10-11 5, 4.10-11 2-2 11, 9.10, 4.10-11
0.020 m 7, 8.10-10 0.010 5, 4.10-10 3, 1.10-10 2, 1.10-10 1-1 10, 7.10, 4.10-10
With 0.020 8, 5.10-10 0.010 6, 0.10-10 3, 4.10, 4.10-10 2-2 10, 0.10-10 1, 6.10-10
OS-1, 193 F 0.020 9.10-9 0.010 1, 2.10-9 5, 2.10-10, 2.10 3-10 1-1 10, 8.10, 6.10-10
M 0.020 3, 8.10-9 0.010 2, 6.10-9 1, 3.10-8, 4.10 9-10 5, 9.10-10 4, 8.10-10
With 0.020 4 0.10-9 0.010 2, 7.10-9 1-9 9, 3.10, 0.10-10 6, 4.10-10 5, 2.10-10
OS-8, 194 F 0.020 7.10-8 0.010 6, 8.10-8 3-8, 4.10 2, 1.10-8 1-1 8, 3.10, 1.10-8
0.020 m 9-8, 9.10 8 0.010, 3.10-8 4, 8.10-8 3, 1.10-8 2-2 8, 4.10, 1.10-8
With 0.020 2, 6.10-7 0.010 2, 4.10-7 1-1 7, 6.10, 1.10-7 8-8 8, 8.10, 5.10-8
Iridium
IR-1, 182 F 0.020 4.10-10 0.010 9, 8.10-11 4, 5.10-11 2, 8.10-11 1-1 11, 7.10, 4.10-11
0.020 m 2, 1.10-10 0.010 1, 4.10-10 6, 7.10-4, 3.10-11 11 2, 8.10-11 2, 3.10-11
With 0.020 2, 2.10-10 0.010 1.5x10-6 10, 9.10-11, 4.10 4-11 2-2 11, 9.10, 4.10-11
IR-184 F 0.020 5, 7.10-10 0.010 4, 4.10-10 2, 1.10-10 1-10 7, 3.10, 6.10-6 11, 2.10-11
0.020 m 8, 6.10-6, 4.10 0.010 10-10 3-10 2, 2.10, 1.10-10 1-1 10, 4.10, 1.10-10
With 0.020 8, 9.10-10 0.010 6, 6.10-10 3, 4.10-10 2, 2.10-10 1-1 10, 4.10, 2.10-10
IR-185 F 0.020 8, 0.10-10 0.010 6, 1.10-10 2, 9.10-10 1-1 10, 8.10, 0.10-10 8, 2.10-11
0.020 m 1, 3.10-9 9, 0.010 7.10-10 4, 9.10-10 3, 2.10-10 2, 2.10-10 1, 8.10-10
With 0.020 1, 4.10-9 0.010 1, 0.10-9 5, 2.10-10, 4.10 3-10 2-10-1, 3.10, 9.10-10
IR-186 F 0.020 1.5x10-9 0.010 1, 2.10-9 5, 9.10-10 3, 6.10-10 2, 1.10-1, 10-10-10
0.020 m 2, 2.10-9 0.010 1 7.10-9 8-10 5, 8.10, 8.10-10 3-3 10, 8.10, 1.10-10
With 0.020 2, 3.10-9 0.010 1, 8.10-9 9, 2.10-10, 6-10 4 0.10, 0.10-10 3, 2.10-10
The IR-2, 186 F 0.020 1.10-10 0.010 1, 6.10-10 7-10-11, 4-11, 8.10 2, 8.10-11 2, 3.10-11
M 0.020 3, 3.10-10 0.010 2, 4.10-10 1, 2.10-10, 7-11, 5-10, 1.10-11 4, 2.10-11
With 0.020 3, 4.10-10 0.010 2, 5.10-1, 2.10-10 10 8, 1.10-11 5-11, 4.10, 4.10 4-11
IR-187 F 0.020 3, 6.10-10 0.010 2, 8.10-10 1 10 8, 4.10-2.10-6.10-11 4, 11-3, 11-10
0.020 m 5, 8.10-10 0.010 4, 3.10-10 2, 2.10-10, 1-10, 4.10 9, 2.10-7 11, 4.10-11
With 0.020 6, 0.10-10 0.010 4, 5.10-2, 3.10-10 10 1, 5.10-10 9, 7.10-11 7, 9.10-11
The IR-2, 188 F 0.020 0.10-9 0.010 1, 6.10-9 8, 0.10, 0.10-10 5-10 2-2 10, 9.10, 4.10-10
0.020 m 2, 7.10-9 0.010 2, 1.10-9 1, 1.10-9 7, 5.10-10 5, 10 4 0.10-0.10-10
With 0.020 2, 8.10-9 0.010 2, 2.10-9 1, 2.10-9 7, 8.10-10 5, 2.10-10 4, 2.10-10
IR-189 F 0.020 1, 2.10-9 0.010 8, 2.10-10 3, 8.10-10 2, 4.10-10 1-1 10, 3.10, 1.10-10
0.020 m 2, 7.10-9 0.010 1, 9.10, 1.10-9 1-9 7-10-10, 6-10, 4.10, 5, 2.10-10
With 0.020 3, 0.10-9 0.010 2, 2.10-9 1, 3.10-9 8, 7.10-10 7, 3.10-10 6, 0.10-10
IR-190 F 0.020 6, 2.10-9 0.010 4, 7.10-9 2, 4.10, 5.10-9 1-9 9, 1.10-10 7, 7.10-10
0.020 m 1, 1.10-8 0.010 8, 6.10-9 4-9-3, 4.10, 1.10-9 2-2 9, 7.10, 1.10-9
With 0.020 1, 1.10-8 0.010 9-9 4, 4.10, 8.10-9 3, 5.10-9 3-9, 2-9, 4.10
IR-190 m F 0.020 4, 2.10-10 0.010 3, 4.10-1, 10-10-10, 1-10 6 0.10, 0.10-11 4, 9.10-11
0.020 m 6, 0.10-10 0.010 4, 7.10-10 2, 4.10, 5.10-10 1-10 9-11 7, 9.10, 9.10-11
With 0.020 6, 2.10-10 0.010 4, 8.10-10 2, 5.10-10 1-1 10, 0.10-10 9, 3.10-11
IR-190 m F 0.020 3, 2.10-11 0.010 2, 4.10-11 1, 2.10-7 11, 2.10-12 4, 3.10-12 3, 6.10-12
0.020 m 5, 7.10-11 0.010 4, 2.10-11 2, 0.10-11 1-1 11, 4.10, 2.10-11 9, 3.10-12
With 0.020 5, 5.10-11 0.010 4, 5.10-11 2, 2.10-11 1, 6.10-11 1-1 11, 3.10, 0.10-11
IR-192 F 0.020 1.5x10-8 0.010 1, 1.10-8 5, 7.10-9 3, 3.10-9 2, 1.10-9 1, 8.10-9
0.020 m 2, 3.10-8 0.010 1, 8.10-8 1, 1.10-8 7, 6.10-9 6-9 5, 4.10, 2.10-9
With 0.020 2, 8.10-8 0.010 2, 2.10-8 1, 3.10-8 9, 5.10-9 8, 1.10-9 6, 6.10-9
IR-192 m F 0.020 2, 7.10-8 0.010 2, 3.10-8 1-8, 4.10 8, 2.10-9 5-9-4, 4.10, 8.10-9
0.020 m 2, 3.10-8 0.010 2, 1.10-8 1, 3.10-8, 4.10 8-9 6-9 5, 6.10, 8.10-9
With 0.020 9, 2.10-8 0.010 9, 1.10-8 6, 5.10-8 4, 5.10-8 4, 0.10-8 3, 9.10-8
IR-193m F 0.020 1, 2.10-9 0.010 8, 4.10-10 3-10-10, 2, 2.10-10 1-1 10, 2.10, 0.10-10
0.020 m 4, 8.10-9 0.010 3, 5.10-9 2, 1.10-9 1, 5.10-9 1-1 9, 4.10, 1.10-9
With 0.020 5, 4.10-9 0.010 4 0.10-9 2, 4.10, 8.10-9 1-1 9, 6.10-9 1-9, 3.10
IR-194 F 0.020 2, 9.10-9 0.010 1-9 8, 9.10, 1.10-10 4, 9.10-10 2-2 10, 5.10, 1.10-10
0.020 m 5, 3.10-0.010 3, 5.10 9-1, 9-1, 9-9, 3.10-6 10 5, 2.10-10
With 0.020 5, 5.10-9 0.010 3, 7.10, 7.10-9 1-1 9, 1.10-9 6, 7.10-10 5, 6.10-10
IR-194m F 0.020 3, 4.10-8 0.010 2, 7.10-8 1-8 9, 4.10, 5.10-9 6-9, 2.10 5, 4.10-9
M 0.020 3, 9.10-8 0.010 3, 2.10-8 1-1 8, 9.10, 3.10-8 1, 1.10-8 9, 0.10-9
With 0.020 5, 0.10-8 0.010 4, 2.10-8 2, 6.10-8 1, 8.10-8 1, 5.10-8 1, 3.10-8
IR-195 F 0.020 2, 9.10-10 0.010 1, 9.10-10 8-11 5, 1.10 1.10-11 2-2 11, 9.10, 4.10-11
0.020 m 5, 4.10-10 0.010 3, 6.10-10 1-1 10, 7.10, 1.10-10 8, 1.10-11 6, 7.10-11
With 0.020 5, 7.10-10 0.010 3, 8.10-10 1-1 10, 8.10, 2.10-10 8-10-11, 7-11, 1.10
IR-195 m (F) 0.020 6, 9.10-10 0.010 4, 8.10-10 2, 1.10-10 1, 3.10-10 7, 2.10-11 6, 0.10-11
0.020 m 1, 2.10-9 0.010 8, 6.10-10 4, 2.10-10, 2-10-10 1-1 10, 9.10, 6.10-10
With 0.020 1, 3.10-9 9, 0.010 0.10-10 4, 4.10, 9.10-10 2-2 10, 0.10-1, 10-10-10
Platinum
PT-186 F 0.020 3, 0.10-10 0.010 2, 4.10-10 1, 2.10-10, 7-11, 2.10 4, 1.10-11 3, 3.10-11
PT-188 F 0.020 3, 6.10-9 0.010 2, 7.10-9 1-9, 3.10, 4.10 8-10 5-10 4 0.10, 2.10-10
PT-189 F 0.020 3, 8.10-10 0.010 2, 9.10-10 1-10 8, 4.10, 4.10-11, 4-11 3-10, 10-11
PT-191 F 0.020 1, 1.10-9 0.010 7, 9.10-10 3-10-10, 2-10-1, 3.10, 3.10-10 1, 1.10-10
PT-193 F 0.020 2, 2.10-10 0.010 1, 6.10-10 7, 2.10-11 4, 3.10-11 2-2 11, 5.10, 1.10-11
PT-193m F 0.020 1, 6.10-9 0.010 1, 0.10-9 4, 5.10-2, 10-10-10 1-1 10, 4.10, 2.10-10
PT-195 m (F) 0.020 2, 2.10-9 0.010 1.5x10-6, 4.10 9-10 3, 9.10-10 2, 1.10-10 1, 8.10-10
PT-197 F 0.020 1, 1.10-9 0.010 7, 3.10-10 3, 1.10-10 1-1 10, 9.10, 0.10-10 8, 5.10-11
PT-197m F 0.020 2, 8.10-10 0.010 1, 8.10, 9.10-10 7-11 4, 9.10-11 2-2 11, 8.10, 4.10-11
PT-199 F 0.020 1-10, 3.10, 3.10-0.010 8 11 3, 6.10-11 2, 3.10-11 1-1 11, 4.10, 2.10-11
PT-200 F 0.020 2, 6.10-9 0.010 1 7.10-9 7, 2.10-10 5, 1.10-10 2-2 10, 6.10, 2.10-10
Gold
Au-193 F 0.200, 7.10 3-10 0.100 2, 8.10-1, 3.10-10 10 7, 9.10, 11-4, 11-3, 3.10 6.10-11
M 0.200 7, 5.10-10 5, 6.10-0.100 10 2, 8.10, 9.10-10 1-10 1-1 10, 4.10, 1.10-10
With 0.200 7, 9.10-10 0.100 5, 9.10-10 3, 0.10, 0.10-10 2-10 1-1 10, 5.10, 2.10-10
Au-194 F 0.200 1, 2.10-9 0.100 9, 6.10-10 4, 9.10-10 3, 0.10-10 1-1 10, 8.10, 4.10-10
M 0.200 1 7.10-9 0.100 1, 4.10-9 7, 1.10-10 4, 6.10-10 2-2 10, 9.10, 3.10-10
With 0.200 1 7.10-9 0.100 1, 4.10-9 7, 3.10-10 4-10-10, 3-10, 2-10, 4.10
Au-195 F 0.200 7, 2.10-10, 3.10 0.100 5-10 2-10-1, 5.10, 5.10-10 8-11 6, 1.10, 6.10-11
M 0.200 5, 2.10-9 0.100 4, 1.10-9 2, 4.10-9 1, 6.10-9 1-1 9, 4.10, 1.10-9
With 8 0.200, 1.10-9 0.100 6, 6.10-9 3, 9.10-9 2-2 9, 6.10, 1.10-9 1, 7.10-9
Au-198 F 0.200 2, 4.10-0.100 1, 9-7, 9-10-10-10-10, 4 2, 5.10-10 2, 1.10-10
M 0.200 5, 0.10-9 0.100 4, 1.10-9 1-1 9, 9.10, 3.10-9 9-10-10, 7-10, 8.10
With 0.200 5, 4.10-4, 4.10 0.100 9-9 2, 0.10-9 1-1 9, 4.10, 1.10-9 8, 6.10-10
Au-198m F 0.200 3, 3.10-0.100 2, 4.10 9-9 1-9, 1.10 6, 9.10-10 3-3 10, 7.10, 2.10-10
M 0.200 8, 7.10-9 0.100 6, 5.10-9 3, 6.10, 6.10-9 2-2 9, 2.10-9 1, 8.10-9
With 0.200 9, 5.10-9 0.100 7, 1.10-9 4, 0.10-9 2-2 9, 9.10, 5.10-9 2, 0.10-9
AU-1, 199 F 0.200 1.10-9 0.100 7, 9.10-10 3, 5.10-10 2, 2.10-10, 1-10 9, 1.10, 8.10-11
M 0.200 3, 4.10-9 0.100 2, 5.10-9 1-1 9, 4.10, 0.10-9 9, 0.10-10 7, 1.10-10
With 0.200 3, 8.10-9 0.100 2, 8.10-9 1, 6.10-9 1-1 9, 2.10, 0.10-9 7, 9.10-10
Au-200 F 0.200 1, 9.10-10 0.100 1, 2.10-10, 5-11, 2.10 3, 2.10-11 1-1 11, 9.10, 6.10-11
M 0.200 3, 2.10-10 0.100 2, 1.10-10 9, 3.10-6, 11-4, 11 0.10 0.10-11 3, 3.10-11
With 0.200 3, 4.10-10 0.100 2, 1.10-10 9, 8.10-11 6-11-4, 3.10, 2.10-11 3, 5.10-11
Au-200 m F 0.200 2, 7.10-9 0.100 2, 1.10-9 1, 0.10-6, 4.10 9-10 3, 6.10-10 2, 9.10-10
M 0.200 4, 8.10-9 0.100, 7.10 3-9 1-1 9, 9.10, 2.10-9 8-10 6, 4.10, 8.10-10
With 5 0.200, 1.10-9 0.100 3, 9.10-9 2, 0.10-9 1, 3.10-9 8, 9.10-10 7, 2.10-10
Au-201 F 0.200 9, 0.10-11 0.100 5, 7.10-11 2, 5.10-1, 11-1, 11-8, 11-10-12
M 0.200 1.5x10-10 0.100 9, 6.10-11 4, 3.10-11 2-2 11, 9.10, 0.10-11 1, 7.10-11
With 0.200 1.5x10-10 0.100 1, 0.10-10 4, 5.10-11 3, 0.10-11 2, 1.10-1, 11-11-10
Mercury
Hg-193 F 0.800 2, 2.10-10 0.400 1, 8.10-8, 2.10 10-11 5, 0.10-11 2-2 11, 9.10, 4.10-11
(organic)
Hg-193 F 0.040 2, 7.10-10 0.020 2, 0.10-10 8, 9.10-11 5, 5.10-11 3, 1.10-11 2, 6.10-11
(inorganic) M 0.040 5, 3.10-10 0.020 3, 8.10, 9.10-10 1-1 10, 3.10-10 9, 2.10-11 7, 5.10-11
Hg-193m F 0.800 8, 4.10-10 0.400 7, 6.10-10 3-10-10, 2, 2.10-10 1-1 10, 3.10, 0.10-10
(organic)
Hg-193m F 0.040 1, 1.10-9 0.020 8, 5.10-10 4, 1.10-10 2, 5.10-10 1-1 10, 4.10, 1.10-10
(inorganic) M 0.040 1, 9.10-9 0.020 1, 4.10-9 7, 2.10-10, 4-10-10 3, 2.10-10, 2-10
Hg-194 F 0.800 4, 9.10-0.400 3, 8-10-8, 4.10 2-8 1-1 8, 9.10, 5.10-8, 4.10 1-8
(organic)
Hg-194 F 0.040 3, 2.10-8, 9.10 0.020 2-8 2-8, 1-8 1-1 8, 4.10, 3.10-8
(inorganic) M 0.040 2, 1.10-8, 9.10 0.020 1-8 1-1 8, 3.10, 0.10-8 8-9 8, 9.10, 3.10-9
Hg-195 F 0.800 2, 0.10-10 0.400 1, 8.10-8 10, 5.10-11 5, 1.10-11 2-2 11, 8.10, 3.10-11
(organic)
Hg-195 F 0.040 2, 7.10-10 0.020 2, 0.10-10 9, 5.10-5, 11-3, 11-10 1.10-11 2, 5.10-11
(inorganic) M 0.040 5, 3.10-10 0.020 3, 9.10-10 2, 0.10-10 1-10 9, 3.10, 0.10-11 7, 3.10-11
Hg-195 m (F) 0.800 1, 1.10-9 0.400 9, 7.10-4, 4.10-10 10 2, 7.10-10 1-1 10, 4.10, 2.10-10
(organic)
Hg-195 m (F) 0.040 1, 6.10-9 0.020 1, 1.10-9 5, 1.10-10 3, 1.10-10 1-1 10, 7.10, 4.10-10
(inorganic) M 0.040, 7.10 3-9 0.020 2, 6.10-9 1-9 8, 4.10, 5.10-10 6, 7.10-10 5, 3.10-10
Hg-197 F 0.800 4, 7.10-10 0.400 4 0.10-10 1-1 10, 8.10, 1.10-10 5, 8.10-11, 4-11-10
(organic)
Hg-197 F 0.040 6, 8.10-10 0.020 4-10 2-10, 1.10-10 1, 3.10-10 6, 8.10-11 5, 6.10-11
(inorganic) M 0.040 1 7.10-9 0.020 1, 2.10-9 6, 6.10, 6.10-10 4-10 3-3 10, 8.10, 0.10-10
Hg-197m F 0.800 9, 3.10-10 0.400 7, 8.10-3, 4.10-10 10 2, 1.10-10 1-10 9, 1.10, 6.10-11
(organic)
Hg-197m F 0.040 1, 4.10-9, 3.10-0.020 9 10 4 0.10-10 2, 5.10-10 1-1 10, 3.10, 1.10-10
(inorganic) M 0.040 3, 5.10-9 0.020 2, 5.10-9 1-9 8, 1.10, 2.10-10, 6-10-10 5, 3.10-10
Hg-199m F 0.800 1, 4.10-10 0.400 9, 6.10-11 4, 2.10-11 2, 7.10, 7.10-11 1-1 11, 5.10-11
(organic)
Hg-199m F 1, 4.10-0.040 10 0.020 9, 6.10-11 4, 2.10-11 2, 7.10, 7.10-11 1-1 11, 5.10-11
(inorganic) M 0.040 2, 5.10-10 0.020 1 7.10-10 7, 9.10-11 5-11, 4.10, 8.10 3-3 11, 2.10-11
Hg-203 F 5, 0.800 7.10-9 0.400 3, 7.10, 7.10-9 1-1 9, 1.10-9 6-10 5, 6.10, 6.10-10
(organic)
Hg-203 F 0.040 4, 2.10-9 0.020 2, 9.10-9 1-9 9, 4.10, 0.10-10 5, 5.10-10 4-10
(inorganic) M 0.040 1, 0.10-0.020 7, 9.10 8-9-10-4, 9-3, 4.10 9 3, 0.10-9 2, 4.10-9
talium
TL-194 F 1.000 3, 6.10 11 1.000-3, 0.10-11 1, 5.10-9, 2.10 11-12 5, 5.10-12 4, 4.10-12
TL-194m (F) 1.000 1, 7.10-10 1.000 1, 2.10-10 6, 1.10-11 3, 8.10-11 2, 3.10-11 1, 9.10-11
TL-195 F 1.000 1, 3.10-10 1.000 1, 0.10-10 5, 3.10-11 3, 2.10-11 1-1 11, 9.10, 5.10-11
TL-197 F 1.000 1, 3.10-10 9 1.000, 7.10, 7.11 4-11-2, 11-1, 11 Oct 7.10-11 1, 4.10-11
TL-4, 198 F 1.000 7.10-10 1.000 4-10, 2-10, 1.10 1, 3.10-10 7, 5.10-11 6, 0.10-11
TL-198m F 3, 2.10-1.000 10 1.000 2, 5.10-10 1, 2.10-10, 5.10 7-11 4, 5.10-3, 11-11-10
TL-199 (F) 1.000 1, 7.10-10 1.000 1, 3.10-10 6, 4.10-11 3, 9.10-11 2, 3.10-11 1, 9.10-11
TL-200 F 1.000 1, 0.10-9 1.000 8-10-10, 4-10 2, 8.10-10 1-1 10, 6.10, 3.10-10
TL-201 F 1.000 4, 5.10 10 1.000-3, 3.10-10 1, 5.10-10 9, 4.10-11 5-11, 4.10, 4.10 4-11
TL-202 F 1.000 1, 5.10-9 1.000 1, 2.10-9 5, 9.10-10 3, 8.10-10 2, 3.10-10 1, 9.10-10
TL-204 (F) 1.000 5, 0.10-9 1.000 3, 3.10-9 1, 5.10-9 8, 8.10-10 4-10 3-10, 9.10-10
lead
PB-195 m (F) 0.600 1, 3.10-10 0.200 1, 0.10-10 4, 11 3, 9.10-1.10-11 1-1 11, 9.10, 6.10-11
M 0.200 2, 0.10-10 0.100 1.5x10-10 7, 1.10-4, 11-3, 11-2, 11 1.10 5.10-11
With 0.020 2, 1.10-10 0.010 1.5x10-10 7-11 4, 4.10, 8.10-11 3, 2.10-2, 11-11-10
PB-198 F 0.600 3, 4.10-10 0.200 2, 9.10-10 1, 5.10-10, 9.10 8-11 5-11, 2.10 4, 3.10-11
M 0.200 5, 0.10-10 0.100 4 0.10-10 2, 1.10-10 1, 3.10, 3.10-10 8-11, 6-11
With 5, 4.10-0.020 10 0.010 4, 2.10-10 2, 2.10-10, 1-10, 4.10 8, 7.10-11 7, 0.10-11
PB-199 F 0.600 1, 9.10-10 0.200 1, 6.10-10 8, 2.10-11 4, 9.10-11 2-2 11, 9.10, 3.10-11
M 0.200 2, 8.10-10 0.100 2, 2.10-10, 1-10 7, 1.10 1.10-11 4, 5.10-11 3, 6.10-11
With 0.020 2, 9.10-10 0.010 2, 3.10-10 1, 2.10-10 7, 4.10-4, 11-3, 11-10-10-11
PB-200 F 0.600 1, 1.10-9, 3.10 0.200 9-10 4, 6.10-10 2, 8.10-10 1-1 10, 4.10-10
M 0.200 2, 2.10-9 0.100 1 7.10-9 8, 6.10-10 5-10 4-10, 1.10-10 3, 3.10-10
With 0.020 2, 4.10-9 0.010 1, 8.10-9 9, 2.10-10 6, 2.10-10 4, 4.10, 5.10-10 3-10
PB-201 F 0.600 4, 8.10-10 0.200 4, 1.10-10 2, 0.10-10 1, 2.10-10 7, 1.10-11 6, 0.10-11
M 0.200 8, 0.10-10 0.100, 4.10 6-10 3-10-2, 3.10, 1.10-10 1-1 10, 4.10, 1.10-10
With 0.020 8, 8.10-10 0.010 6, 7.10-10 3, 5.10-10 2, 2.10-10 1-1 10, 5.10, 2.10-10
PB-202 F 0.600 1-8, 9.10 0.200 1, 3.10-8 8, 9.10-9 1-1 8, 3.10, 8.10-8 1, 1.10-8
M 0.200 1, 2.10-8 0.100 8, 9.10-9 6, 2.10-9 6-9 8, 7.10, 7.10-9 6-9, 3.10
With 0.020 2, 8.10-8 0.010 2, 8.10-8 2, 0.10-8 1-1 8, 4.10, 3.10-8 1, 2.10-8
PB-202m F 0.600 4, 7.10-10 0.200 4 0.10-10 2, 1.10-10 1, 3.10-10 7, 5.10-6 11, 2.10-11
M 0.200 6, 9.10-10 0.100 5, 6.10-10 2, 9.10-10 1-1 10, 9.10, 2.10-10, 5.10 9-11
With 0.020 7, 3.10-10 0.010 5, 10 3, 8.10-0.10-10 1-1 10, 9.10, 3.10-10 1 0.10-10
PB-203 F 0.600 7, 2.10-10 0.200, 8.10 5-10 2-10-1, 8.10, 7.10, 9.10-10 9-11 8, 5.10-11
M 0.200 1, 3.10-9 0.100 1, 0.10-9 5, 4.10-10 3, 6.10-10 2-2 10, 5.10, 0.10-10
With 0.020 1.5x10-9 0.010 1, 1.10-9 5, 8.10-10 3, 8.10-10 2-2 10, 8.10, 2.10-10
PB-205 F 0.600 1, 1.10-9 0.200 6, 9.10-10 4 0.10-10 4-4 10, 1.10, 3.10, 3.10-10 3-10
M 0.200 1, 1.10-9 0.100 7, 7.10-4, 3.10-10 10 3, 2.10-10 2-2 10, 9.10, 5.10-10
2, with 9.10-0.020 9 0.010 2, 7.10, 7.10-9 1-1 9, 1.10-9 9, 2.10-10, 5.10 8-10
PB-209 F 0.600 1, 8.10-10 0.200 1, 2.10-10, 3.10-5 11 3, 4.10-11 1-1 11, 9.10, 7.10-11
M 0.200 4 0.10-10 0.100 2, 7.10-10 1, 3.10-10 9, 2.10-11 6-11 5, 9.10, 6.10-11
With 0.020 4, 4.10-10 0.010 2, 9.10-10 1, 4.10-10 9-11 7, 9.10, 5.10-11 6, 1.10-11
Pb-210 F 0.600 4, 7.10-6 0.200 2, 9.10-6 1, 5.10-6, 4.10 1-6 1-6 9, 3.10, 0.10-7
M 0.200 5, 0.10-6 0.100, 7.10 3-6 2, 2.10-6 1, 5.10-6 1-1 6, 3.10, 1.10-6
With 0.020 1, 8.10-5 0.010 1, 8.10-5 1, 1.10-5 7, 2.10-6 5-6 5, 9.10, 6.10-6
PB-211 F 0.600 2, 5.10-8 0.200 1, 7.10, 7.10-8 8-9-6, 9-4, 1.10 6.10-9 3, 9.10-9
M 0.200 6, 2.10-8 0.100 4, 5.10-8 2, 5.10-8 1-1 8, 9.10, 4.10-8 1, 1.10-8
With 0.020 6, 6.10-8 0.010 4, 8.10-8 2-2 8, 7.10, 0.10-8 1, 5.10-8 1, 2.10-8
PB-212 F 0.600 1-7, 9.10 0.200 1, 2.10-7 5-8-3, 4.10, 5.10-8 2, 0.10-8 1, 8.10-8
M 0.200 6, 2.10-7 0.100 4, 6.10-7 3, 0.10-7 2, 2.10-7 2, 2.10-7 1,-10-7
With 0.020 6, 7.10-7 5, 0.10-0.010 7 3, 3.10-7 2-2 7, 5.10, 4.10-7 1-7, 9.10
PB-214 F 0.600 2, 2.10-8 0.200 1.5x10-8 6-9 4, 9.10, 10-9, 3-9-2, 3.10 8.10-9
M 0.200 6-8, 4.10 0.100 4, 6.10, 6.10-8 2-8 1-1 8, 9.10, 4.10, 4.10-8 1-8
6, with 9.10-0.020 8 0.010 5, 0.10-8 2-2 8, 8.10, 1.10-8 1, 5.10-8 1, 5.10-8
Bismuth
The BI-200 F 0.100 1, 9.10-10 0.050 1, 5.10-10 7-11 4, 4.10, 5.10-2, 11-10-11 2, 2.10-11
0.100 m 2, 5.10-10 0.050 1, 9.10-10 9, 9.10-11 6-11-4, 3.10, 1.10-11 3, 3.10-11
BI-201 F 0.100 4 0.10-10 0.050 3, 1.10-10 1, 5.10-10 9, 3.10-11 5-11, 4.10, 4.10 4-11
M 0.100 5, 5.10-10 0.050 4, 1.10-10 2, 0.10-10 1, 3.10, 3.10-10 8-11, 6-11
BI-202 F 0.100 3, 4.10-10 0.050 2, 8.10-10 1, 5.10-10 9, 0.10-11 5-11-4, 3.10, 3.10-11
M 0.100 4, 2.10-10 0.050 3, 4.10, 8.10-10 1-1 10, 1.10-10 6, 9.10-11 5, 5.10-11
BI-203 F 0.100 1.5x10-9 0.050 1, 2.10-6, 4.10 9-10 4 0.10-10 2, 3.10-1 10, 9.10-10
0.100 m 2, 0.10-9 0.050 1, 6.10-9 8, 2.10-10 5, 3.10, 3.10-10 3-10 2-10
BI-205 F 0.100 3, 0.10-9 0.050 2, 4.10-1, 3.10 9-9 8-10 4 0.10, 7.10-10 3, 8.10-10
M 0.100 5, 5.10-9 0.050 4, 4.10, 5.10-9 2-9 1-1 9, 2.10-9 9, 3.10-10
BI-206 F 0.100 6, 1.10-9 0.050 4, 8.10-9 2, 5.10-9 1, 6.10-9 9, 1.10-10 7, 4.10-10
0.100 m 1, 0.10-8 8, 0.050 0.10-4, 4.10 9-9 2-2 9, 9.10, 1.10-9 1, 7.10-9
BI-207 F 0.100 4-9, 3.10, 3.10 0.050 3-9 1-1 9, 7.10, 0.10-9 6, 0.10-10 4, 9.10-10
0.100 m 2, 3.10-8 0.050 2, 0.10-8 1, 2.10-8 8, 2.10-9 6, 5.10-9 5, 6.10-9
BI-210 F 0.100 1, 1.10-8, 9.10 0.050 6-9 3, 2.10-9 2, 1.10-9 1-1 9, 3.10, 1.10-9
0.100 m 3, 9.10-7 0.050 3, 0.10-7 1-1 7, 9.10, 3.10-7 1, 1.10-7 9, 3.10-8
BI-210 m (F) 0.100 4, 1.10-7 0.050 2, 6.10-7 1-7 8, 3.10, 3.10-8 5, 6.10, 6.10-8 4-8
0.100 m 1, 5.10-5 0.050 1, 1.10-5 7, 0.10-6 4-6 4, 8.10, 1.10-6 3, 4.10-6
BI-212 F 0.100 6, 5.10-8 0.050 4, 5.10-8 2, 1.10-8 1, 5.10-8 1, 0.10-8 9, 1.10-9
0.100 m 1, 6.10-7 0.050 1, 1.10-7 6, 0.10-8 4, 4.10, 8.10-8 3-3 8, 1.10-8
BI-213 F 0.100 7, 7.10-8 0.050 5, 3.10-8 2, 5.10-8 1, 7.10-8 1-1 8, 2.10, 0.10-8
0.100 m 1, 6.10-7 0.050 1, 2.10-7 6, 0.10-8, 4.10 4-8 3-3 8, 6.10, 0.10-8
BI-214 F 0.100 5, 0.10-8 0.050 3, 5.10-8 1-1 8, 6.10, 1.10, 2.10-8 8-9 7, 1.10-9
M 8, 0.100 7.10-8 0.050 6, 1.10-8 3, 1.10, 2.10-8 2-8 1-1 8, 7.10, 4.10-8
Polonium
After-203 F 0.200 1, 9.10-10 0.100 1.5x10-10 7-10-11, 4-11, 7.10 2, 8.10-11 2, 3.10-11
M 0.200 2, 7.10-10 0.100 2, 1.10-10 1, 1.10-10 6, 7.10-4, 3.10-11 11 3, 5.10-11
With 0.020 2, 8.10-10 0.010 2, 2.10-10, 1.10-1 10 7, 0.10-11 4, 5.10-11 3, 6.10-11
After-205 F 0.200 2, 6.10-10 0.100 2, 1.10-10 1, 1.10-10 6, 6.10-11 4, 1.10-11 3, 3.10-11
M 0.200 4 0.10-10 0.100 3, 1.10-10 1-1 10, 7.10, 1.10-10 8, 1.10-11 6, 5.10-11
With 0.020 4, 2.10-10 0.010 3, 2.10-10 1-1 10, 8.10, 2.10-10, 5.10-8 11 6, 9.10-11
After-207 F 0.200 4, 8.10-10 0.100 4 0.10-10 2, 1.10-10 1-10 7, 3.10, 3.10-11 5, 8.10-11
M 0.200 6, 2.10-10, 1.10 0.100 5-10 2-10-1, 6.10, 6.10-10 9-11 7, 9.10, 8.10-11
With 0.020 6, 6.10-10 0.010 5, 3.10-2, 10-10-10 1-1 10, 7.10, 0.10-10 8, 2.10-11
After-210 F 0.200 7-6, 4.10, 8.10 0.100 4-6 2, 2.10-6 1-6 7, 3.10, 7.10-7 6, 1.10-7
M 0.200 1, 5.10-5 0.100 1, 1.10-5 6, 7.10, 6.10-6 4-6 4, 0.10-6 3, 3.10-6
With 0.020 1, 8.10-0.010 1, 4.10 5-5 8, 6.10-6 5-6 5, 9.10, 1.10-6 4, 3.10-6
astatine
At-207 (F) 2, 4.10-1.000 9 1.000 1, 7.10-9 8, 9.10-10 5, 9.10-10 4 0.10-10 3, 3.10-10
M 1.000 9, 2.10-9 1.000 6, 7.10-9 4-9-3, 3.10, 1.10-9 2-2 9, 9.10, 3.10-9
At-211 F 1.000 1, 4.10-7 9, 1.000 7.10-8 4, 3.10-8 2, 8.10-8 1-1 8, 7.10, 6.10-8
M 1.000 5, 2.10-7 1.000 3, 7.10-7 1-1 7, 9.10, 4.10-7 1-1 7, 3.10, 1.10-7
francium
FR-222 F 1.000 9, 1.10-8 1.000 6, 3.10-8 3, 0.10-8 2, 1.10-8 1-1 8, 6.10, 4.10-8
FR-223 F 1.000 1, 1.10-8 1.000 7, 3.10-9, 2.10 3-9 1-1 9, 9.10, 0.10-9 8, 9.10-10
Radium
RA-223 F 0.600 3, 0.10-6 0.200 1, 0.10-6 4-4 7, 9.10, 0.10-7 3, 3.10-7 1, 2.10-7
M 0.200 2, 8.10-5 0.100 2, 1.10-5 1, 3.10-5 9, 9.10-6 9-6, 4.10, 4.10 7-6
With 0.020 3, 2.10-5 0.010 2, 4.10, 5.10-5 1-5 1-1 5, 1.10, 1.10-5 8, 7.10-6
RA-224 F 0.600 1.5x10-6 0.200 6, 0.10-7 2-2 7, 9.10, 2.10-7 1-7 7-10, 5.10-8
M 0.200 1, 1.10-5 0.100 8, 2.10-6 5, 3.10-6 3-6 3, 9.10, 7.10-6 3, 0.10-6
With 0.020 1, 2.10-5 0.010 9, 2.10-6 5, 9.10-6 4-6 4, 4.10, 2.10-6 3, 4.10-6
RA-225 F 0.600 4, 0.10-6 0.200 1, 2.10-6 5, 6.10, 6.10-7 4-7 3-7-1, 8.10, 3.10-7
M 0.200 2-5, 4.10, 8.10 0.100 1-5 1-5 8, 1.10, 4.10-6 7, 9.10-6 6, 3.10-6
With 0.020 2, 8.10-5 0.010 2, 2.10-5 1-1 5, 4.10, 0.10-5 9, 8.10-6 7, 7.10-6
RA-226 F 0.600 2, 6.10-6, 4.10 0.200 9-7 5, 5.10-7 7, 2.10-7 1-6 3, 3.10, 6.10-7
M 0.200 1, 5.10-5 0.100 1, 1.10-5 7, 0.10-6 4-6 4, 9.10, 5.10-6 3, 5.10-6
With 0.020 3, 4.10-5 0.010 2, 9.10-5 1-1 5, 9.10, 2.10, 0.10-5 1-5 9, 5.10-6
RA-227 F 0.600 1, 5.10-9 0.200 1, 2.10-9 7, 8.10-10 6, 1.10-10 5, 3.10-10 4-10
M 0.200 8, 0.10-10 0.100 6, 7.10-4, 4.10-10 10 3, 2.10-10 2-2 10, 9.10, 8.10-10
With 0.020 1, 0.10-9 8 0.010, 5.10-10 4, 4.10, 9.10-10 2-10 2-2 10, 4.10, 2.10-10
RA-228 F 0.600 1 7.10-5 5 0.200, 7.10-6 3-6 3, 1.10, 6.10, 6.10-6 4-6 9, 0.10-7
M 0.200 1, 5.10-5 0.100 1, 0.10-5 6, 3.10-6 4, 6.10-6 4, 4.10-6 2, 6.10-6
4, with 9.10-0.020 5 0.010 4, 8.10-5 3-5 2, 2.10, 0.10-5 1-1 5, 6.10, 6.10-5
Actinium
AC-224 F 0.005 1, 3.10-7 5, 0.10-4 8, 9.10-8 4, 7.10, 1.10-8 3-8 1-1 8, 4.10, 1.10-8
0.005 m 4, 2.10-7 5, 0.10-4 3-7 2, 2.10, 0.10-7 1-1 7, 5.10, 4.10,-7 1, 1.10-7
With the 0.005 4, 6.10-7 5, 0.10-4 3, 5.10-7 2, 2.10-7 1, 7.10-7 1-1 7, 6.10, 3.10-7
The AC-225 F 0.005 1, 1.10-5 5, 0.10-4 7, 7.10-6 4, 0.10-6 2, 6.10-6 1, 1.10-6 8, 8.10-7
0.005 m 2, 8.10-5 5, 0.10-4 2, 1.10-5 1-1 5, 3.10, 0.10-5 9, 3.10-6, 4.10 7-6
With the 0.005 3-5 5, 1.10, 0.10-4 2, 3.10-5 1, 5.10-5 1-1 5, 1.10, 1.10-5 8, 5.10-6
AC-226 F 0.005 1.5x10-6 5, 0.10-4 1-6 4, 1.10, 0.10-7 2, 6.10-7 1, 2.10-7 9, 6.10-8
0.005 m 4, 3.10-6 5, 0.10-4 3, 2.10-6 2, 1.10-6 1, 5.10-6 1, 5.10-6 1, 2.10-6
With the 0.005 4, 7.10-6 5, 0.10-4 3, 5.10-6 2, 3.10-6 1-1 6, 7.10, 6.10-6 1, 3.10-6
AC-227 F 0.005 1 7.10-3 5, 0.10-4 1-1 3, 6.10, 0.10-3 7, 2.10-4 5, 6.10-4 5, 5.10-4
0.005 m 5, 7.10-4 5, 0.10-4 5, 5.10-4 3, 9.10-4 2-4 2, 6.10, 3.10-4 2, 2.10-4
With the 0.005 2-4 5, 2.10, 0.10, 0.10-4 2-4 1-4 8, 3.10, 7.10-5 7, 6.10-5 7, 2.10-5
AC-228 F 0.005 1, 8.10-7 5, 0.10-4 1, 6.10-7 9, 7.10, 7.10-8 5-8 2-2 8, 9.10, 5.10-8
0.005 m 8, 4.10-8 5, 0.10-4 7, 3.10-8 4, 7.10-8 2-2 8, 9.10, 0.10-8 1, 7.10-8
With the 0.005 6-8, 4.10, 5, 0.10-4 5-8-3, 3.10, 3.10-8 2, 2.10-8 1-1 8, 9.10, 6.10-8
thorium
Th-1, 226 F 0.005 4.10-7 5, 0.10-0.10-4 1 7 4, 8.10-8 3, 4.10, 5.10-8 2-2 8, 2.10-8
0.005 m 3, 0.10-7 5, 0.10-4 2, 1.10-7 1, 1.10-7 8-8 7, 3.10, 0.10-8 5, 8.10-8
With the 0.005 3, 1.10-7 5, 0.10-4 2, 2.10-7 1, 2.10-7 8, 8.10-8 7, 5.10-8 6, 1.10-8
Th-227 F 0.005 8, 4.10-6 5, 0.10-4 5, 2.10-6 2, 6.10, 6.10-6 1-6 1, 0.10-6 6, 7.10-7
0.005 m 3-5 5, 2.10, 0.10-4 2, 5.10-5 1-1 5, 6.10, 1.10-5 1, 1.10-5 8, 5.10-6
With the 0.005 3-5 5, 9.10, 0.10-4 3, 0.10-5 1-1 5, 9.10, 4.10-5 1-1 5, 3.10, 0.10-5
Th-228 F 0.005 1, 8.10-4 5, 0.10-4 1, 5.10-4 8, 3.10-5 5, 2.10-5 3, 6.10-5 2, 9.10-5
0.005 m 1, 3.10-4 5, 0.10-4 1, 1.10-4, 8.10 6-4, 5-5 3-3 5, 9.10, 2.10-5
With the 0.005 1-4 5, 6.10, 0.10-4 1, 3.10-4 8, 2.10-5 5, 5.10-5 4-5 4, 7.10, 0.10-5
Th-229 F 0.005 5, 4.10-4 5, 0.10-4 5, 1.10-4 3-4 2, 6.10, 9.10-4 2-4 2, 4.10, 4.10-4
0.005 m 2, 3.10-4 5, 0.10-4 2, 1.10-4 1-4 1, 6.10, 2.10-4 1-4 1, 1.10, 1.10-4
With the 0.005 2, 1.10-4 5, 0.10-4 1-4 1, 9.10, 3.10-4 8, 7.10-5 7, 6.10-5 7, 1.10-5
Th-230 F 0.005 2, 1.10-4 5, 0.10, 0.10-4 2-4 1-4 1, 4.10, 1.10-4 9, 9.10-5 1, 0.10-4
0.005 m 7, 7.10, 0.10-5 5-7 4-5 5, 4.10, 5.10-5 4-5 4, 3.10, 2.10-5 4, 3.10-5
With the 0.005 4, 5 5, 0.10-0.10-4 3, 5.10-5 2, 4.10-5 1-1 5, 6.10, 5.10-5 1, 4.10-5
Th-231 F 0.005 1, 1.10-9 5, 0.10-4 7, 2.10-10 2, 6.10, 6.10-10 1-10 9, 2.10-11 7 8.10-11
0.005 m 2, 2.10-9 5, 0.10-4 1, 6.10-9 8, 0.10-10 4, 8.10-10 3-3 10, 8.10, 1.10-10
With the 0.005 2, 4.10-9 5, 0.10-4 1, 7.10-9 7-10 5, 6.10, 2.10-10, 1.10-4 10 3, 3.10-10
Th-232 F 0.005 2, 3.10-4 5, 0.10-4 2, 2.10-6.10-4 1, 4 1 3.10-4 1-4 1, 2.10, 1.10-4
0.005 m 8, 3.10-5 5, 0.10-4 8, 1.10-5 6, 3.10-5 5, 0.10-5 4-5 4, 7.10, 5.10-5
With the 0.005 5-5 5, 4.10, 0.10-4 5, 0.10-5 3, 7.10-5 2-2 5, 6.10, 5.10-5 2, 5.10-5
Th-234 F 0.005 4 0.10-8 5, 0.10-4 2, 5.10-8 1, 1.10-8 6, 1.10-9 3, 5.10-9 2, 5.10-9
0.005 m 3, 9.10-8 5, 0.10-4 2-8, 9.10 1.5x10-8 1, 0.10-8 7, 9.10-9 6, 6.10-9
With the 0.005 4, 1.10-8 5, 0.10-4 3, 1.10-8 1-1 8, 7.10, 1.10-8 9, 1.10-9 7, 7.10-9
PA
PA-227 M 0.005 3-7 5, 6.10, 0.10-4 2, 6.10-7 1-1 7, 4.10, 0.10-7 9, 0.10-8, 4.10 7-8
With the 0.005 3, 8.10-7 5, 0.10-4, 8.10 2-7 1-1 7, 5.10, 1.10-7 8-8 8, 1.10, 0.10-8
PA-2, 228 M 0.005 6.10-7 5, 0.10-4 2, 1.10-7 1, 3.10-7 8, 8.10-8 7-10-8, 6-8, 4.10
2, with 9.10 0.005-7 5, 0.10-4 2, 4.10, 5.10-7 1-1 7, 0.10-7 9, 1.10-8 7, 5.10-8
PA-230 M 2 0.005, 4.10-6 5, 0.10-4 1, 8.10-6 1, 1.10-6 8, 3.10-7 7, 6.10-7 6, 1.10-7
2, with 9.10 0.005-6 5, 0.10-4 2, 2.10-6 1-1 6, 4.10, 0.10-6 9-7 7, 6.10, 6.10-7
PA-231 0.005 M 2, 2.10-4 5, 0.10-4 2, 3.10-4 1-4 1, 9.10, 5.10-4 1-4 1, 5.10, 4.10-4
With the 0.005 7, 4.10-5 5, 0.10-4 6, 9.10-5 5, 2.10-5 3, 9.10-5 3-3 5, 6.10, 4.10-5
PA-232 M 0.005 1-8, 9.10 5, 0.10-4 1, 8.10-8 1-1 8, 4.10, 1.10-8 1-1 8, 0.10, 0.10-8
With the 0.005 1, 0.10-8 5, 0.10-4 8, 7.10-9 5-9 4, 9.10, 1.10-9 3-3 9, 7.10, 5.10-9
PA-233 M 0.005 1.5x10-8 5, 0.10-4 1, 1.10-8 6, 5.10-9 4-4 9, 7.10, 1.10-9 3, 3.10-9
With the 0.005 1 7.10-8 5, 0-1 4, 3.10-8 7, 5.10-9 5, 5.10-9 4, 9.10-9 3, 9.10-9
PA-234 M 2, 8.10 0.005-5, 9-4 2 0.10, 0.10, 0.10-9 1-9 6-10-4, 8.10, 7.10-10 3, 8.10-10
2, with 9.10-0.005 9 5, 0.10-4 2, 1.10-9 1, 1.10-9 7, 1.10-10 5, 10 4 0.10-0.10-10
Uranus
U-230 (F) 0.040 3, 2.10-6 0.020 1.5x10-6 7, 2.10-7 5-7-4, 4.10, 1.10-7 3, 8.10-7
M 0.040 4, 9.10-5 0.020 3, 7.10-5 2, 4.10, 8.10-5 1-5 1-5 1-10, 3.10-5
With 0.020 5, 8.10-5 0.002 4, 4.10, 8.10-5 2-5 2-2 5, 1.10, 0.10-5 1, 6.10-5
U-231 F 0.040 8, 9.10-10 0.020 6, 2.10-10 3, 1.10-10 1-1 10, 4.10, 0.10-10 6, 2.10-11
M 0.040 2, 4.10-9 0.020 1 7.10-9 9, 4.10, 5.10-10 5-10 4-10 3-10, 8.10
With 0.020 2, 6.10-9 0.002 1, 9.10-9 9, 0.10-10 6, 1.10-10 4-4 10, 9.10, 0.10-10
U-232 (F) 0.040 1, 6.10-5 0.020 1, 0.10-5 6-6 6, 9.10, 8.10-6 7, 5.10-6 4, 0.10-6
M 0.040 3, 0.10-5 0.020 2, 4.10-5 1-1 5, 6.10, 1.10-5 1, 0.10-5 7, 8.10-6
With 0.020 1, 0.10-4 0.002 9, 7.10-5, 6.10-6 5 4, 3.10-5 3-5 3, 8.10, 7.10-5
U-233 (F) 0.040 2, 2.10-6, 4.10 0.020 1-6 9-7 8, 4.10, 4.10-7 8, 6.10-7 5, 8.10-7
M 0.040 1.5x10-0.020 1 5-5 7, 1.10, 2.10-6 4-6 4, 9.10, 3.10-6 3, 6.10-6
With 0.020 3, 4.10-5 0.002 3, 0.10-5 1-1 5, 9.10, 2.10-5 1-5 9, 1.10, 6.10-6
U-234 F 0.040 2, 1.10-6, 4.10 0.020 1-6 9, 0.10-0.10-7 8, 7 8, 2.10-7 5, 6.10-7
M 0.040 1, 5.10-5 0.020 1, 1.10-5 7, 0.10-6 4-6 4, 8.10, 2.10-6 3, 5.10-6
With 0.020 3, 3.10-5 0.002 2, 9.10-5 1-1 5, 9.10, 2.10, 0.10-5 1-5 9, 4.10-6
U-235 F 0.040 2, 0.10-6 0.020 1, 3.10-6 8, 5.10-7 7, 5.10-7 7, 7.10-7 5, 2.10-7
M 0.040 1, 3.10-5 0.020 1, 0.10-5 6, 3.10, 3.10-6 4-6 3-6 3, 7.10, 1.10-6
With 0.020 3, 0.10-5 0.002 2, 6.10-5 1, 7.10-5 1-5 9, 1.10, 2.10-6 8, 5.10-6
U-236 (F) 0.040 2, 0.10-6 0.020 1, 3.10-6 8, 5.10-7 7, 5.10-7 7, 8.10-7 5, 3.10-7
M 0.040 1, 4.10-5 0.020 1, 0.10-5 6, 5.10-6 4, 5.10-6 3-6 3, 9.10, 2.10-6
With 0.020 3, 1.10-5 0.002, 7.10 2-5 1-1 5, 8.10, 1.10-5 9, 5.10-6 8-6, 7.10
U-237 F 0.040 1, 8.10-9 0.020 1.5x10-6, 9-10 4, 2.10-10 1-1 10, 9.10, 8.10-10
M 0.040 7 8.10-9 0.020 5, 7.10-9 3, 3.10-9 2-2 9, 4.10, 1.10-9 1, 7.10-9
With 0.020 8, 7.10-0.002 6, 4.10 9-3, 9-2, 9-10-10-9, 2-9, 4.10 1, 9.10-9
U-238 F 0.040 1, 9.10-6 0.020 1, 3.10-6 8, 2.10-7 7-7 7, 3.10, 4.10-7 5, 0.10-7
M 0.040 1, 2.10-5 0.020 9, 4.10-6 5-6 4, 9.10, 0.10-6 3, 4.10-6 2, 9.10-6
2, with 9.10-0.020 5 0.002 2, 5.10-5 1-1 5, 6.10, 0.10-5 8, 7.10-6 8, 0.10-6
U-239 F 0.040 1, 0.10-10 0.020 6, 6.10-11 2, 9.10-11 1, 9.10-11 1-1 11, 2.10, 0.10-11
M 0.040 1, 8.10-10 0.020 1, 2.10-10 5, 6.10-8.10-11 3, 11 2, 7.10-11 2, 2.10-11
1, with 9.10-0.020 10 0.002 1, 2.10-10, 5-11, 4, 9.10, 0.10-11 2-2 11, 9.10, 4.10-11
U-240 F 0.040 2, 4.10-9 0.020 1, 6.10-9 7, 1.10-10 4, 5.10-10 2-2 10, 3.10, 0.10-10
M 0.040 4, 6.10-9, 1.10 0.020 3-9 1-1 9, 7.10, 1.10-9 6, 5.10-10 5, 3.10-10
4, with 9.10-0.020 9 0.002 3, 3.10-9 1-1 9, 6.10, 1.10-9 7, 0.10-10 5, 8.10-10
neptunium
NP-232 F 0.005 2, 0.10, 0.10-10 5-12 1-1 10, 9.10, 2.10-10 1-1 10, 1.10, 1.10, 2.10-10 1-10
0.005 m 8, 9.10-11 5, 0.10-04 8, 1.10-11 5, 5.10-11 4, 5.10-11 4-5 11, 7.10, 0.10-11
With the 0.005 1, 2.10-10 5, 0.10-04 9, 7.10-11 5-11, 8.10, 9.10 3-11 2-2 11, 5.10, 4.10-11
NP-1, 233 F 0.005 1.10-11 5, 0.10-04 8, 7.10-12 4, 2.10-12 2, 5.10-12 1-1 12, 4.10, 1.10-12
0.005 m 1.5x10-11 5, 0.10-04 1, 1.10-11 5, 5.10-12 3, 3.10-12 2, 1.10-12 1, 6.10-12
With the 0.005 1.5x10-11 5, 0.10-04 1, 2.10-11 5-12, 7.10 3, 4.10-12 2, 1.10-1, 12-10-12
NP-234 F 0.005 2, 9.10-09 5, 0.10-04 2, 2.10-1 09-09 7, 1.10, 2.10-10, 3.10-4 10 3, 5.10-10
0.005 m 3, 8.10-09 5, 0.10, 0.10-04 3-09 1, 6.10-09 1, 0.10-09 6, 5.10-10 5, 3.10-10
With the 0.005 3, 9.10-09 5, 0.10-04 3, 1.10-09 1, 6.10-09 1, 0.10-09 6, 8.10-10 5, 5.10-10
NP-235 F 0.005 4, 2.10-09 5, 0.10-04 3, 5.10-09 1, 9.10-09 1, 1.10-09 7, 5.10-10 6, 3.10-10
0.005 m 2, 3.10-09 5, 0.10-04 1, 9.10-09 1, 1.10-09 6, 8.10-10 5, 1.10, 2.10-10 4-10
With the 0.005 2, 6.10-09 5, 0.10-04 2, 2.10-09 1, 3.10, 3.10-09 8-10 6-10 5, 3.10, 2.10-10
NP-236 F 8, 9.10 0.005-06 5, 0.10-04 9, 1.10-06 7, 2.10-06 7, 5.10-06 7, 9.10-06 8, 0.10-06
0.005 m 3, 0.10-06 5, 0.10-04 3, 1.10-06 2, 7.10-06 2, 7.10-06 3, 1.10-06 3, 2.10-06
With the 0.005 1, 6.10-06 5, 0.10-04 1, 6.10-06 1, 3.10-06 1, 0.10-06 1, 0.10-0.10-1, 06 06
NP-236 F 0.005 2, 8.10-08 5, 0.10-04 2, 6.10-08 1, 5.10-08 1, 1.10-08 8, 9.10-09 9, 0.10-09
0.005 m 1, 6.10-08 5, 0.10-04 1-08, 4.10 8, 9.10-09 6, 2.10-09 5, 6.10-09 5, 3.10-09
With the 0.005 1, 6.10-08 5, 0.10-04 1, 3.10-08 8, 5.10-09 5, 7.10-09 4, 8.10-09 4, 2.10-09
NP-237 F 9 0.005, 8.10-05 5, 0.10-04 9, 3.10-05 6, 0.10-05 5, 0.10-05 4, 7.10-05 5, 0.10-05
0.005 m 4, 4.10-05 5, 0.10-04 4 0.10-05 2, 8.10-05 2, 2.10-05 2, 2.10-05 2, 3.10-05
With the 0.005 3, 7.10-05 5, 0.10-04 3, 2.10-05 2, 1.10-05 1, 4.10-05 1, 3.10-05 1, 2.10-05
NP-238 F 9 0.005, 0.10-09 5, 0.10-04 7, 9.10-09 4, 8.10-09 3-10-09, 3, 3.10-09 3, 5.10-09
0.005 m 7, 3.10-09 5, 0.10-04 5, 8.10-09 3, 4.10, 5.10-09 2-09 2, 2.10-09 2, 1.10-09
With the 0.005 8, 1.10-09 5, 0.10-04 6, 2.10-09 3, 2.10-09 2, 1.10-09 1-10-09 1.5x10-09
NP-239 F 0.005 2, 6.10-09 5, 0.10-04 1, 4.10-09 6, 3.10-10 3, 8.10-10 2, 1.10-1, 10-10-10
0.005 m 5, 9.10-09 5, 0.10-04 4, 2.10-09 2, 0.10-09 1, 4.10-09 1, 2.10-09 9, 3.10-10
With the 0.005 5, 6.10-09 5, 0.10-04 4 0.10-09 2, 2.10-1, 09-09 1, 3.10-09 1, 0.10-09
NP-240 F 0.005 3, 6.10-10 5, 0.10-04 2, 6.10-10 1, 2.10-10, 7-10-11 4-4 11, 7.10, 0.10-11
0.005 m 6, 3.10-5, 10-4, 4.10-04 10 2, 2.10-10 1-1 10, 4.10, 0.10-10 8, 5.10-11
With the 0.005 6, 5.10-5 10, 0.10-04 4, 6.10-10 2, 3.10-10 1-1 10, 5.10, 1.10-10 9, 0.10-11
plutonium
Pu-234 F 0.005 3, 0.10-8 5, 0.10, 0.10-4 2-8 9, 10-9, 5-9 3-10, 6.10-9 3, 0.10-9
0.005 m 7, 8.10-8 5, 0.10-4 5-8-3, 9.10, 7.10-8 2, 8.10-8 2-2 8, 6.10, 1.10-8
With 1, 0.10-4 8, 7.10-8 1, 0.10-5 6, 6.10-8 4, 2.10-8 3-3 8, 1.10, 0.10-8 2-8, 4.10
Pu-235 F 0.005 1, 0.10-11 5, 0.10-4 7, 9.10-12 3, 9.10-12 2, 2.10-12 1-1 12, 3.10, 0.10-12
0.005 m 1, 3.10-5, 11-4 1, 0.10 0.10-0.10-11 5, 12 2, 9.10-12 1-1 12, 9.10, 4.10-12
With 1, 0.10-4, 3.10-1 11 1, 0.10, 0.10-5 1-11 5-12 3, 1.10, 0.10-12 1-1 12, 9.10, 5.10-12
Pu-236 F 0.005 1, 0.10-0.10-4 5, 4 9, 5.10-5 6, 1.10-5 4, 4.10-5 3-4 5, 7.10, 0.10-5
0.005 m 4, 8.10-5 5, 0.10-4, 3.10-5 2-2 5, 9.10, 1.10-5 1-2 5, 9.10, 0.10-5
With 1, 0.10-4 3, 6.10-5 1, 0.10-5 3, 1.10-5 2, 0.10-5 1-1 5, 4.10, 2.10, 0.10-5 1-5
Pu-237 F 0.005 2, 2.10-9 5, 0.10-4 1, 6.10-9 7, 9.10-10 4, 8.10, 9.10-10 2-2 10, 6.10-10
0.005 m 1-9 5, 9.10, 0.10-4, 4.10-1 9 8, 2.10-10, 4.10 5-10 4-10-3, 3.10, 5.10-10
With 1, 2, 4 0.10-0.10, 0.10-9 1-1 5, 5.10-9 8, 8.10, 9.10-10 5-10 4-10 3, 8.10, 9.10-10
Pu-238 F 0.005 2-4 5, 0.10 0.10-4 1-4 1, 9.10, 4.10-4 1-4 1, 1.10, 0.10-4 1, 1.10-4
0.005 m 7, 8.10-5 5, 0.10-4, 4.10 7-5 5-5, 6.10, 4.10 4-5 4-5 4, 3.10, 6.10-5
With 1, 0.10-4 4, 5.10-5 1-4 5, 0.10 0.10-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Pu-239 (F) 0.005 2, 1.10-4 5, 0.10, 0.10-4 2-4 1-4 1, 5.10, 2.10-4 1-4 1, 1.10, 2.10-4
0.005 m 8, 0.10, 0.10-5 5-7 4-5 6, 7.10, 0.10-5 4-5 4, 8.10, 7.10-5 5, 0.10-5
With 1, 0.10-4, 3.10-5 1, 0.10-5 3, 9.10-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Pu-240 F 0.005 2, 1.10-4 5, 0.10, 0.10-4 2-4 1-4 1, 5.10, 2.10-4 1-4 1, 1.10, 2.10-4
0.005 m 8, 0.10, 0.10-5 5-7 4-5 6, 7.10, 0.10-5 4-5 4, 8.10, 7.10-5 5, 0.10-5
With 1, 0.10-4, 3.10-5 1, 0.10-5 3, 9.10-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Pu-241 F 0.005 2, 8.10-6 5, 0.10-4 2-6 2, 9.10, 6.10-6 2-2 6, 4.10, 2.10-6 2, 3.10-6
0.005 m 9, 1.10-7 5, 0.10-4 9, 7.10-7 9, 2.10-7 8, 3.10-7 8, 6.10-7 9, 0.10-7
With 1, 2, 4 0.10-2.10-7 1, 0.10-5 2-2 7, 3.10, 0.10-7 1-1 7, 7.10, 7.10, 7.10-7 1-7
Pu-242 F 0.005 2-4 5, 0.10 0.10-4 1-4 1, 9.10, 4.10-4 1-4 1, 2.10, 1.10-4 1, 1.10-4
0.005 m 7, 6.10-5 5, 0.10-4 7, 3.10-5 5, 7.10-5 4, 5.10-5 4, 5.10-5 4, 8.10-5
With 1-4 4, 0.10 0.10, 0.10-5 1-5 3-5 2, 6.10, 5.10-5 1, 7.10-5 1-1 5, 6.10, 5.10-5
Pu-243 F 0.005 2, 7.10-10 5, 0.10-4 1, 9.10-10 8, 8.10-11 5, 7.10-11 3-3 11, 5.10, 2.10-11
0.005 m 5, 6.10-10 5, 0.10-4 3, 9.10-10 1-1 10, 9.10, 3.10-10 8-10-11, 8-11, 3.10
With 1, 4, 6, 0.10-0.10-0.10-10 1 5 4 10, 1.10-2, 0.10-10 1, 4.10-10 9, 2.10-11 8-11
Pu-244 F 0.005 2-4 5, 0.10 0.10-4 1-4 1, 9.10, 4.10-4 1-4 1, 2.10, 1.10-4 1, 1.10-4
0.005 m 7, 4.10-5 5, 0.10-4 7, 2.10-5 5, 6.10-5 4, 5.10-5 4-5 4, 4.10, 7.10-5
With 1, 0.10-4 3, 9.10-5 1, 0.10-5 3, 5.10-5 2, 4.10-5 1-5 1-10, 5.10-5 1, 5.10-5
Pu-245 F 0.005 1, 8.10-9 5, 0.10-4 1-5 9, 3.10, 6.10-10 3, 5.10-10 1-1 10, 9.10, 6.10-10
0.005 m 3, 6.10-9 5, 0.10-4 2, 5.10-9 1-9 8, 2.10, 0.10, 0.10-10 5-10 4 0.10-10
With 1, 0.10-4, 8.10 3-9 1-5, 2-9, 1-9, 3.10, 5.10 8-10 5-10-4, 4.10, 3.10-10
PU-2, 246 F 0.005 0.10-8 5, 0-4 1-8, 4.10 7, 0.10-4, 4.10 9-9 2-2 9, 8.10, 5.10-9
0.005 m 3, 5.10-8 5, 0.10-4 2, 6.10-8 1, 5.10-8 1, 1.10-8 9, 1.10-9 7, 4.10-9
With 1, 0.10-4 3, 8.10-8 1, 0.10-5 2, 8.10-8 1, 6.10-8 1-1 8, 2.10, 0.10, 0.10-8 8-9
americium
Am-237 F 9 0.005, 8.10-11 5, 0.10-4 7, 3.10-11 3, 5.10-11 2, 2.10-11 1-1 11, 3.10, 1.10-11
0.005 m 1, 7.10-10 5, 0.10-4 1, 2.10-10, 6-11, 2.10 4, 1.10-11 3, 0.10-11 2, 5.10-11
With the 0.005 1 7.10-10 5, 0.10-4 1, 3.10-10 6, 5.10-11 4, 3.10-11 3, 11 2, 2.10-6.10-11
Am-238 F 0.005 4, 1.10-10 5, 0.10-4, 8.10 3-10 2-2 10, 5.10, 0.10-10 1-1 10, 8.10, 9.10-10
0.005 m 3, 1.10-10 5, 0.10-4 2, 6.10-10 1-10 9, 3.10, 6.10-11 8-11 10, 8.10, 0.10-11
With the 0.005 2, 7.10-10 5, 0.10-4 2, 2.10-1, 3.10-10 10 8, 2.10-11 6, 1.10-11 5, 4.10-11
Am-239 F 0.005 8, 1.10-10 5, 0.10-4, 8.10 5-10 2-10-1, 6.10, 6.10-10 9, 1.10-11 7, 6.10-11
0.005 m 1, 5.10-9 5, 0.10-4 1, 1.10-9 5, 6.10-10 3-10-10, 2-10-10, 2-10, 2.10
With the 0.005 1, 6.10-9 5, 0.10-4 1-5 9, 1.10, 9.10-10 4 0.10-10 2-2 10, 5.10, 4.10-10
Am-240 F 0.005 2, 0.10, 0.10-9 5-4 1-9-10 8-10 5, 8.10, 7.10-10 3, 6.10-10 2, 3.10-10
0.005 m 2, 9.10-9 5, 0.10-4 2, 2.10-9 1, 2.10-9 7, 7.10-10 5, 3.10, 3.10-10 4-10
With the 0.005 3, 0.10, 0.10-9 5-4, 3.10-2 9 1, 2.10-9 7, 8.10-10 5, 3.10, 3.10-10 4-10
Am-241 F 0.005 1, 8.10-4 5, 0.10-4, 8.10-1 4 1-4 1, 2.10, 0.10-4 9, 2.10-5 9, 6.10-5
0.005 m 7, 3.10-5 5, 0.10-4 6, 9.10, 1.10-5 5-5 4-5 4, 0.10, 0.10-5 4, 2.10-5
With the 0.005 4-5 5, 6.10, 0.10, 0.10-4 4-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Am-242 F 0.005 9, 2.10-8 5, 0.10-4 7, 1.10-8 3, 5.10-8 2, 1.10-8 1-1 8, 4.10, 1.10-8
0.005 m 7, 6.10-8 5, 0.10-4 5, 9.10-8 3, 6.10-8 2-2 8, 4.10, 1.10-8 1, 7.10-8
With the 0.005 8, 0.10-8 5, 0.10-4 6, 2.10-8 3-8, 9.10, 7.10 2-8 2-2 8, 4.10, 0.10-8
Am-242 m F 0.005 1-4 5, 6.10, 0.10-4 1-4 1, 5.10, 1.10-9 4-5 8, 4.10, 8.10-5 9, 2.10-5
0.005 m 5-5 5, 2.10, 0.10-4 5, 3.10-5 4, 1.10-5 3-3 5, 4.10, 5.10-5 3, 7.10-5
With the 0.005 2, 5.10-5 5, 0.10-4, 4.10 2-5 1-1 5, 7.10, 2.10-5 1-1 5, 1.10, 1.10-5
Am-243 F 0.005 1, 8.10-4 5, 0.10-4 1, 7.10-4 1-4 1, 2.10, 0.10-4 9, 1.10-5 9, 6.10-5
0.005 m 7, 2.10, 0.10-5 5-4, 8.10 6-5 5, 0.10, 0.10-5 4-5 4-5 4, 0.10, 1.10-5
With the 0.005 4, 4.10-5 5, 0.10-4 3, 9.10-5 2, 6.10-5 1, 8.10-5 1-1 5, 6.10, 5.10-5
Am-244 F 0.005 1, 0.10-8 5, 0.10-4 9, 2.10-9 5, 6.10-9 4, 1.10-9 3-3 9, 5.10, 7.10-9
0.005 m 6, 0.10, 0.10-9 5-4 5, 0.10-9 3, 2.10-9 2-2 9, 2.10, 0.10, 0.10-9 2-9
With the 0.005 6, 1.10-9 5, 0.10-4, 8.10-2, 4.10 9-9 1-9 1-1 9, 4.10, 2.10-9
Am-F 244m 0.005 4, 6.10-10 5, 0.10, 0.10-4 4-10 2-10-1, 4.10, 8.10-10 1-1 10, 5.10, 6.10-10
0.005 m 3, 3.10-5 10, 0.10-4 2, 1.10-10 1, 3.10-10 9, 2.10-11 8-11 8, 3.10, 4.10-11
With the 0.005 3, 0.10, 0.10-10 5-4 2, 2.10-10 1, 2.10-10 8, 1.10-11 5-5 11, 5.10, 7.10-11
Am-245 F 0.005 2, 1.10-10 5, 0.10-4 1, 4.10-10 6, 2.10-11 4, 0.10-11 2-2 11, 4.10, 1.10-11
0.005 m 3, 9.10-10 5, 0.10-4 2, 6.10-1, 3.10-10 10 8, 7.10-11 6, 4.10-11 5, 3.10-11
With the 0.005 4, 1.10-10 5, 0.10-4 2, 8.10-1, 3.10-10 10 9, 2.10-11 6, 8.10-11 5, 6.10-11
Am-246 F 0.005 3, 0.10, 0.10-10 5-4 2, 0.10-10 9, 3.10-11 6, 1.10-11 3-3 11, 8.10, 3.10-11
0.005 m 5, 10 5, 0.10-0.10-3, 4.10 4-10 1-1 10, 1.10-10 7, 9.10, 11-6, 6.10-11
With the 0.005 5, 3.10-5 10, 0.10-4 3, 6.10-10 1-1 10, 7.10, 2.10-10 8-11 6, 3.10, 9.10-11
Am-F 246m 0.005 1, 3.10-5 10, 0.10-4 8, 9.10-11 4, 2.10-11 2, 6.10, 6.10-11 1-1 11, 4.10-11
0.005 m 1, 9.10-10 5, 0.10-4 1, 3.10-10 6, 1.10-11 4, 0.10-11 2-2 11, 2.10-11
With the 0.005 2, 0.10-0.10-10 5 4 1 10-6, 4.10, 4.10-11 4, 1.10-11 2-2 11, 7.10, 3.10-11
curium
Cm-238 F 0.005 7, 7.10-9 5, 0.10-4, 4.10, 5-9 2-9 1-9 9, 8.10, 2.10-10, 8.10 7-10
0.005 m 2, 1.10-8 5, 0-1 4, 5.10-8 7, 9.10-9 5-5 9, 9.10, 6.10-9 4, 5.10-9
With the 0.005 2, 2.10-8 5, 0.10-4 1-8 8, 6.10, 6.10-6, 4.10 9-9 6-9, 1.10 4, 9.10-9
Cm-240 F 0.005 8, 3.10-6 5, 0.10-4 6, 3.10-6 3-6 2, 2.10, 0.10-6 1, 5.10-6 1, 3.10-6
0.005 m 1-5 5, 2.10, 0.10-4 9, 1.10-6 5-6 4, 8.10, 2.10-6 3-6 3, 8.10, 2.10-6
With the 0.005 1, 3.10-5 5, 0.10-4 9, 9.10-6 6, 4.10-6 4-6 4, 6.10, 3.10-6 3, 5.10-6
Cm-1, 241 F 0.005 1.10-7 5, 0.10-4 8, 9.10-8 4, 9.10, 5.10-8 3-8 2-2 8, 8.10, 7.10-8
0.005 m 1, 3.10-7 5, 0.10, 0.10-4 1-6 7, 6.10-8 4, 8.10-8, 4.10 4-8 3-8-10
With the 0.005 1, 4.10-7 5, 0.10-4 1, 1.10-7 6, 9.10-8 4-4 8, 9.10, 5.10-8 3, 7.10-8
Cm-2, 242 F 0.005 7.10-5 5, 0.10-4 2, 1.10-5 1, 0.10-5 6, 1.10-6 4, 0.10-6 3, 3.10-6
0.005 m 2, 2.10-5 5, 0-4 1-1 5, 8.10, 1.10-5 7, 3.10-6 6, 4.10-6 5, 2.10-6
With the 0.005 2, 4.10-5 5, 0-4 1-1 5, 9.10, 2.10-5 8, 2.10-6 7, 3.10-6 5, 9.10-6
Cm-243 F 0.005 1-4 5, 6.10, 0.10-4 1, 5.10-4 9, 5.10-5 7, 3.10-5 6, 5.10-5 6, 9.10-5
0.005 m 6, 7.10, 0.10-5 5-6 4-5 4, 1.10, 2.10-5 3-3 5, 1.10, 0.10-5 3, 1.10-5
With the 0.005 4-5 5, 6.10, 0.10, 0.10-4 4-5 2-5 1-1 5, 8.10, 6.10-5 1, 5.10-5
Cm-244 F 0.005 1.5x10-4 5, 0.10-4 1-4, 3.10, 3.10-5 8 6, 1.10-5 5-5 5, 3.10, 7.10-5
0.005 m 6, 2.10, 0.10-5 5-4 5, 7.10, 7.10-5 3-5 2, 7.10-5 2-2 5, 6.10, 7.10-5
With the 0.005 4, 4.10-5 5, 0.10-4, 8.10 3-5 2, 5.10-5 1-5 1-10, 5.10-5 1, 3.10-5
Cm-245 F 0.005 1-4 5, 9.10, 0.10-4, 8.10-1 4 1-4 1, 2.10, 0.10-4, 4.10 9-5 9, 9.10-5
0.005 m 7, 3.10-5 5, 0.10-4 6, 9.10-5 5, 1.10-5 4, 1.10-5 4-5 4, 1.10, 2.10-5
With the 0.005 4, 5.10-5 5, 0.10, 0.10-4 4-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Cm-246 F 0.005 1-4 5, 9.10, 0.10-4, 8.10-1 4 1-4 1, 2.10, 0.10-9 4-5 9, 4.10, 8.10-5
0.005 m 7, 3.10-5 5, 0.10-4 6, 9.10-5 5, 1.10-5 4, 1.10-5 4-5 4, 1.10, 2.10-5
With the 0.005 4-5 5, 6.10, 0.10, 0.10-4 4-5 2, 7.10-5 1-1 5, 9.10, 7.10-5 1, 6.10-5
Cm-1, 247 F 0.005 7.10-4 5, 0.10-4 1-4 1, 6.10, 1.10-4, 4.10 9-5 8-5 9, 6.10, 0.10-5
0.005 m 6, 7.10-5 5, 0.10-4 6, 3.10-5 4, 7.10, 7.10-5 3-5 3-3 5, 7.10, 9.10-5
With the 0.005 4, 1.10-5 5, 0.10-4 3, 6.10-5 2, 4.10-5 1-5 1-10, 5.10-5 1, 4.10-5
Cm-248 F 0.005 6, 8.10-4 5, 0.10-4 6, 5.10-4 4, 5.10-4 3-4 3, 7.10, 4.10-4 3, 6.10-4
0.005 m 2, 5.10-4 5, 0.10-4 2-4, 4.10, 8.10-1 4 1-4 1, 4.10, 4.10, 5.10-4 1-4
With the 0.005 1-4 5, 4.10, 0.10-4 1, 2.10-4 8, 2.10-5 5-5 5, 6.10, 0.10-5 4, 8.10-5
Cm-249 F 0.005 1, 8.10-10 5, 0.10-4 9, 8.10, 9.10-11 5-11, 4-11 4-4 11, 0.10, 0.10-11
0.005 m 2, 4.10-10 5, 0.10-4 1, 6.10-10 8, 2.10-11 5, 8.10-11 3-3 11, 7.10, 3.10-11
With the 0.005 2, 4.10-10 5, 0.10-4 1, 6.10-10 7, 8.10-11 5, 3.10-11 3-3 11, 9.10, 3.10-11
Cm-250 F 0.005 3-3 5, 9.10, 0.10-4 3, 7.10 3 2-6.10-3 2-3 2, 1.10, 0.10-3 2, 1.10-3
0.005 m 1-3 5, 4.10, 0.10-4 1-3 9, 3.10, 9.10-4 7, 9.10-4 7, 9.10-4 8, 4.10-4
With the 0.005 7, 2.10-4 5, 0.10-4 6, 5.10-4 4, 4.10-4 3, 0.10-4 2-4 2, 7.10, 6.10-4
Berkelium
BK-245 M, 8.10-0.005 8 9 5, 0.10-4 6, 6.10-9 4, 0.10-9 2-2 9, 9.10, 6.10-9 2, 1.10-9
BK-246 M 2 0.005, 1.10-9 5, 0.10-4 1, 7.10-9 9, 3.10-10 6, 10 4 0.10-0.10-10 3, 3.10-10
BK-247 M 0.005 1.5x10-4 5, 0.10-4 1-4 1, 5.10, 1.10-4 7-5 7, 9.10, 2.10-5 6, 9.10-5
BK-249 M 0.005 3, 3.10-7 5, 0.10-4 3, 3.10-7 2, 4.10, 8.10-7 1-7 1-1 7, 6.10, 6.10-7
BK-250 M 0.005 3, 4.10-9 5, 0.10-4 3, 1.10-9 2, 0.10-9 1-1 9, 3.10, 1.10-9 1, 0.10-9
californium
CF-244 M 0.005 7, 6.10-8 5, 0.10-4 5, 4.10, 8.10-8 2-2 8, 0.10-8 1-1 8, 6.10, 4.10-8
CF-246 M 0.005 1 7.10-6 5, 0.10-4 1, 3.10-6 8, 3.10-7 6, 1.10-7 5, 7.10-7 4, 5.10-7
CF-248 M 0.005 3-5 5, 8.10, 0.10-4 3, 2.10-5 2, 1.10-5 1-1 5, 4.10, 0.10-5 8, 8.10-6
CF-249 M 0.005 1-4 5, 6.10, 0.10-4 1-4 1, 5.10, 1.10-4 8, 0.10-5 7-5 7, 2.10, 0.10-5
CF-250 M 0.005 1, 1.10-4 5, 0.10-4 9, 8.10-5, 6.10-6 5 4, 2.10-5 3, 5.10-5 3, 4.10-5
CF-251 M 0.005 1-4 5, 6.10, 0.10-4 1-4 1, 5.10, 1.10-4 8, 1.10-5 7, 3.10-5 7, 1.10-5
Cf-252 M 9 0.005, 7.10, 0.10-5 5-4 8, 7.10-5 5, 6.10-5 3, 2.10-5 2-2 5, 2.10, 0.10-5
CF-253 M 0.005 5, 4.10-6 5, 0.10-4 4, 2.10-6 2, 6.10-6 1-1 6, 9.10, 7.10, 3.10-6 1-6
CF-2, 254 M 0.005 5.10-4 5, 0.10-4 1-4 1, 9.10, 1.10-4 7, 0.10-5 4-5 4, 8.10, 1.10-5
Einsteinium
EC-250 M 2 0.005, 0.10, 0.10-9 5-4 1-1 9, 8.10, 2.10-9 7, 8.10-10 6, 4.10-10 6, 3.10-10
EC-251 M 0.005 7, 9.10-5, 9-4 6, 0.10 0.10-9 3, 9.10-9 2-2 9, 8.10, 6.10-9 2, 1.10-9
EC-1, 253 M 0.005 1.10-5 5-4 8, 0.10, 0.10-6 5, 1.10-6, 7.10 3-6 3, 4.10-6 2, 7.10-6
ES-254 M 0.005, 7.10 3-5 5, 0.10-4 3, 1.10-5 2, 0.10-5 1-1 5, 3.10, 0.10-5 8, 6.10-6
EC-254m M 1, 0.005 7.10-6 5, 0.10-4 1, 3.10-6, 4.10 8-7 6, 3.10-7 5-7, 4, 9.10, 7.10-7
fermium
FM-252 M 0.005 1, 2.10-6 5, 0.10-0.10-4 9, 7 5, 8.10-7 4-4 7, 3.10, 0.10-7 3, 2.10-7
FM-253 M 0.005 1.5x10-6 5, 0.10-4 1, 2.10-6 7, 3.10-5, 4.10 7-7 5-7 4 0.10, 0.10-7
FM-254 M 0.005 3-7 5, 2.10, 0.10-4 2-7-1, 3.10, 3.10-7 9, 8.10-8 7, 6.10-8 6, 1.10-8
FM-255 M 0.005 1, 2.10-6 5, 0.10-4 7, 3.10-7 4, 7.10-7 3-3 7, 5.10, 4.10-7 2, 7.10-7
FM-257 M 0.005 3, 3.10-5 5, 0.10-4 2, 6.10, 6.10-5 1-5 1-5 8, 1.10, 8.10-6 7, 1.10-6
mendelevium
MD-257 M 0.005 1, 0.10-7 5, 0.10-4 8, 2.10-8 5, 1.10-8 3-3 8, 6.10, 1.10-8 2, 5.10-8
MD-258 M 0.005 2, 4.10-5 5, 0-4 1-1 5, 9.10, 2.10-5 8, 6.10-6 7, 3.10-6 5, 9.10-6
Table 7
Conversion factors for conversion of the intake of radionuclides by inhaling
INH
radioactive fumes at the time of effective dose for individuals
of the public and for workers with resources
Conversion factors for inhaled intake hinh radioactive fumes
selected volatile substances are listed for the age group under 1 year, 1
up to 2 years, 2 to 7 years, 7-12 years, 12 to 17 years of age and over 17 years of age, which
is the conversion factor for those adults, including staff resources.
-----------------------------------------------------------------------------------------------------------------------
element hinh [Sv/Bq]
----------------------------------------------------------------------------------
substance 1 1-2 2 nuclide-7 7-12 12-17 > 17
(adult)
-----------------------------------------------------------------------------------------------------------------------
hydrogen
H-3 tritiovaná water vapor 6, 40.10-11, 4-11 3 80.10, 10.10-30.10, 11 2-11 1-1 11, 80.10 80.10-11
elemental tritium 6, 40.10-15, 4-15 3-80.10, 10.10-30.10, 15 2-15 1-1 15, 80.10 80.10-15
methane tritiovaný 6, 40.10-13 4, 80.10-13 3, 10.10-30.10, 13 2-13 1-1 13, 80.10 80.10-13
organically bound tritium 1, 10.10-10 1, 10.10-10 7, 00.10-11 5 50.10-11, 4-11, 10.10 4, 10.10-11
carbon
C-11 fumes 2, 80.10 80.10-1, 11-9, 11-6, 12 70.10 10.10-12 3-3 12, 80.10 20.10-12
carbon dioxide 1, 80.10-11 1, 20.10-11 6 50.10-12, 4-12 2, 10.10, 10.46-12 2, 20.10-12
carbon monoxide 1, 00.10-11 6, 70.10-12 3 50.10-12, 2-12, 1 Oct 40.10-12 1, 20.10-12
C-14 fumes 1, 30.10-09 1, 60.10-09 9, 70.10-10 7, 90.10-10 5, 10 5, 70.10-80.10-10
carbon dioxide 1 90.10 90.10-11 1-1 11, 10.10-11 8, 90.10-12 6-6 12, 30.10, 20.10-12
carbon monoxide 9, 10.10-12 5, 70.10-12 2, 80.10-12 1, 70.10-12 9, 90.10-13 8, 00.10-13
sulphur
S-35 sírouhlík 6, 90.10-09 4-09 2, 80.10 40.10 40.10-09 1-09, 60.10 8-10 7, 00.10-10
sulfur dioxide 9, 40.10-10 6, 10 3, 60.10-40.10-10 2, 10.10-30.10 10 1-1 10, 10.10-10
nickel
NI-56 which nickel 6, 80.10-09 5, 20.10-09 3, 20.10-09 2, 10.10-09 1, 40.10-09 1, Oct-09
NI-57 which nickel 3, 10.10-09 2, 30.10-09 1, 40.10-09 9, 20.10-10 6, 50-10 5, 60.10-10
NI-nickel 4, which is 59 00.10-09 3, 30.10-09 2, 00.10-09 1, 30.10-09 9, 10.10-30.10 10 8-10
NI-63 which nickel 9, 50.10-09, 8 00.10-09 4, 80.10-09 3, 00.10-09 Oct-09 2 2, 00.10-09
NI-nickel 2, which is of 65 00.10-09 1, 40.10-09 8, 10.10-10 5, 60.10-10 4, 00.10-10 3, 60.10-10
NI-66 which is the nickel 1, 00.10-08 7, 10.10-09 4, 00.10-09 2, 70.10-09 1, 80.10-09 1, 60.10-09
rutenium
Ru-94 carbon ruteničitý 5, 50-10 3, 50-10 1-1 10, 80.10 10.10-10 7, 00.10-11, 5-11, 60.10
Ru-oxide ruteničitý 8, 97 70.10-10 6, 20.10-10 3, 40.10-10 2, 20.10-10 1-1 10, 40.10 20.10-10
Ru-oxide ruteničitý 103 9, 00.10-09 6, Oct-09 3, 30.10-09 2, 10.10-09 1, 30.10-09 1, 10.10-09
Ru-105 ruteničitý oxide 1, 60.10-09 1, 00.10-09 5, 30.10-10 3, 20.10-10 2, 20.10-10 1 80.10-10
Ru-106 ruteničitý oxide 1, 60.10-07 1, 10.10-07 6, 10.10-08 3, 70.10-08 2, 20.10-08 1, 80.10-08
tellurium
Te-116 fumes 5, 90.10-10 4 40.10-10 2 50-10 1-1 10, 60.10 10.10-10 8, 70.10-11
Te-121 fumes 3, 00.10-09 2, 40.10 40.10-09 1-09 9, 60.10-10 6, 70.10-10 5, 10.10-10
Te-121m vapor 3, 50.10-08 2, 70.10-08 1, 60.10-08 9, 80.10-09 6, 60.10-09 5, 50.10-09
Te-123 fumes 2, 80.10-08 2, 50.10-08 1, 90.10-08 1, 50.10-08 1, 30.10-08 1, 20.10-08
Te-123m fumes 2, 50.10-08 1, 80.10-08 1, 00.10-08 5, 70.10-09 3, 50-09 2, 90.10-09
Te-125 m 1, 50 fumes-08 1, 10.10-08 5, 90.10-09 3, 20.10-09 1, 90.10-09 1, 50.10-09
Te-127 fumes, 10.10 6-10 4-10 2 40.10, 30.10-10 1-10 9, 40.10 20.10-11 7, 70.10-11
Te-127m fumes 5, 30.10-08 3, 70.10-08 1, 90.10-08 1, 00.10-08 6, 10.10-09 4, 60.10-09
Te-129 fumes 2, 50-10-1, 10-9, 70.10 40.10-11 6, 20.10-30.10, 11 4-11 3, 70.10-11
Te-129m fumes, 80.10 4-08 3, 20.10-08 1, 60.10-08 8, 50-09 5, 10.10-09 3, 70.10-09
Te-5 131 fumes, 10.10-10 4, 50-10, 2-10-1, 60.10 40.10-10 9, 50.10-11, 6-11 80.10
Te-131 fumes 2, 10.10-08 1, 90.10-08 1, 10.10-08 5, 60.10-09 3, 70.10-09 2, 40.10-09
Te-132 5 fumes, 40.10-08 4, 50.10-08 2, 40.10-08 1-08 20.10 7, 60.10-09 5, 10.10-09
Te-133 fumes 5, 50-10-4, 10-2, 70.10 50.10-10-1, 10-8, 20.10 10.10-11 5, 60.10-11
Te-133 m engine has fumes 2, 30.10-09 2, 00.10-09 1, 10.10-09 5, 00.10-10-3, 10-2, on October 30th Oct-10
Te-134 fumes 6, 80.10-10 5, 50-10 3, 00.10-10 1-1 10, 60.10 10.10-10 8, 40.10-11
iodine
I-120 elementary iodine 3, 00.10-09 2, 40.10-09 1, 30.10-09 6, 40.10-10 4, 30.10-10 3, 00.10-10
metyljodid 2, 30.10-09 1, 90.10-09 1, 00.10-09 4, 80.10-10 3, 10.10-10 2, 00.10-10
I-120 elementary iodine 1, 50.10-09 Oct-09 1, 6, 10-3, 40.10 40.10-10 2, 30.10-10 1 80.10-10
metyljodid 1, 00.10-09 8, 70.10-10 4-10 2 60.10, 20.10-10 1-1 10, 50, 00.10-10
I-120 elementary iodine 5, 10 5, 70.10-10.10-10 3, 00.10-10 1-1 10, 70.10 20.10-10 8, 60.10-11
metyljodid 4, 20.10-10 3, 10-2, 80.10 20.10 20.10-10 1-10 8, 30.10-11 5, 60.10-11
I-120 elementary iodine 2, 10.10-09 1, 80.10-09 1, 00.10-09 4, 70.10-10 3, 20.10-10 2, 10.10-10
metyljodid 1, 60.10-09 1, 40.10-09 7, 70.10-10 3, 10-2, 60.10 40.10-10 1 50.10-10
I-124 elementary iodine 1, 10.10-07 1, 00.10-07 5, 80.10-08 2, 80.10 80.10-08 1-1, 08-08 20.10
metyljodid 8, 50-08 8, 00.10-08 4, 50.10-08 2, 20.10-08 1, 40.10-08 9, 20.10-09
I-125 elementary iodine 4, 70.10-08 5, 20.10-08 3, 70.10-08 2, 80.10-08 2, 00.10-08 1, 40.10-08
metyljodid 3, 70.10-08 4, 00.10-08 2, 90.10-08 Oct-08 2, 1, 1, 60.10-08 10.10-08
I-126 elementary iodine 1 90.10 90.10-1, 07-07 1, 10.10-07 6, Oct-08 4-08 2, 10.10, 60.10-08
metyljodid 1, 50.10-07 1, 50-07 9, 00.10-08 4, 80.10-08 3, 20.10-08 2, 00.10-08
I-128 elemental iodine, 20.10 4-10 2, 80.10-10 1-1 10, 60.10 00.10-10 7 50.10-11, 6-11, 50
metyljodid 1, 50-10, 1-6, 10 Oct 30.10-11 3, 00.10-11 1-1 11, 90.10, 30.10-11
I-129 elementary iodine 1, 70.10-07 2 00.10-07 1, 60.10-07 1, 70.10-07 1, 30.10-07 9, 60.10-08
metyljodid 1, 30.10-07 1, 50.10-07 1, 20.10-07 1, 30.10-07 9, 90.10-08 7, 40.10-08
I-130 elementary iodine 1, 90.10-08 1, 70.10-08 9, 20.10-09 4, 30.10-09 2, 80.10-09 1, 90.10-09
metyljodid 1, 50.10-08 1, 30.10-08 7, 20.10-09 3, 30.10-09 2, 20.10-09 1, 40.10-09
I-131 elementary iodine 1, 70.10-07 1, 60.10-07 9, 40.10-08 4, 80.10-08 3, 10.10-08 2, 00.10-08
metyljodid 1, 30.10-07 1, 30.10-07 7, 40.10-08 3, 70.10-08 2, 40.10-08 1, 50.10-08
I-132 elemental iodine 2, 80.10-09 2, 30.10-09 1, 30.10-09 6, 40.10-10 4, 30.10-10 3, 10.10-10
metyljodid 2, 00.10-09 1, 80.10-09 9, 50.10-10-4, 10-2, 40.10 90.10 90.10-10, 1-10
I-132m elementary iodine 2, 40.10-09 2, 10.10-09 1, 10.10-09 5, 60.10-10 3, 10-2, 80.10 70.10-10
metyljodid 1, 80.10-09 1, 60.10-09 8, 30.10-10 3, 90.10-10 2 50-10 1, 60.10-10
I-133 elemental iodine 4, 50.10-08 4, 10.10-08 2, 10.10-08 9, 70.10-09 6, 30.10-09 4, 00.10-09
metyljodid 3, 50.10-08 3, 20.10-08 1, 70.10-08 7, 60.10-09 4, 90.10-09 3, 10.10-09
I-134 elemental iodine 8, 70.10-10 6, 90.10 90.10-10 3-10 2-10 Oct 1, 60.10-10 1 50.10-10
metyljodid 5, 10.10-30.10 10 4-10 2-10-1, on October 30th, 10.10-10 7, 40.10-11 5, 00.10-11
I-135 elemental iodine 9, 70.10-09 8, 50.10-09 4, 50-09 2, 10.10-09 1, 40.10-09 9, 20.10-10
metyljodid 7, 50.10-09 6, 70.10-09 3, 50-1, 09-09 60.10 1, 10.10-09 6, 80.10-10
Mercury
Hg-mercury fumes 4 193, 20.10-09 3, 40.10-09 2, 20.10-09 1, 60.10-09 Oct-09 1 1 10.10-09
Hg-mercury fumes 193m 1, 20.10-08 9, 40.10-09 6, 10.10-09 4, 50-09 3, 40.10-09 3, 10.10-09
Hg-mercury vapors 9 194, 40.10-08 8, 30.10-08 6, Oct-08 5, 00.10-08 4, 30.10-08 4, 00.10-08
Hg-mercury fumes 5 195, 30.10-09 4, 30.10-09 2, 80.10-09 2, 10.10-09 1, 60.10-09 1, 40.10-09
Hg-195 m mercury vapors 3, 00.10-08 2, 50.10-08 1, 60.10-08 1, 20.10-08 8, 80.10-09 8, 20.10-09
Hg-mercury fumes 197 1, 60.10-08 1, 30.10-08 8, 40.10-09 6, 30.10-09 4, 70.10-09 4 40.10-09
Hg-mercury fumes 197m 2, 10.10-08 1, 70.10-08 1, 10.10-08 8, 20.10-09 6, Oct-09 5, 80.10-09
Hg-mercury fumes 199m 6, 50-10-5, 10-3, 30.10 40.10-10 2 50-10 1-1 10, 90.10 80.10-10
Hg-mercury vapors 3, 203 00.10-08 2, 30.10-08 1, 50.10-08 1, 00.10-08 7, 70.10-09 7, 00.10-09
Č. 4
Supporting documents to categorize the work and workplaces with open radiator
Table No. 1
The basic requirements for the standard equipment of the workplace with open
the radiator
----------------------------------------------------------------------
Basic equipment requirements of the workplace
workplace ventilation and insulation devices
with open and on the level of implementation of sanitation
the radiator
----------------------------------------------------------------------
I. as a normal chemical laboratory, i.e.. the walls and ceiling
with washable and neporézním the surface, the floor
covered with a durable well cleanable floor
(eg. PVC), the working surfaces of the slightly
clean material (eg. laminate or
stainless steel), complete and seamless, waste from the sink slightly
disinfect, can be directly connected
to the sewerage system.
----------------------------------------------------------------------
II. As a well equipped chemical laboratory, i.e.. In addition to the
requirements in addition to the workplace category I
sealed joints between floor, walls, ceiling and
work surfaces, range hood, drain
usually connected to a separate gripper
tank.
----------------------------------------------------------------------
III. As a very well equipped chemical laboratory, i.e..
In addition to the workplace in addition, category II
podtlakovými equipment cabinets and plumbing
linking it to a separate waste tank.
----------------------------------------------------------------------
Table No. 2
The coefficients of the availability of the job
Equipment job site Category
with open devices seen by and vent the radiator
I. II. III.
Vacuum welded reinforced 10 10 1
Cabinet with gloves or
manipulators
Partially welded reinforced 10 1 0.1
vacuum Cabinet
Closed the elution, or similar 1 1 0.1
System
Radiochemická hood, 1 1 0.1
laminar Cabinet
flow
The free area or the working 0.1 0.1 0.01
the table in the room
descending laminar
flow
Common chemical fume hood 0.1 0.01 0.001
Enclosure without ventilation 0.1 0.01 0.001
(protective shield, tent, etc.)
The free area, a work desk, 0.01 0.001 0.0001
Table 3
Characteristics of materials and working with them, depending on the physical
the characteristics of the processed materials and to the performance and potential
risk carried out work operations
----------------------------------------------------------------------
Characteristics description according to the physical characteristics of
materials processed materials
and work with them and according to the demands and potential risk
carried out work operations
----------------------------------------------------------------------
Normal business operations with dry solid
radioactive materials, for example. Dear,
Division, the heating, the breeding of laboratory animals with
applied to radionuclides.
----------------------------------------------------------------------
Wet operation with radioactive materials
in the solution, in addition to the volatile liquids.
Volatile liquids operations with tritiovanými liquids
marked organic liquids, solutions
radioactive iodine, or other
liquids, where the possibility of radioactive
fumes or air contamination.
----------------------------------------------------------------------
Potentially working operations with dry solid
dusty radioactive materials where possible
significant quantities of dust, respirabilního
for example, crushing, grinding or milling
substances and přesévání or tossing dry
dusty materials.
----------------------------------------------------------------------
Table 4
The maximum activity in the work place
The maximum activity in one category by default, vybavenéma)
workplace místěb) depending on the characteristics of the materials and work
with open with nimic) and conversion factor hinh to receive vdechnutímd)
the radiator
normal wet potentially volatile liquids
dusty
I. 60 Sv/hinh. 3000 Sv/Sv/hinh hinh 1 3 Sv/hinh
II. 600 Sv/Sv/30000 hinh hinh 150 Sv/Sv/600 hinh hinh
III. 8000 Sv/Sv/30000 hinh hinh 1600 Sv/Sv/8000 hinh hinh
By default, the equipped place to work is a working place equipped
This equipment corresponds to that in table 2 of this annex, the coefficient
the availability of the job straight one.
For natural uranium and thorium, depleted and enriched uranium, radionuclides
SM-147, Th-232, U-235 or U-238 will be used in the table desetinásobky
the listed values. Characteristics of materials and working with them are
explained in table 3 of this annex.
Conversion factors for inhaled intake hinh for workers with resources
listed in the tables in annex 3.
Č. 5
Supporting documents to establish quantities of radiation protection
Table 1 table 2.
Radiation weighting Tissue weighting
factors
The type of radiation and radiation tissue body Tissue
eventually. energy weight weight
factor wR factor wT
photons 1 Gonads 0.20
electrons, muons 1 red bone marrow 0.12
neutrons, less 5 colon 0.12
than 10 keV
neutrons, 10keV 10 Lungs 0.12
up to 100 keV
neutrons, 100 keV 20 Stomach 0.12
up to 2 MeV
2 MeV 10 neutrons, the bladder 0.05
up to 20 MeV
neutrons, more 5 mammary gland 0.05
than 20 MeV
protons more than 5 Liver 0.05
2 MeV,
(excluding reflected) Esophagus 0.05
alpha particles, 20 thyroid 0.05
heavy,
fissile fagmenty Skin 0.01
The surfaces of the bones 0.01
Other institutions and 0.05
tissue *)
*) For the purposes of the calculation are like other organs and tissues (the rest of the
the body) the following selected tissues and organs: adrenals, brain,
the ascending portion of the large intestine, small intestine, kidney, muscles,
the pancreas, spleen, thymus, the uterus. The master list
includes the authorities that can be with a certain probability
lit selectively. Some of them are known, they can be
more sensitive to the appearance of the tumor. If in other tissues
and the authorities subsequently proves the possibility of the risk of cancer, will be
also, with its specific value of wT included into the main
the list may be included in the list of organs and tissues
making up the rest of the body. In those rare cases in which
tissue or a body included in the rest of the body will receive
equivalent dose in excess of the highest dose at any
of the twelve institutions referred to in the main list should be for
such a tissue or organ weighting factor applied to 0.025 and for
the average dose of the rest of the rest of the body, as defined
above, the weighting factor 0.025.
Table No. 3.
+--------------------------------------+--------------------------+
| Quality factor (Q) | |
| linear energy transfer L [keV/mikrom] | the quality of the omega factor (L) |
+--------------------------------------+--------------------------+
| less than 10 | 1 |
+--------------------------------------+--------------------------+
| 10 to 100 | 3. L-2.2 |
+--------------------------------------+--------------------------+
more than 100 | | 300 L-0.5 |
+--------------------------------------+--------------------------+
Č. 6
The conditions for the proper and competent execution of the tests in the field of radiation
the protection of the
General requirements:
In the methodology and protocols must be used in the names of variables and their
units under the applicable standards; as well as the terms used in the
the statistical evaluation of the results of measurement.
Sample methodology
1. identification of the persons applying for authorisation to carry out the tests in the field
radiation protection
2. a person who has developed a methodology
3. type tests
4. The ZIZ, for that is the methodology developed
5. literature, references to standards
6. the list of equipment
7. documentation of the equipment required to perform the test
8. for each test must be shown:
8.1. characteristics of the measured parameter
8.2. apparatus
8.3. measurement procedure and method of obtaining the measurement results (description of the measurements,
scheme of arrangement, the measurement of geometric quantities, units)
8.4. calculation algorithm, interpretation
8.5. the tolerances of the measured parameter accuracy requirements and
the reproducibility of the measurement of the
8.6. reviews
Sample measurement protocol
1. the protocol number
2. identification of the person who owns the authorization to perform the tests, including
the authorisation number and the period of validity of
3. the nature and the subject tests, identification of the methodology for the measurement of
4. who carried out the test
5. date of the test
6. identification of the site at which the test was performed, the location of the
ZIZ
7. the detailed identification of the tested ZIZ (its components, type, manufacturing
number, date of manufacture, date of installation)
8. submitted the required documentation
9. used apparatus (date of last calibration)
10. list of measured parameters
11. each section of text:
11.1 the name of the parameter
11.2. conditions of measurement
11.3 recording the results of measurements (number of measurements, quantities used
and units)
7.1 measurement result, accuracy, reproducibility, tolerance and
variation of tolerance
7.1 evaluation yes/no
12. a summary of the results of the individual tests (test parameter
request, the measured value, the evaluation of the Yes/No)
13. the draft scale trials of long-term stability and operational stability,
If this is about acceptance test
14. date of preparation of the Protocol
15. signature of the person managing the test and of the statutory authority of the holder
the authorization.
Č. 7
The requirements for the testing of long-term stability of closed range
radionuclide emitters
The basic requirements
Tests of long-term stability of radionuclide emitters is closed
done, if it is not in the terms of authorisation for the disposal of this radiator
or in the terms of the decision on the rating unless otherwise provided the approval
-always at the time about the suspected leak,
-always when you convert to another holder,
-periodically, depending on the conditions of use of the closed
radiators, distinguishing
-as mitigated by the terms of use (non-aggressive environment in the inaccessible
space, without the risk of mechanical damage, for example. control
dosimetry of the radiator),
-normal conditions of use (industrial non-aggressive environment, for example.
hub or eliminators, coating thickness gauge in the textile, paper,
the plastics industry),
-difficulty in terms of use (or an increased risk of aggressive environment
mechanical damage, for example. textile)
-particularly difficult conditions of use.
Periodic tests of long-term stability of sealed radioactive
the radiators in the longest time limits performed according to table.
Table No. 1
Frequency tests of long-term stability of sealed radioactive
the radiators
+------------------+-------------------------------------------------+
| T | Terms of use |
| +-----------+--------------+-----------+----------+
| | | | difficulty routine orders dampened | especially |
| | | | | difficulty |
+------------------+-----------+--------------+-----------+----------+
| Surface emitters | 5 years 3 years | 1 | year | 1 year |
|-emitting radiation | | | | |
| Alpha | | | | |
+------------------+-----------+--------------+-----------+----------+
| Surface emitters | 10 year | 5 year | 2 years | less than 2 |
|-emitting radiation | | | | year |
beta activity | | | | | |
| 40MBq/cm2 higher | | | | |
+------------------+-----------+--------------+-----------+----------+
| Surface emitters | 15 years | 10 | 3 years years | 3 years |
|-emitting radiation | | | | |
beta activity | | | | | |
| 40MBq/cm2 and less | | | | |
thicker | overlay | | | | |
+------------------+-----------+--------------+-----------+----------+
| Double-| | 10 years 15 years 3 years | | 3 years |
|-emitting radiators | | | | |
gamma rays | | | | | |
higher activity and | | | | | |
| single hull | | | | |
| zařiče gamma | | | | |
| lower | | | | |
+------------------+-----------+--------------+-----------+----------+
| Radiators with Ra 226 | 15 years | 10 year | 5 year | 3 years |
| Double | (standards) | (Oncology, | (Oncology, | |
| | |-radiator permanently | common | |
| | in the case of use | |) | |
| | | or | | |
| | | applicator) | | |
+------------------+-----------+--------------+-----------+----------+
| Neutron emitters | 15 years | 10 year | 5 year | 3 years |
| Double | (physical | | (off road | |
| (RaBe, PuBe, AmBe, application in | | to use free | |
| CF) laboratory) | | next | |
| | | |) | |
+------------------+-----------+--------------+-----------+----------+
| Seconding emitters | 10 year | 5 year | 2 years | 2 years |
| near-zero energy | (standards) | | | |
| photons | | | | |
+------------------+-----------+--------------+-----------+----------+
Authentication of tightness
Authentication of tightness of sealed radioactive emitters is performed either
direct or indirect measurement methods of surface contamination of the radiator.
The test of the long-term stability of closed radiator for radionuclide
where the period of validity of the certificate has ended or expired
usability, shall be carried out in isolation of the radiators in the periods 12
months, for double-wall within the period of 24 months. If it is not recommended for other
value, the radiator behind the leaking if it is exceeded, the following
the limits of the activity of the test media
-Abrasion tests directly on the radiator and the immersion in liquids
200 Bq,
-for testing abrasion on the replacement test area 20 Bq,
-for the Bq at 200 tests emanation for twelve hours.
If a leak is detected, it must be on the user of the radiator
promptly notified. He must then arrange for the radiator was given outside the
operation and properly secured against abuse. In the case of a significant leak, with
more than stonásobkem the above limit values must be matched
around the radiator or the device, until the test
contamination and decontamination, where appropriate, the professional institutions. Independently of the
numerical test result to the user recommend replacement or repair
the radiator was detected visible signs of damage, which could lead to
radiator leaks in the near term. This is especially true when it comes to
radiator applied to patients under treatment.
The test report
A test report of the long-term stability of the closed of the radiators to
the Protocol shall indicate the following particulars:
-the name and address of the test institutions
-the name and address of the owner of the radiator,
-designation of the přezkoušeného of the radiator according to data deposited on the radiator (e.g..
vyrytím), placing the radionuclide, activity, and the serial number of the radiator or
the device and the serial number of the device into which it is radiator
fitted,
-used equipment,
-the documentation submitted to the test,
-the test procedure, the numerical result and the date of execution of the test,
-a description of the visible damage to the radiator (e.g. cracks, notches, places
corrosion or abrasion)
-the date of preparation of the Protocol,
-the signature of the person managing the test and of the statutory authority of the authorisation holder.
Č. 8
Guideline values for the intervention levels in the event of a radiological emergency
Table No. 1
The level at which it is expected that action will be taken in
any circumstances
+------------+----------------------------------------------+
| Body tissue | Absorbed dose, which is assumed or |
| | expected to be received less |
| | than two days [Gy] |
+------------+----------------------------------------------+
| Whole body | 1a) |
+------------+----------------------------------------------+
| The lungs | 6 |
+------------+----------------------------------------------+
| Skin | 3 |
+------------+----------------------------------------------+
| Thyroid gland | 5 |
+------------+----------------------------------------------+
| Eye lens | 2 |
+------------+----------------------------------------------+
| Gonads in | 1 |
+------------+----------------------------------------------+
and the possibility of immediate damage to the fetus) in the anticipated
doses greater than approximately 0, 1 Gy should be taken into account when
reasoning and the optimization of the current intervention level for
urgent measures.
Table No. 2
Guideline values for the intervention levels for urgent measures
+---------------+---------------------------------------------+
| Measures | Margin benefits |
| +-------------------+-------------------------+
| | the effective doses | equivalent doses |
| | | in the various bodies |
| | | and tissues |
+---------------+-------------------+-------------------------+
| Hide and unrecognizable iodine | | |
| prophylaxis | up to 5 mSv 50 mSv | up to 500 mSv 50 mSv |
+---------------+-------------------+-------------------------+
| Evacuation | | |
| |-population 500 mSv 50 mSv | mSv 500 mSv to 5000 |
+---------------+-------------------+-------------------------+
Table 3
Guideline values for the intervention levels for follow-up
+--------------------------+--------------------------------------------+
| Measures | Margin benefits |
| +-------------------+------------------------+
| | the effective doses | equivalent doses |
| | | in the various bodies |
| | | and tissues |
+--------------------------+-------------------+------------------------+
| Regulation of consumption | | |
radionuclides contaminated | | | |
' | ' food, water and feed | up to 5 mSv 50 mSv | up to 500 mSv 50 mSv |
+--------------------------+-------------------+------------------------+
| The resettlement of the population | up to 500 mSv 50 mSv | does not set |
+--------------------------+-------------------+------------------------+
Table 4
Maximum permitted levels of radioactive contamination of foodstuffs for
radiological emergency
+------------------+------------------------------------------------------------------+
| Radionuclide | Maximum permitted levels of radioactive contamination |
| Food and) for ' | ' radiological emergency |
| | [Bq/kg] or [Bq/l] |
| +-------------------+---------+-----------+--------------+---------+
| | | milk and | drinking water | food | other |
| | for the initial | milk | and liquid | referred to in | food |
| | and advanced | products | food | table # 6 | |
| | ^ 1) baby food | | | | |
+------------------+-------------------+---------+-----------+--------------+---------+
| Isotopes of strontium, | | | | | |
in particular, the Sr-90 | | 75 | 125 | 125 | 7500 | 750 |
+------------------+-------------------+---------+-----------+--------------+---------+
| Isotopes of iodine, | | | | | |
in particular, the I-131 | | 50 | 500 | 500 | 20000 | 2000 |
+------------------+-------------------+---------+-----------+--------------+---------+
| Isotopes of plutonium | | | | | |
|, and transuranic | | | | | |
|-emitting elements | | | | | |
| Alpha, | | | | | |
in particular, Pu-239, | | | | | | |
the Am-241 | and | 1 | 20 | 20 | 800 | 80 |
+------------------+-------------------+---------+-----------+--------------+---------+
| All other | | | | | |
| nuclides | | | | | |
| half-life | | | | | |
the longer conversion | | | | | | |
than 10 days, | | | | | | |
in particular, the Cs-134 | | | | | | |
|-137 and Cs, in addition to | | | | | |
| H-3, C-14, K-40 | 400 | 1000 | 100 | 12500 | 1250 |
+------------------+-------------------+---------+-----------+--------------+---------+
the maximum permitted level) radioactive contamination of food with the
in view of the concentrated or dried food on the resulting
the product that is intended for direct human consumption (e.g. after
dilution).
Table No. 5
Maximum permitted levels of radioactive contamination of foodstuffs for
lingering radiation after the Chernobyl accident
+----------------+---------------------------------------------------------------+
| Radionuclide | Maximum permitted levels of radioactive contamination |
| | food) |
| | for persistent radiation after the Chernobyl accident |
| | [Bq/kg] or [Bq/l] |
| +-------------------+---------+----------+------------+---------+
| | food | milk and drinking water | | | other |
| | for the initial | dairy | and liquid | referred to in | food |
| | and advanced | | | # 6 | table |
| | baby food | | | | |
+----------------+-------------------+---------+----------+------------+---------+
| The total of the units of measure | | | | | |
| activities | | | | | |
| CS-134 and Cs-137 | 370 | 370 | 600 | 6000 | 600 |
+----------------+-------------------+---------+----------+------------+---------+
the maximum permitted level) radioactive contamination of food with the
in view of the concentrated or dried food on the resulting
the product that is intended for direct human consumption (i.e., for example, after
dilution).
Table 6
Food, subject to the maximum permitted levels of radioactive
contamination of foodstuffs referred to in 5. column of the tables no. 4 and no. 5
--------------------------------------------------------------------
Code (CN)
According to the
Customs
tariff product name
--------------------------------------------------------------------
0703200000 Garlic fresh, chilled
0709520000 Truffles, fresh, chilled
0709904000 Capers, fresh, chilled
0711300000 Capers provisionally preserved, unfit for consumption
0712300000 mushrooms, truffles dried pieces, sliced, powder
0714101000 the roots of the cassava-rollers, balls etc. of flour, semolina
0714109100 manioc Roots. for human výž. to
28 kg, Sun: rollers, balls, etc. of flour, krupic
0714109900 the roots of the cassava ost.: not for human výž. to 28 kg, the rollers and
under the. of flour, semolina
0714201000 fresh sweet potatoes for human consumption
0714209000 sweet potatoes the other, not: fresh for human nutrition
0714901100 roots of arrowroot, Salep, etc. up to 28 kg for human
the nutrition of fresh, frozen
0714901900 roots of arrowroot, Salep
etc. OST.: fresh, not frozen for human výž. to 28 kg
0714909000 Roots, tubers edible the others
fresh, chilled, frozen, dried, not: see Pricelist
0814000000 peel of citrus fruit, melons, fresh,
frozen, canned, dried, marinated
0903000000 Mate
0904110000 Pepper neither crushed nor ground
0904120000 pepper (Piper), powdered dried crushed
0904201000 Sweet Pepper dried nedrcená
0904203000 other dried red pepper nedrcená, no: sweet
0904209000 Pepper (Capsicum, Pimenta) dried crushed powder
0905000000 Vanilla
0906100000 cinnamon, cinnamon-tree flowers neither crushed, not powdered:
0906200000 cinnamon, cinnamon-tree flowers crushed, pulverized
0907000000 Cloves-fruit, flowers, stems
0908100000 nuts, nutmeg
0908200000 nutmeg Flower
0908300000 Mace, cardamoms
0909100000 seeds of anise or badian
0909200000 seeds of coriander
0909300000 seeds of cumin
0909400000 seeds of caraway
0909500000 fennel seeds, juniper berries
0910100000 Ginger
Neither crushed nor ground 0910201000 Saffron, Sun: in powder
0910209000 Saffron, crushed in a powder
0910300000 Turmeric
thyme-thymus 0910401100 neither crushed nor ground, Sun: in powder
the other, neither crushed nor ground 0910401300 Thyme not: in powder, thyme
0910401900 Thyme crushed, pulverized
0910409000 Bay leaves
0910500000 Curry
0910911000 spice mixture (see Note 1b) neither crushed, not powdered:
0910919000 spice mixture (see Note 1b) ground, powdered
0910991000 fenugreek seeds
0910999100 Spices other neither crushed nor ground, not: see Pricelist
0910999900 Spices other ground, powdered, not: see Pricelist
1106201000 flour, meal, powder, denatured of sago, roots and
tubers # 0714
1106209000 flour, meal, powder the other of sago, roots and tubers
No, no: 0714, denatured
1108140000 manioc (cassava) Starch
1210100000 hop Cones, fresh dried nerozdrcené
1210201000 hop Cones with higher lupulin content
crushed, powder, balls, rollers
1210209000 Cones hop other fresh, dried
crushed, not: a higher content of lupulin
1211100000 liquorice roots fresh, dried and crushed, cut, powder
1211200000 ginseng roots (ginseng) fresh, dried and
crushed, cut, powder
1211903000 the seeds of fresh, dried and Tonks crushed powder
1211907000 Marjoram, oregano (branches, stems, leaves)
fresh, dry. I diced, sliced, powder
1211907500 Šalvej (flowers, leaves) fresh, dried and
diced, sliced, powder
1211909911 poppy Straw (the same)
1211909912 Coca Leaves
1211909919 Hemp
1211909990 other parts of the plant for a pharmacist, perfumery
etc. purposes, not: see Pricelist
1301100000 Shellac natural
1301200000 Gum Arabic natural
1301901000 Chios [Pistacia lentiscus tree resin]
1301909000 Ost. AII. resin, klejopryskyř., balms, rubber,
oil, Sun: shellac, arab. gum mastic
1302110000 Opium and modified
1302120000 Juice, extracts of liquorice and modified
1302130000 Juice, extracts of hops and modified
1302140000 Juice, extracts of pyrethrum, rotenone-containing roots and
modified
1302190500 extracts of vanilla i adjusted
1302193000 mixtures of vegetable extracts to prepare drinks, products
the food i prepared
1302199100 Juice, extracts of herbal medicinal as well as modified
1302199811 Concentrate of poppy straw and capsules
1302199812 Resin of cannabis
1302199890 Juice, extracts of the plant, not the rest: see Pricelist
1302201000 pectic Substances, pectinates, dry and pectates
modified
1302209000 pectic Substances, pectinates and pectates, the other
a modified, not: dry
1302310000 agar-agar and the customized
1302321000 Mucilages, thickening agents from locust beans, i adjusted
1302329000 Mucilages, thickener from the seeds of guar and prepared
1302390000 Mucilages, thickening agents from plants. I adjusted, but:
svatoj. bread, seeds guarovýc
1504101000 Oil, fish liver fraction Chem. neuprav., vitamin A
Max. 2500 .... Simp. /g
1504109100 Oils, fractions of liver platýše Chem. neuprav., no: vitamin A
over 2500 international. Simp. /g
1504109900 Oils, fractions, of fish. liver ost. neupr., no: platýš, vitamin A
over 2500 international. u/g
1504201000 fats and oils-solid fractions of fish oils
Chem. untreated, not: from the liver
1504209000 fats, oils, fractions of other chemical raw fish, not:
liver solid fractions
1504301000 a fixed fraction of fats and oils of marine mammals
1504309000 fats, oils, fractions, of marine mammals, not other: fixed
fraction
1604301000 caviar (sturgeon ROE)
1604309000 caviar substitutes
1801000000 cocoa beans and in fractions of raw, roasted
1802000000 cocoa shells, husks, skins, other wastes
1803100000 cocoa paste not defatted
1803200000 cocoa paste or not defatted wholly, in part,
2003200000 Truffles preserved, not: in vinegar, acetic acid
2006001000 ginger, preserved by sugar
2006003100 Cherries preserved by sugar, the sugar content of 13%
2006003500 tropical nuts and tropical fruit preserved by sugar,
the sugar content of 13%
2006003800 vegetables, fruits, nuts, ost. canned. the sugar content of the sugar
over 13%, no: see Pricelist
2006009100 tropical nuts and tropical fruit preserved by sugar,
the sugar content of up to 13%
2006009900 vegetables, fruits, nuts, ost. canned. sugar, sugar
13% no: trop trop. fruits, nuts
2102101000 Yeast cultured egg
2102103100 Yeast bread, dried
2102103900 Yeast bread, others not: dried
2102109000 active Yeast other, no: yeast hatching
cultured, yeast bread
2102201100 inactive Yeast-tablets, dice, etc., packages of up to 1 kg
for immediate consumption
2102201900 Yeast inactive, the others not: Pack of dice, etc. up to 1 kg
for immediate consumption
2102209000 single-celled micro-organisms inactive
others do not: both active and inactive yeast
2102300000 baking powders finished
2936100000 Provitamins unmixed
vitamins and 2936210000, derivatives, unmixed
2936220000 Vitamin B1, derivatives, unmixed
2936230000 Vitamin B2 derivatives, unmixed
D-2936240000, DL-Pantothenic acid (vitamin
B3, B5), derivatives, unmixed
2936250000 Vitamin B6, derivatives, unmixed
2936260000 Vitamin B12, derivatives, unmixed
2936270000 Vitamin C derivatives, unmixed
2936280000 Vitamin E derivatives, unmixed
2936291000 Vitamin B9, derivatives, unmixed
2936293000 Vitamin H, derivatives, unmixed
2936299010 Aminopterin
2936299090 Vitamins, derváty other, not unmixed: see
tariff
2936901100 Concentrates the natural vitamins A + D
2936901900 natural Concentrates of vitamins others not: A + D
2936909000 Mixtures of vitamins and in the solution
bergamot essential oil 3301111000 nedeterpenovaná
bergamot essential oil 3301119000 deterpenovaná
3301121000 Oil Orange nedeterpenovaná
3301129000 Oil Orange deterpenovaná
3301131000 essential oil lemon nedeterpenovaná
3301139000 essential oil lemon deterpenovaná
3301141000 Oil limettová nedeterpenovaná
3301149000 Oil limettová deterpenovaná
3301191000 essential oils of citrus fruit other
nedeterpenovaná, no: see Pricelist
3301199000 essential oils of citrus fruit other
deterpenovaná, no: see Pricelist
3301211000 Oil geraniová nedeterpenovaná
3301219000 Oil geraniová deterpenovaná
Jasmine essential oil 3301221000 nedeterpenovaná
Jasmine essential oil 3301229000 deterpenovaná
Lavender essential oil, 3301231000 levandinová nedeterpenovaná
Lavender essential oil, 3301239000 levandinová deterpenovaná
3301241000 essential oil of peppermint (Mentha piperita) nedeterpenovaná
3301249000 essential oil of peppermint (Mentha piperita) deterpenovaná
3301251000 other nedeterpenovaná of mint essential oil, not: of peppermint
3301259000 other deterpenovaná of mint essential oil, not: of peppermint
3301261000 Oil vetiverová nedeterpenovaná
3301269000 Oil vetiverová deterpenovaná
3301291100 essential oil clove, niaouliová, ylan-ylangová
nedeterpenovaná
3301293100 essential oil clove, niaouliová, ylan-ylangová
deterpenovaná
3301296100 other nedeterpenovaná essential oil, not: see Pricelist
3301299100 other deterpenovaná essential oil, not: see Pricelist
3301300000 Resin
3301901000 Products side terpenic arising in the
deterpenaci essential oils
3301902100 Extracted oil resin of liquorice and hops
3301903000 Resin incense extracted the other, no: licorice extract and
hops
3301909000 concentrates, aqueous solutions of essential oils, aromatic spirits
etc. -see schedule
--------------------------------------------------------------------
Č. 9
Diagnostic reference levels
Table No. 1
Diagnostic reference levels for skiagrafická examination
------------------------------------------------------------------------------------------
Examination of the Input Projection surface to the kerma)
(relative to 1 frame)
[gallbladder]
------------------------------------------------------------------------------------------
Lumbar spine-AP projection of the anterior-posterior 10
Lateral projection LAT-30
LSJ-projection
on the lumbosacral transition 40
------------------------------------------------------------------------------------------
Belly, front-rear projection intravenosní AP-10
pyelography and
cholecystografie
------------------------------------------------------------------------------------------
Pan AP-10 front-rear projection
------------------------------------------------------------------------------------------
Hip joint AP-10 front-rear projection
------------------------------------------------------------------------------------------
Chest PA-projection bear 0.4
LAT-1.5 projection side
------------------------------------------------------------------------------------------
AP thoracic spine-anterior-posterior projection 7
20 LAT-side projection
------------------------------------------------------------------------------------------
The skull of the PA-projection bear 5
LAT-the projection side 3
------------------------------------------------------------------------------------------
Intraoral teeth image 5
radioviziografie 1
------------------------------------------------------------------------------------------
*) In the air Kerma at the point of entry into the patient volume is
by offsetting backscatter. The value is there, where it is used
amplifying the foil, apply to the combination film-potentiating foil
with a relative intensification of 200. For combination with a higher amplification
(400 or 600), the value should be reduced 2 times.
3-times.
Table No. 2
Diagnostic reference levels for the examination of computer tomography
----------------------------------------------------------------------
Examination of the Weighted index computed tomography kermový Cwa)
(per the tomographic examination)
[gallbladder]
----------------------------------------------------------------------
Title 60
----------------------------------------------------------------------
The lumbar spine 35
----------------------------------------------------------------------
Stomach 35
----------------------------------------------------------------------
a) Cw = 1/3 of the C100, c + 2/3C100, p, where
C100, c is CTDI100 according to harmonised technical standards ^ 31) as set out in
the center of the head or the body of the standard phantom with a height of approx. 15 cm
and a diameter of 16 cm (head), and 32 cm (lumbar spine and abdomen), but when you
use variables instead of variable dose, kerma and C100, p is CTDI100 according to the
harmonised technical standards ^ 31) determined as the average of the four
subsurface dose measurements around the periphery of the same Phantom, but when using
kerma dose instead of the variable variable. For spiral CT examination
the values should be reduced by multiplying it by the coefficient 1/p, where p = CT
pitch factor according to harmonised technical standards ^ 31) (the ratio of feed
table of the patient on one turn and N-times the thickness of the slice, where N is the
the number of tomographic sections created by the one-turn penalty of a radiation source).
Table 3
Diagnostic reference levels for mammograms
--------------------------------------------------------------------------------
The thickness of the PMMA medium dose Equivalent thickness of the breast in milk žlázeb)
[cm] [cm] kranio-caudal projection
[gallbladder]
--------------------------------------------------------------------------------
3.0 3.2 1.3
4.0 4.5 2.0
4.5 5.3 2.5
5.0 6.0 3.3
6.0 7.5 5.0
7.0 9.0 7.3
--------------------------------------------------------------------------------
(b)) provided in the Phantom of the breast when you use film and foil the standard
Table 4
Diagnostic reference levels for skiaskopická examination
--------------------------------------------------
Work mode Input kermový input (c))
[mGy/min]
--------------------------------------------------
The normal 25
--------------------------------------------------
High performance d) 100
--------------------------------------------------
(c)) Kermový power in the air at the point of entry into the patient volume is
by offsetting backscatter.
(d) the x-ray fluoroscopic apparatus), that have an optional working
"high performance" mode.
Table No. 5
The diagnostic reference level for digitally processed image for the DSA
System
----------------------------------------------------------------------------------------------
For examination in the abdominal area e) projection of the input surface kerma To f)
(related to 1snímek)
[gallbladder]
----------------------------------------------------------------------------------------------
digitally processed image AP-1 front-rear projection
for the abdominal area
----------------------------------------------------------------------------------------------
e) exposure machine for examination of Preference in the abdominal area;
measured on a water phantom with a thickness of 20 cm, the biggest size field (without
Zoom), 3 frames per second. In the case of manual setting when the voltage
70 kV, the largest field size (no zoom), 3 frames per second.
(f)) in the air with the addition of backscatter in the patient's body.
Table 6
Diagnostic reference levels for radiodiagnostic examinations, with
indicator area kermy
--------------------------------------------------------------------------------
Examination of the product of the Projection and surface PKA kermy
[URGy.cm2]
--------------------------------------------------------------------------------
Chest PA/LAT-projection bear 1
and the side
--------------------------------------------------------------------------------
Pan AP-projection of the anterior-posterior 5
--------------------------------------------------------------------------------
AP-the projection of the anterior-posterior belly 8
--------------------------------------------------------------------------------
Lumbar spine-AP projection of the anterior-posterior 10
--------------------------------------------------------------------------------
Pyelography 40
--------------------------------------------------------------------------------
Stomach 25
--------------------------------------------------------------------------------
Irigiskopie 60
--------------------------------------------------------------------------------
Table 7
Diagnostic reference levels for examinations in nuclear medicine
---------------------------------------------------------------------------------------------------------
Authority system, type of examination, Radionuclide substance Group Activity
illness chemickáforma applied
When one
examination
[MBq]
---------------------------------------------------------------------------------------------------------
bone scintigraphy Tc-99 m phosphate, fosfonáty 800
(whole-body, three-phase, SPECT)
---------------------------------------------------------------------------------------------------------
bone marrow scintigraphy Tc-99 m nanokoloidy 550
(whole body, SPECT)
---------------------------------------------------------------------------------------------------------
brain scintigraphy of Tc-99 m TcO4 dynamic, DTPA 600
----------------------------------------------------------------------
static-99 m TcO4, Tc, DTPA 600
Planar
----------------------------------------------------------------------
Tc-99 m TcO4-SPECT, DTPA, HMPAO, ECD 800
----------------------------------------------------------------------
I-123 Ioflupan receptors, IBZM 200
----------------------------------------------------------------------
the accumulation of F-18 FDG glucose 400
----------------------------------------------------------------------------------------
In-111 DTPA cisternografie 40
----------------------------------------------------
Yb-169 EDTA 40
---------------------------------------------------------------------------------------------------------
thyroid accumulation test I-131 sodium iodide 0.5
----------------------------------------------------------------------------------------
Tc-99 m Planar bone scintigraphy TcO4 200
----------------------------------------------------
TC-99 m MIBI, DMSA (in) 400
----------------------------------------------------
I-123 sodium iodide 20
----------------------------------------------------
I-131 sodium iodide 7 *)
----------------------------------------------------
TL-201 chloride 80
----------------------------------------------------------------------
Tc-99 m MIBI full body, DMSA (V) 800
při karcinomu ----------------------------------------------------
the thyroid sodium iodide I-131 185
----------------------------------------------------
TL-201 chloride 100
---------------------------------------------------------------------------------------------------------
příštítná scintigraphy 99 m TcO4 Planar Tc-200
tělíska ----------------------------------------------------
TC-99 m MIBI 800
----------------------------------------------------
TL-201 chloride 80
---------------------------------------------------------------------------------------------------------
Lung scintigraphy of Tc-99 m Planar aerosol technegas 1000 **)
ventilační ----------------------------------------------------
KR-ft-gas 6000 ***)
----------------------------------------------------------------------------------------
Planar bone scintigraphy Tc-99 m MAA, Microsphere 200
perfuzní ----------------------------------------------------------------------
Tc-99 m SPECT MAA, Microsphere 3000
---------------------------------------------------------------------------------------------------------
heart perfusion SPECT Tc-99 m MIBI, tetrofosmin 900 ***)
1400 * *** *)
myokardu ----------------------------------------------------------------------
SPECT Tl-201 chloride 110
----------------------------------------------------------------------
SPECT (reinjekce) Tl-201 chloride 40
----------------------------------------------------------------------------------------
metabol. display F-18 FDG PET 500
(viabilita)
----------------------------------------------------------------------------------------
radionuclide ventriculography Tc-99 m red blood cells 800
----------------------------------------------------------------------------------------
scintigraphy of the first Tc-99 m TcO4 flow, Tc-99 m DTPA 900
----------------------------------------------------------------------------------------
adrenergic invervace I-123 MIBG 400
---------------------------------------------------------------------------------------------------------
lymphatic lymfografie Tc-99 m of radionuclides nanokoloid 150
systém ----------------------------------------------------------------------------------------
detection of sentinel. Tc-99 m lymph nanokoloid 150
---------------------------------------------------------------------------------------------------------
blood vessels of the radionuclide venografie Tc-99 m MAA 200
(jedna končetina) ----------------------------------------------------
TC-99 m DTPA 300
----------------------------------------------------------------------------------------
radionuclide angiography of Tc-99 m TcO4, erythrocytes, 800
DTPA, HSA
----------------------------------------------------------------------------------------
scintigrafická detection of thrombus formation of Tc-99 m thrombocytes 500
---------------------------------------------------------------------------------------------------------
blood blood volume and Tc-99 m HSA components 80
----------------------------------------------------
I-131 HSA 6
----------------------------------------------------
CR-51 erythrocytes 6
----------------------------------------------------------------------------------------
survival and localization of Cr-51 destruction of erythrocytes, platelets, 6
blood----------------------------------------------------
In-111 platelets 10
----------------------------------------------------------------------------------------
ferokinetika Fe-59 Fe (III) citrate 3
---------------------------------------------------------------------------------------------------------
the spleen of Planar bone scintigraphy Tc-99 m red blood cells very 100
----------------------------------------------------------------------
Tc-99 m SPECT very red blood cells 200
---------------------------------------------------------------------------------------------------------
Hepatobiliary scintigraphy of Tc-99 m Planar colloids of 150
systém ----------------------------------------------------------------------
Tc-99 m SPECT colloids of 300
----------------------------------------------------------------------
Tc-99 m IDA dynamic derivatives 250
---------------------------------------------------------------------------------------------------------
Salivary gland scintigraphy gastrointesti-Tc-99 m TcO4 100
nální trakt ----------------------------------------------------------------------------------------
Esophageal motility of the Tc-99 m colloids of 70
----------------------------------------------------------------------------------------
gastro-oesophageal reflux Tc-99 m colloids of 50
----------------------------------------------------------------------------------------
the evacuation of the stomach of the Tc-99 m in colloids 60
----------------------------------------------------------------------------------------
scintigraphy div. 99 m TcO4 Meckeli Tc-500
----------------------------------------------------------------------------------------
scintigraphy of bleeding in the Tc-99 m red blood cells GIT 700
----------------------------------------------------------------------------------------
determination of losses of blood red cells, Cr-51 4
a bílkovin v GIT ----------------------------------------------------
I-125 HSA 6
----------------------------------------------------
I-131 HSA 6
----------------------------------------------------------------------------------------
Schillingův test Co-57 monocyanocobalamin 1
----------------------------------------------------
Co-58 monocyanocobalamin 1
---------------------------------------------------------------------------------------------------------
Kidney renografie simple I-131 hippuran 1
----------------------------------------------------------------------------------------
Planar bone scintigraphy Tc-99 m DMSA (III) 150 gluconate
----------------------------------------------------------------------
Tc-99 m DMSA SPECT (III) gluconate 250
----------------------------------------------------------------------
Tc-99 m DTPA dynamic, MAG3, EC 250
----------------------------------------------------------------------
with a rating of Tc-99 m DTPA, MAG3, EC 500
perfusion
----------------------------------------------------------------------------------------
determination of GFR EPPL, 99 m Tc-MAG3, DTPA 20
----------------------------------------------------
I-131 hippuran 0.5
----------------------------------------------------
CR-51 EDTA 3
---------------------------------------------------------------------------------------------------------
bladder radionuclide Tc 99 m DTPA direct, TcO4-50
cystografie ----------------------------------------------------------------------
indirect 99 m Tc-MAG3 200
---------------------------------------------------------------------------------------------------------
testes, scrotum Tc-99 m TcO4 scintigraphy 600
---------------------------------------------------------------------------------------------------------
tumors of the Tc 99 m-MIBI scintigraphy, depreotid, 800
(planar, SPECT) antibody
----------------------------------------------------
In-111, 190
pentetreotid
----------------------------------------------------
GA-67 citrate 300
----------------------------------------------------
TL-201 chloride 100
----------------------------------------------------
I-123 MIBG 400
----------------------------------------------------
F-18 FDG 750
----------------------------------------------------------------------------------------
scintimamografie Tc-99 m MIBI, tetrofosmin, 800
(planar, SPECT) fosfonáty
---------------------------------------------------------------------------------------------------------
Tc-99 m scintigraphy in inflammation, leukocytes, HIG 600
(planární, SPECT) ----------------------------------------------------
TC-99 m antibodies 800
----------------------------------------------------
In-111 leukocytes 30
----------------------------------------------------
GA-67 citrate 150
---------------------------------------------------------------------------------------------------------
*) just before the I-131 therapy
**) activity in the nebuliser; It is believed that less than 1/10
with deposits-in the lungs
for a single application)
for a single application) activity in the framework of the two-day protocol
activity summary for day) Protocol
Č. 10
Supporting documents to limit exposure of natural radionuclides
Table No. 1
Building materials and activity concentration limits, in the
the building material is not put into circulation
--------------------------------------------------------------------------------------------
The building material of the mass activity of Ra-226
[Bq/kg]
use for buildings used exclusively
with living quarters, or for buildings other
pobytovými rooms than with residential or
pobytovými rooms
--------------------------------------------------------------------------------------------
Bricks and other construction products, in baked clay 150 500
Construction products made of concrete, plaster and cement
and lime
Building products from aerated concrete and škvárobetonu
--------------------------------------------------------------------------------------------
Building stone 300 1000
Construction products made of natural and artificial
Stone artificial aggregate
Ceramic tiles and pavers
Sand, gravel, aggregates and clays
Fly ash, bottom ash, slag, gypsum arising
in industrial processes, tailings and sludge
for construction purposes, the construction products from them
not elsewhere specified
Materials from the dumps, dumps and tailings dams
for construction purposes in addition to radiation activities
Cement, lime, gypsum
--------------------------------------------------------------------------------------------
Table No. 2
Guideline values for the content of natural radionuclides in building materials
--------------------------------------------------------------------------------
Building materials Index activity concentration and
--------------------------------------------------------------------------------
Building materials for the construction of walls, ceilings, 0.5
and floors in buildings with residential or pobytovými
rooms in particular wall elements, prefabricated
products, blocks, bricks, concrete, plasterboard
--------------------------------------------------------------------------------
Other construction materials intended for use 1
in buildings with residential or pobytovými rooms
--------------------------------------------------------------------------------
Construction materials intended for use other than 2
in buildings with residential or pobytovými rooms,
all the building materials intended exclusively
for use as a raw material for the production of building
materials
--------------------------------------------------------------------------------
Table 3
The scope of the analyses of the content of natural radionuclides in building materials
--------------------------------------------------------------------------------
Building material Scope of analysis
--------------------------------------------------------------------------------
Building materials for the construction of walls, ceilings, once a year
and floors in buildings with residential or pobytovými
rooms (in particular wall elements, prefabricated
products, blocks, bricks, concrete, plasterboard)
--------------------------------------------------------------------------------
Other construction materials intended to be used once every two years
in buildings with residential or pobytovými rooms
--------------------------------------------------------------------------------
Construction materials intended for use other than once every five years
in buildings with residential or pobytovými rooms
--------------------------------------------------------------------------------
Table 4
Guideline values for the volume of activities in the shipped water
--------------------------------------------------------------------------------
A pointer to the contents of the radionuclide activity concentration Target value
bottled drinking water bottled
infant to public natural
water supply, mineral
bottled spring water
water and bottled
drinking water
--------------------------------------------------------------------------------
volume activity of radon 222 20 Bq/l 50 Bq/l 100 Bq/l
--------------------------------------------------------------------------------
the total volume of Alpha activity Bq/l 0.1 0.2 0.5 Bq/l Bq/l
--------------------------------------------------------------------------------
volumetric tritium activity 100 Bq/l
--------------------------------------------------------------------------------
total indicative dose *) 0.1 mSv/year
--------------------------------------------------------------------------------
total activity beta volume 0.1 Bq/l Bq/l 1.0 0.5 Bq/l
after deduction of the contribution of potassium 40
--------------------------------------------------------------------------------
*) total indicative dose is the effective dose of annual time
intake of all radionuclides present in the water, with the exception of tritium,
potassium 40, radon 222 and its progeny products; the value of the
total indicative dose are considered to be nepřekročenou, if
the total volume of Alpha activity and the total volume at the same time
beta activity do not exceed guideline values.
Table No. 5
Limit values for the volume of activities, beyond which must not be water
supply
The limit values in the table above do not reflect the chemical toxicity of uranium,
assessed separately.
------------------------------------------------------------------
Radionuclide activity concentration limit values [Bq/l]
bottled drinking water bottled natural
infant for public mineral water *)
water supply *)
bottled spring water
water, bottled
drinking water *)
------------------------------------------------------------------
Pb-210 1.4 0.7 0.2
------------------------------------------------------------------
After 0.8 0.4 0.1-210
------------------------------------------------------------------
RN-222 100 300 600
------------------------------------------------------------------
RA-224 0.7 6 12
RA-226 0.4 1.5 3
RA-228 0.5 0.1 1
------------------------------------------------------------------
Th-228 0.5 6 12
Th-230 0.4 3 6
Th-232 0.4 3 6
------------------------------------------------------------------
U-234 5 12 24
U-238 5 12 24
------------------------------------------------------------------
*) Decree No 275/2004 Coll., on the requirements on quality and health
the safety of bottled water and how to edit them.
Table 6
The scope of the analyses of the content of natural radionuclides in the shipped water
------------------------------------------------------------------------
The type of supplied drinking water Bottled water bottled water
for public infant other than
the supply of water baby
------------------------------------------------------------------------
Basic analysis of volumetric activity of Rn-222, if it is the water
from an underground source
the total volume of Alpha activity *)
total activity beta density * *)
------------------------------------------------------------------------
Additional analysis the analysis of representation of individual natural
radionuclides in water, in which it was found
exceeding the guide values according to the following
procedure
the contents of uranium, if the total volume activity
Alpha exceeds the reference value
the volumetric activity of Ra-226, if the total
solid Alpha activity after deducting the contributions
uranium will exceed the reference value
the volumetric activity of Ra-228, if solid
the activity of Ra-226 exceeds the reference value
total Alpha activity
the determination of the other no. 5 in the table referred to
radionuclides emitting alpha radiation, if
the total volume of Alpha activity after deducting
the contribution of Ra-226 and uranium will exceed the target
the value of the
potassium content, if the total volume
beta activity exceed the reference value
the determination of the other no. 5 in the table referred to
radionuclides emitting beta radiation, if
the total volume activity beta after deducting
contribution to-40 exceeds the reference value
------------------------------------------------------------------------
the frequency of monitoring once a year once a year once a year
------------------------------------------------------------------------
*) DIN 75 7611 water quality. Determination of radionuclides. Total
solid Alpha activity.
**) DIN 75 7612 water quality. Determination of radionuclides. Total
the volumetric activity of beta.
Č. 11
Determination of radon index land
Volume activity of radon in soil air shall be determined from the measurement file
in the following way:
-sampling of soil air is carried out from the depth of 0.8 m,
-the minimum file is 15 samples taken from various places of the land in
the future built-up area and its vicinity,
-in the assessment area is larger than 800 m2 are subscriptions implemented in
the basic network of 10 x 10 m in the future built-up area and in the immediate vicinity,
-the resulting volume activity of radon in soil air for
-the reference parcel is calculated as the third quartile of the file of the measurement
values to the exclusion of values smaller than 1.0 kBq/m3.
Determination of the permeability of the subsoils are performed on the basis of the results
a survey of the land (documentation of the vertical profile, the proportion of fines
in soils, distributed over rocks, direct measurement of the plynopropustnosti).
For the determination of radon index evaluates identified throughput
(low, medium, high) in the vertical profile to the depth of the Foundation
the joints of the future of the object taking into account the variability of permeability values on
the analysis of the land.
Plot of land with low radon index is such a piece of land where the detailed
survey found that solid activity of radon in soil air is
less than 10 kBq/m3 for highly permeable, 20 kBq/m3 for medium
permeable and 30 kBq/m3 for low permeable subsoils.
Č. 12
Registration card radiation generator
Data on the holder of the authorisation
Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registration number according to § 13 para. 1 (b). and) Act No. 18/1997.
-Registered address of the authorisation holder, telephone, fax, e-mail
-Name and surname of the person supervising
Information on the owner of the
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registered address, phone, fax, e-mail
Data on radiation generator
-Classification of sources of ionizing radiation
-Area of application (industry, medicine, veterinary medicine, education,
research, army, other)
-The type of generator of radiation (such as x-rays, Accelerator)
-Technical adjustment of the radiation generator
-Fixation of the radiation generator (stationary, mobile, portable)
-The name of the type of radiation generator
-The data on the rating of approval (Yes/No, document type, or his number)
-Radiation generator Manufacturer
-The date of manufacture and the serial number
-Date of acceptance tests and log number
-The date of entry into service
-Status
-The name and address of the workplace where the resource is located
-Identification of the part of the radiation generator
-The method of disposal (e.g. disposal, passing)
-The date of liquidation
For more details
-An indication of who the radiation generator passed (name, address, identification number or SSN)
-The expiration date of these data
Registration card contained a radioactive emitters
Data on the holder of the authorisation
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registration number according to § 13 para. 1 (b). and) Act No. 18/1997.
-Registered address of the authorisation holder, telephone, fax, e-mail
-Name and surname of the person supervising
Information on the owner of the
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registered address, phone, fax, e-mail
Basic information about the closed radionuklidovém radiator
-Area of application (industry, medicine, veterinary medicine, education,
research, army, other)
-The data on the rating of approval (Yes/No, document type, or his number)
-Manufacturer of the closed-end of the radiator
-The name and address of the workplace, where it is closed means a radioactive heater
located
-Technical adjustment contained radioactive emitters
The specifics of the closed radionuklidovém radiator
-Catalogue the type code
-Serial number
-The certificate number and date of the radiator of a closed his
release
-The date of receipt of the radiator
-Status
-Specification of the radionuclide and its activity on the specified date
-Kermová spreading rate (in the case of neutron neutron sources) to the specified
the date,
-Durability of the contained radioactive emitters (ISO)
-The recommended duration of use
-The method of disposal
-The date of a transfer or other disposal
For more details
-An indication of who closed a radiopharmaceutical radiator passed (name, address,
COMPANY ID NUMBER or SSN)
-The expiration date of these data
Registration card closed radionuclide radiator
Data on the holder of the authorisation
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registration number according to § 13 para. 1 (b). and) Act No. 18/1997.
-Registered address of the authorisation holder, telephone, fax, e-mail
-Name and surname of the person supervising
Information on the owner of the
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registered address, phone, fax, e-mail
The device details
-Classification of sources of ionizing radiation
-Area of application (industry, medicine, veterinary medicine, education,
research, army, other)
-Technical adjustment device
-Fixation device (stationary, mobile, portable)
-The name of the device type
-The data on the rating of approval (Yes/No, document type, or his number)
-The manufacturer of the device
-Date of manufacture
-Serial number
-The total number of closed radionuclide emitters
-Date of acceptance tests and log number
-The date of entry into service
-Status
-The name and address of the site where the device is installed
-The method of disposal
-The date of disposal, transfer or other disposal
-Information on all the radiators in the radionuclide
the range of specific data on the registration tab closed
of the radiator.
For more details
-An indication to whom the device was passed (name, address, identification number or SSN)
-The expiration date of these data
Č. 13
Information notified in accordance with § 80 para. 5
Data on the holder of the authorisation
-Business name
-Identification number or social security number for individuals (if they are
assigned)
-Registration number according to § 13 para. 1 (b). and) Act No. 18/1997.
-Registered address of the authorisation holder, telephone, fax, e-mail
Data on radiation generators
-The name of the type of radiation generator
-The data on the rating of approval (Yes/No, document type, or his number)
-An indication of who the radiation generator passed (name, address, identification number or SSN
or registration number in accordance with § 13 para. 1 (b). and) Act No. 18/1997 Coll.)
-Date of transmission
The data on the device with the enclosed radionuklidovými radiator passed without
the radiators
-The name of the device type
-The data on the rating of approval (Yes/No, document type, or his number)
-An indication to whom the device was passed (name, address, identification number or SSN, or
registration number in accordance with § 13 para. 1 (b). and) Act No. 18/1997 Coll.)
-Date of transmission
The data on the device with the enclosed radionuklidovými radiator, which is
closed means a radioactive heater an integral part of
-The name of the device type
-The data on the rating of approval (Yes/No, document type, or his number)
-Specification of the radionuclide
-The certificate number and date of the radiator of a closed his
release
-The activity of the radionuclide on the specified date
-An indication to whom the device was passed (name, address, identification number or SSN, or
registration number in accordance with § 13 para. 1 (b). and) Act No. 18/1997 Coll.)
-Date of transmission
Details of the closed radionuclide radiators to be transmitted separately
-Specification of the radionuclide
-The certificate number and date of the radiator of a closed his
release
-The activity of the radionuclide on the specified date
-An indication to whom have been closed radionuclide emitters transmitted to (name, address,
COMPANY ID NUMBER or SSN or registration number in accordance with § 13 para. 1 (b). a) of law No.
18/1997.)
-Date of transmission
-Information on the unsealed radiators
-Specification of the radionuclide
-The activity of the radionuclide on the specified date
-An indication to whom have been unsealed emitters transmitted to (name, address,
COMPANY ID NUMBER or SSN or registration number in accordance with § 13 para. 1 (b). a) of law No.
18/1997.)
-Date of transmission
Č. 14
High-activity of the radiator
Table No. 1
Level of activity for defining high-activity of the radiator. For radionuclides, which
are not listed in the table, but which are listed in table 1 of the annex
No. 1 of this Decree, the relevant activity level corresponds to the bounding
high-activity radiator one hundredth of the value of the A1 in table 1 of annex
# 3 of Decree No 317/2002 Sb.
---------------------------------------------------------------------
Element (atomic number) Radionuclide activity level defining the
high-activity radiator [Bq]
---------------------------------------------------------------------
Iron (26) Fe-55 4 x 1011
---------------------------------------------------------------------
Cobalt (27) Co-60 4 x 109
---------------------------------------------------------------------
Selenium (34)-75 3 x 1010
---------------------------------------------------------------------
Krypton (36), Kr-85 1 x 1011
---------------------------------------------------------------------
Strontium (38) Sr-90a) 3 x 109
---------------------------------------------------------------------
Palladium (46) Pd-103a) 4 x 1011
---------------------------------------------------------------------
Iodine (53) I-125 2 x 1011
---------------------------------------------------------------------
Caesium (55) Cs-137a) 2 x 1010
---------------------------------------------------------------------
Prometheum (61) Pm-147 4 x 1011
---------------------------------------------------------------------
Gadolinium (64) Gd-153 1 x 1011
---------------------------------------------------------------------
Thulium (69) Tm-170 3 x 1010
---------------------------------------------------------------------
Iridium (77) Ir-192 1 x 1010
---------------------------------------------------------------------
Thallium (81) Tl-204 1 x 1011
---------------------------------------------------------------------
Radium (88) Ra-226b) 2 x 109
---------------------------------------------------------------------
Plutonium (94) Pu-238a) 1 x 1011
---------------------------------------------------------------------
Americium (95) Am-241b) 1 x 1011
---------------------------------------------------------------------
Californium (98) Cf-252 5 x 108
---------------------------------------------------------------------
and activity level) includes contributions to subsidiaries of
a half-life of less than 10 days.
(b)) Includes neutron sources with beryllium.
Annex 15
The conditions for the proper execution of the services and the professional of
radiation protection
General requirements:
In the methodology and protocols shall apply the names of quantities and their units
According to the current standards, as well as terms used in statistics
evaluation of the measuring results.
Master the essentials of the methodology
1. identification of the persons applying for an authorisation to carry out activities (for
natural person, the name, surname and permanent residence or place of business,
legal entity name or trade name and the registered)
2. identification of the person who developed the methodology (for natural persons
name, surname and permanent residence or place of business, for legal entities
the name or trade name and the registered)
3. the type of measurement that is the methodology developed
4. references to the literature, standards and recommendations
5. for each type of measurement:
5.1. characteristics of the measured variable
5.2. apparatus and equipment
5.3. measurement procedure and method of obtaining the results (description of the measurement diagram
measurement of in situ, used quantities, units)
5.4. calculation algorithm, interpretation
5.5. measurement and measurement accuracy
5.6. the evaluation of the results, compared with the indicative limit values, respectively.
The elements of the sample measurement protocol
1. the protocol number
2. identification of the authorisation holder to perform the activities (for natural persons
name, surname and permanent residence or place of business, for legal entities
the name or trade name and the registered office), including the authorisation number and the time
its validity period
3. the nature and subject of the measurement, the measurement methodology for specification
4. identification of physical persons, which carried out the measurements (first name, surname and
permanent residence or place of business)
5. date of the measurement
6. the identification of the principal measurement (for natural persons name, surname and
permanent residence or place of business in the legal entity name or
business name and registered office)
7. specifications of the place and conditions of measurement
8. Description of sample, time and place of collection
9. the detailed identification of the sample measurement
10. used apparatus (date of last verification, respectively.
calibration)
11. section for each measurement:
11.1. the name of the variable
11.2. the conditions during measurement
11.3. record the measurement results (number of measurements used
quantities and units)
11.4. result of measurement, accuracy
12. a summary of the results of individual parts of the measure, exceeding
indicative limit values, respectively (yes/no)
13. date of log processing
14. the signature of the person with the appropriate permission in special professional competence
and statutory authority of the authorisation holder. "
1) Council Directive 96/29/Euratom of 13. May 1996, laying down the
basic safety standards for the protection of the health of workers and
the general public against the dangers arising from ionising radiation.
Directive 97/43/Euratom of 30. June 1997 on health protection of individuals from
the dangers arising from ionising radiation in relation to medical
exposure, and repealing Directive 84/466/Euratom.
Council Directive 2003/122/Euratom of 22. December 2003 on the control of
high-activity sealed radioactive sources and orphan sources.
2) Act No. 95/2004 Coll., on conditions for the acquisition and recognition of professional
competence and specialized competence to perform the medical
the professions of doctor, dentist and pharmacist, as amended by Act No.
125/2005 Sb.
3) ČSN IEC 788 Medical Radiology-terminology.
4) Act No. 20/1966 Coll., on the health care of the people, as amended
regulations.
5A) Decree No 430/2004 Coll., laying down the activity of health
workers and other professional workers.
5B) Act No. 96/2004 Coll., on conditions for the acquisition and recognition
competence for the exercise of paramedical professions and to the exercise
activities related to the provision of health care and amending
certain related laws (the law on the paramedical
occupations), as amended by Act No. 127/2005 Coll.
Decree No 430/2004 Coll., laying down the activity of health
workers and other professional workers. ".
6) Act No. 123/2000 Coll., on medical devices and on changing the
some related laws.
7) ISO 31-9, quantities and units. Part 9: Atomic and nuclear physics.
ISO 31-10, quantities and units. Part 10: nuclear reactions and ionizing
radiation.
8) section 129 of the Act No. 40/1964 Coll., the civil code, as amended
regulations.
9) Decree 214/1997 Coll., on quality assurance activities
associated with the use of nuclear energy and the activities leading to the
exposure and about the establishment of criteria for the classification and distribution of selected
the device in the security classes.
9A) section 12 of Decree No. 320/2002 Coll., on details to ensure
the emergency preparedness of nuclear installations and sites with resources
ionizing radiation and about the requirements for the contents of the internal emergency
the plan and the emergency regulations, as amended by Decree No 2/2004 Sb.
10) Decree No 146/1997 Coll., which sets out the activities that have
immediate impact on nuclear safety, and activities of particular importance
from the point of view of radiation protection requirements, qualifications and training
the preparation, the method of authentication and certification of special professional competence
permissions to selected workers and how to perform the approval
documentation for the authorization to prepare selected personnel, as amended by
Decree No 315/2002 Sb.
11) Law No 373/2007 Coll., on specific health services.
12) § 133 paragraph 2. 1 (b). and the labour code).
13) § 17 para. 2 MINISTRY OF HEALTH Directive No. 49/67 Journal of the MINISTRY OF HEALTH.
14) § 21 para. 3 and § 35 para. d) of Act No. 48/1997 Coll., on public
health insurance and amending and supplementing certain related
laws, as amended.
15) section 77 of Act No. 20/1966 Coll., as amended.
16) CSN 01 8015 Character of radiation danger. Shape and dimensions.
17) Decree No 215/1997 Coll., on the criteria for siting of nuclear
equipment and very significant sources of ionizing radiation.
Decree No. 106/1998 Coll., on ensuring nuclear safety and radiation
protection of nuclear facilities during commissioning and when their
operation.
18) Decree No 196/1999 Coll., on the decommissioning of nuclear installations, or
sites with significant or very significant sources of ionizing radiation
from the operation.
19) section 2 of the Act No. 22/1997 Coll., on technical requirements for products and on the
amendments to certain laws, as amended.
20) for example, Decree No. 381/2001 Coll., on details of the management of
waste.
ČSN 73 0802 21) of the fire safety of buildings-non-productive objects.
22) for example, Act No. 254/2001 Coll. on waters and amending certain
acts (the Water Act), as amended by Act No. 76/2002 Coll., Act No. 309/1991
Coll., on the protection of the air against pollutants (Clean Air Act),
in the wording of later regulations.
22A) § 14 para. 3 of Act No. 276/2001 Coll. on water supplies and sewerage Act
for public use and on amendments to certain acts (the Act on water supply and
sewerage Act), as amended.
23) section 4 of Act No. 185/2001 Coll., on waste and amending certain other
laws, as amended.
24) for example, the ČSN IEC 801-1 protective equipment before medical
diagnostic x-ray equipment-Part 1: determination of zeslabovacích
properties of materials.
ČSN IEC 801-2 protective devices against diagnostic medical
x-ray equipment — Part 2: Protective glass.
25) DIN 40 4302 Closed radionuclide emitters. The degree of resistance and
methods of testing.
26) for example, the ČSN IEC 1223 Reviews and operational testing in the processing
Medical image information.
26A) Decree No 319/2002 Coll., on the function and organization of the national
radiation monitoring network.
Government Decree No. 11/1999 Coll., on the emergency planning zone.
26B) § 13 c of Act No. 133/2000 Coll., on registration of the population and the native
numbers and amending some laws (law on population register)
as amended.
26 c) DIN 75 7611 water quality. Determination of radionuclides. The total volume
the alpha activity.
26 d) DIN 75 7612 water quality. Determination of radionuclides. The total volume
beta activity.
27) section 2 of Decree No. 371/2000 Coll., laying down the requirements for potable
water and the extent and frequency of its inspections.
28) § 3 and 10 of the Act No. 110/1997 Coll. on foodstuffs and tobacco
products, as amended by Act No. 308/2000 Coll.
29) for example, Decree No. 144/1997 Coll., on the physical protection of nuclear
materials and nuclear facilities and their inclusion in the individual
categories, Decree No. 145/1997 Coll., on registration and control of nuclear
materials and their closer definition.
30) the yield of the Czech Mining Authority no. 8/1987 Coll., on the plans of fighting
serious traffic accidents in deep mines.
Decree No 99/1992 Coll., on the establishment, operation, safeguarding and disposal of
device for storing wastes in underground spaces.
Decree No. 340/1992 Coll., on the requirements for the qualification and the professional
eligibility and verification of the technical competence of workers to the mining
activities and activities carried out using mining techniques, as amended
regulations.
31) DIN EN 60601-2-44 medical electrical equipment-Part 2-44:
Specific requirements for the safety of x-ray equipment for computing
tomography.
1) Decree No. 23/2001 Coll., laying down the types of foods intended for
particular nutritional uses and how to use them
2) DIN EN 60601-2-44 medical electrical equipment-Part 2-44:
Specific requirements for the safety of x-ray equipment for computing
tomography
3) Decree No. 292/1997 Coll., on the requirements of the health
bottled water and how to edit them, as amended
4) DIN 75 7611. The quality of the water. Total Alpha activity obejmová.
5) DIN 75 7612. The quality of the water. Total beta activity obejmová.
