**PERMANENT RULES**

Effective Date of Rule: Thirty-one days after filing.

Purpose: Chapter 246-221 WAC, Radiation protection standards; chapter 246-231 WAC, Packaging and transportation of radioactive material; and chapter 246-240 WAC, Radiation protection -- Medical use of radioactive material.

The International Atomic Energy Agency has coordinated international agreements that resulted in new transportation requirements for radioactive material. The Nuclear Regulatory Commission (NRC) amended federal regulations as a result of these agreements and made minor amendments to medical use of radioactive material regulations. Under the formal agreement between the governor of the state of Washington and the chairman of the NRC, the Washington state radiation control program is required to remain compatible with NRC regulations. These rules eliminate conflicts, duplications, and gaps between the NRC and Washington state's radiation control programs.

Citation of Existing Rules Affected by this Order: Amending WAC 246-221-290 Appendix A -- Annual limits on intake (ALI) and derived air concentrations (DAC) of radionuclides for occupational exposure; effluent concentrations; concentrations for release to sanitary sewerage, 246-231-035 Deliberate misconduct, 246-231-200 Appendix A -- Determination of A1 and A2, 246-240-001 Purpose and scope, 246-240-010 Definitions, 246-240-069 Training for radiation safety officer, 246-240-072 Training for an authorized medical physicist, 246-240-075 Training for an authorized nuclear pharmacist, 246-240-078 Training for experienced radiation safety officer, teletherapy or medical physicist, authorized user, and nuclear pharmacist, 246-240-154 Training for uptake, dilution, and excretion studies, 246-240-163 Training for imaging and localization studies, 246-240-210 Training for use of unsealed radioactive material for which a written directive is required, 246-240-213 Training for the oral administration of sodium iodide I-131 requiring a written directive in quantities less than or equal to 1.22 gigabecquerels (33 millicuries), 246-240-216 Training for the oral administration of sodium iodide I-131 requiring a written directive in quantities greater than 1.22 gigabecquerels (33 millicuries), 246-240-219 Training for the parenteral administration of unsealed radioactive material requiring a written directive, 246-240-278 Training for use of manual brachytherapy sources, 246-240-281 Training for ophthalmic use of strontium-90, and 246-240-399 Training for use of remote afterloader units, teletherapy units, and gamma stereotactic radiosurgery units.

Statutory Authority for Adoption: RCW 70.98.050.

Adopted under notice filed as WSR 10-14-098 on July 6, 2010.

Number of Sections Adopted in Order to Comply with Federal Statute: New 0, Amended 0, Repealed 0; Federal Rules or Standards: New 0, Amended 18, Repealed 0; or Recently Enacted State Statutes: New 0, Amended 0, Repealed 0.

Number of Sections Adopted at Request of a Nongovernmental Entity: New 0, Amended 0, Repealed 0.

Number of Sections Adopted on the Agency's Own Initiative: New 0, Amended 0, Repealed 0.

Number of Sections Adopted in Order to Clarify, Streamline, or Reform Agency Procedures: New 0, Amended 0, Repealed 0.

Number of Sections Adopted Using Negotiated Rule Making: New 0, Amended 0, Repealed 0; Pilot Rule Making: New 0, Amended 0, Repealed 0; or Other Alternative Rule Making: New 0, Amended 18, Repealed 0.

Date Adopted: January 18, 2011.

Mary C. Selecky

Secretary

**OTS-2735.1**

__AMENDATORY SECTION__(Amending WSR 09-06-003, filed 2/18/09,
effective 3/21/09)**WAC 246-221-290
Appendix A -- Annual limits on intake
(ALI) and derived air concentrations (DAC) of radionuclides
for occupational exposure; effluent concentrations;
concentrations for release to sanitary sewerage.
**For each
radionuclide, Table I indicates the chemical form which is to
be used for selecting the appropriate ALI or DAC value. The
ALIs and DACs for inhalation are given for an aerosol with an
activity median aerodynamic diameter (AMAD) of 1 µm (micron)
and for three classes (D,W,Y) of radioactive material, which
refer to their retention (approximately days, weeks or years)
in the pulmonary region of the lung. This classification
applies to a range of clearance half-times for D if less than
ten days, for W from ten to one hundred days, and for Y
greater than one hundred days. Table II provides
concentration limits for airborne and liquid effluents
released to the general environment. Table III provides
concentration limits for discharges to sanitary sewerage.

Note: | The values in Tables I, II, and III are presented in the computer "E" notation. In this notation a value of
6E-02 represents a value of 6 x 10^{-2} or 0.06, 6E+2 represents 6 x 10^{2} or 600, and 6E+0 represents 6 x 10^{0}
or 6. |

Table I "Occupational Values"

Note that the columns in Table I of this appendix
captioned "Oral Ingestion ALI," "Inhalation ALI," and "DAC,"
are applicable to occupational exposure to radioactive
material.

The ALIs in this appendix are the annual intakes of given
radionuclide by "Reference Man" which would result in either:
A committed effective dose equivalent of 0.05 Sv (5 rem),
stochastic ALI; or a committed dose equivalent of 0.5 Sv (50
rem) to an organ or tissue, nonstochastic ALI. The stochastic
ALIs were derived to result in a risk, due to irradiation of
organs and tissues, comparable to the risk associated with
deep dose equivalent to the whole body of 0.05 Sv (5 rem). The derivation includes multiplying the committed dose
equivalent to an organ or tissue by a weighting factor, w_{T}. This weighting factor is the proportion of the risk of
stochastic effects resulting from irradiation of the organ or
tissue, T, to the total risk of stochastic effects when the
whole body is irradiated uniformly. The values of w_{T} are
listed under the definition of weighting factor in WAC 246-221-005. The nonstochastic ALIs were derived to avoid
nonstochastic effects, such as prompt damage to tissue or
reduction in organ function.

A value of w_{T} = 0.06 is applicable to each of the five
organs or tissues in the "remainder" category receiving the
highest dose equivalents, and the dose equivalents of all
other remaining tissues may be disregarded. The following
portions of the GI tract -- stomach, small intestine, upper
large intestine, and lower large intestine -- are to be
treated as four separate organs.

Note that the dose equivalents for an extremity, elbows,
arms below the elbows, feet and lower legs, knees, and legs
below the knees, skin, and lens of the eye are not considered
in computing the committed effective dose equivalent, but are
subject to limits that must be met separately.

When an ALI is defined by the stochastic dose limit, this
value alone is given. When an ALI is determined by the
non-stochastic dose limit to an organ, the organ or tissue to
which the limit applies is shown, and the ALI for the
stochastic limit is shown in parentheses. Abbreviated organ
or tissue designations are used:

LLI wall | = | lower large intestine wall; |

St. wall | = | stomach wall; |

Blad wall | = | bladder wall; and |

Bone surf | = | bone surface. |

The use of the ALIs listed first, the more limiting of the stochastic and nonstochastic ALIs, will ensure that nonstochastic effects are avoided and that the risk of stochastic effects is limited to an acceptably low value. If, in a particular situation involving a radionuclide for which the nonstochastic ALI is limiting, use of that nonstochastic ALI is considered unduly conservative, the licensee may use the stochastic ALI to determine the committed effective dose equivalent. However, the licensee shall also ensure that the 0.5 Sv (50 rem) dose equivalent limit for any organ or tissue is not exceeded by the sum of the external deep dose equivalent plus the internal committed dose equivalent to that organ, not the effective dose. For the case where there is no external dose contribution, this would be demonstrated if the sum of the fractions of the nonstochastic ALIs (ALI

The derived air concentration (DAC) values are derived
limits intended to control chronic occupational exposures. The relationship between the DAC and the ALI is given by:

DAC = ALI (in µCi)/(2000 hours per working year x 60
minutes/hour x 2 x 10^{4} ml per minute) = [ALI/2.4 x 10^{9}]
µCi/ml, |

where 2 x 10^{4} ml per minute is the volume of air breathed
per minute at work by Reference Man under working
conditions of light work. |

The DAC values relate to one of two modes of exposure:
Either external submersion or the internal committed dose
equivalents resulting from inhalation of radioactive
materials. DACs based upon submersion are for immersion in a
semi-infinite cloud of uniform concentration and apply to each
radionuclide separately.

The ALI and DAC values include contributions to exposure
by the single radionuclide named and any in-growth of daughter
radionuclides produced in the body by decay of the parent. However, intakes that include both the parent and daughter
radionuclides should be treated by the general method
appropriate for mixtures.

The values of ALI and DAC do not apply directly when the
individual both ingests and inhales a radionuclide, when the
individual is exposed to a mixture of radionuclides by either
inhalation or ingestion or both, or when the individual is
exposed to both internal and external irradiation. See WAC 246-221-015. When an individual is exposed to radioactive
materials which fall under several of the translocation
classifications of the same radionuclide, such as, Class D,
Class W, or Class Y, the exposure may be evaluated as if it
were a mixture of different radionuclides.

It should be noted that the classification of a compound
as Class D, W, or Y is based on the chemical form of the
compound and does not take into account the radiological
half-life of different radionuclides. For this reason, values
are given for Class D, W, and Y compounds, even for very
short-lived radionuclides.

Table II "Effluent Concentrations"

The columns in Table II of this appendix captioned
"Effluents," "Air" and "Water" are applicable to the
assessment and control of dose to the public, particularly in
the implementation of the provisions of WAC 246-221-070. The
concentration values given in Columns 1 and 2 of Table II are
equivalent to the radionuclide concentrations which, if
inhaled or ingested continuously over the course of a year,
would produce a total effective dose equivalent of 0.50 mSv
(0.05 rem).

Consideration of nonstochastic limits has not been
included in deriving the air and water effluent concentration
limits because nonstochastic effects are presumed not to occur
at or below the dose levels established for individual members
of the public. For radionuclides, where the nonstochastic
limit was governing in deriving the occupational DAC, the
stochastic ALI was used in deriving the corresponding airborne
effluent limit in Table II. For this reason, the DAC and
airborne effluent limits are not always proportional as was
the case in the previous Appendix A of this chapter.

The air concentration values listed in Table II, Column 1
were derived by one of two methods. For those radionuclides
for which the stochastic limit is governing, the occupational
stochastic inhalation ALI was divided by 2.4 x 10^{9}, relating
the inhalation ALI to the DAC, as explained above, and then
divided by a factor of three hundred. The factor of three
hundred includes the following components: A factor of fifty
to relate the 0.05 Sv (5 rem) annual occupational dose limit
to the 1 mSv (0.1 rem) limit for members of the public, a
factor of three to adjust for the difference in exposure time
and the inhalation rate for a worker and that for members of
the public; and a factor of two to adjust the occupational
values, derived for adults, so that they are applicable to
other age groups.

For those radionuclides for which submersion, that is
external dose, is limiting, the occupational DAC in Table I,
Column 3 was divided by two hundred nineteen. The factor of
two hundred nineteen is composed of a factor of fifty, as
described above, and a factor of 4.38 relating occupational
exposure for two thousand hours per year to full-time exposure
(eight thousand seven hundred sixty hours per year). Note
that an additional factor of two for age considerations is not
warranted in the submersion case.

The water concentrations were derived by taking the most
restrictive occupational stochastic oral ingestion ALI and
dividing by 7.3 x 10^{7}. The factor of 7.3 x 10^{7} (ml) includes
the following components: The factors of fifty and two
described above and a factor of 7.3 x 10^{5} (ml) which is the
annual water intake of Reference Man.

Note 2 of this appendix provides groupings of
radionuclides which are applicable to unknown mixtures of
radionuclides. These groupings, including occupational
inhalation ALIs and DACs, air and water effluent
concentrations and releases to sewer, require demonstrating
that the most limiting radionuclides in successive classes are
absent. The limit for the unknown mixture is defined when the
presence of one of the listed radionuclides cannot be
definitely excluded as being present either from knowledge of
the radionuclide composition of the source or from actual
measurements.

Table III "Releases to Sewers"

The monthly average concentrations for release to
sanitary sewerage are applicable to the provisions in WAC 246-221-190. The concentration values were derived by taking
the most restrictive occupational stochastic oral ingestion
ALI and dividing by 7.3 x 10^{6} (ml). The factor of 7.3 x 10^{6}
(ml) is composed of a factor of 7.3 x 10^{5} (ml), the annual
water intake by Reference Man, and a factor of ten, such that
the concentrations, if the sewage released by the licensee
were the only source of water ingested by a Reference Man
during a year, would result in a committed effective dose
equivalent of 5 mSv (0.5 rem).

LIST OF ELEMENTS |
|||||

Name | Symbol | Atomic Number |
Name | Symbol | Atomic Number |

Actinium | Ac | 89 | Molybdenum | Mo | 42 |

Aluminum | Al | 13 | Neodymium | Nd | 60 |

Americium | Am | 95 | Neptunium | Np | 93 |

Antimony | Sb | 51 | Nickel | Ni | 28 |

Argon | Ar | 18 | Nitrogen | N | 7 |

Arsenic | As | 33 | Niobium | Nb | 41 |

Astatine | At | 85 | Osmium | Os | 76 |

Barium | Ba | 56 | Oxygen | O | 8 |

Berkelium | Bk | 97 | Palladium | Pd | 46 |

Beryllium | Be | 4 | Phosphorus | P | 15 |

Bismuth | Bi | 83 | Platinum | Pt | 78 |

Bromine | Br | 35 | Plutonium | Pu | 94 |

Cadmium | Cd | 48 | Polonium | Po | 84 |

Calcium | Ca | 20 | Potassium | K | 19 |

Californium | Cf | 98 | Praseodymium | Pr | 59 |

Carbon | C | 6 | Promethium | Pm | 61 |

Cerium | Ce | 58 | Protactinium | Pa | 91 |

Cesium | Cs | 55 | Radium | Ra | 88 |

Chlorine | Cl | 17 | Radon | Rn | 86 |

Chromium | Cr | 24 | Rhenium | Re | 75 |

Cobalt | Co | 27 | Rhodium | Rh | 45 |

Copper | Cu | 29 | Rubidium | Rb | 37 |

Curium | Cm | 96 | Ruthenium | Ru | 44 |

Dysprosium | Dy | 66 | Samarium | Sm | 62 |

Einsteinium | Es | 99 | Scandium | Sc | 21 |

Erbium | Er | 68 | Selenium | Se | 34 |

Europium | Eu | 63 | Silicon | Si | 14 |

Fermium | Fm | 100 | Silver | Ag | 47 |

Fluorine | F | 9 | Sodium | Na | 11 |

Francium | Fr | 87 | Strontium | Sr | 38 |

Gadolinium | Gd | 64 | Sulfur | S | 16 |

Gallium | Ga | 31 | Tantalum | Ta | 73 |

Germanium | Ge | 32 | Technetium | Tc | 43 |

Gold | Au | 79 | Tellurium | Te | 52 |

Hafnium | Hf | 72 | Terbium | Tb | 65 |

Holmium | Ho | 67 | Thallium | Tl | 81 |

Hydrogen | H | 1 | Thorium | Th | 90 |

Indium | In | 49 | Thulium | Tm | 69 |

Iodine | I | 53 | Tin | Sn | 50 |

Iridium | Ir | 77 | Titanium | Ti | 22 |

Iron | Fe | 26 | Tungsten | W | 74 |

Krypton | Kr | 36 | Uranium | U | 92 |

Lanthanum | La | 57 | Vanadium | V | 23 |

Lead | Pb | 82 | Xenon | Xe | 54 |

Lutetium | Lu | 71 | Ytterbium | Yb | 70 |

Magnesium | Mg | 12 | Yttrium | Y | 39 |

Manganese | Mn | 25 | Zinc | Zn | 30 |

Mendelevium | Md | 101 | Zirconium | Zr | 40 |

Mercury | Hg | 80 |

Table 1 Occupational Values |
Table II Effluent Concentration |
Table III Releases to Sewers |
||||||

Col. 1 | Col. 2 | Col. 3 | Col. 1 | Col. 2 | Monthly Average Concen- tration |
|||

Oral Ingestion |
Inhalation | |||||||

Atomic No. | Radionuclide | Class | ALI µCi |
ALI µCi |
DAC µCi/ml |
Air µCi/ml |
Water µCi/ml |
µCi/ml |

1 | Hydrogen-3 | Water, DAC includes skin absorption |
8E+4 |
8E+4 |
2E-5 |
1E-7 |
1E-3 |
1E-2 |

Gas (HT or T_{2}) Submersion^{1}: Use above values as HT and T_{2} oxidize in air and in the body to
HTO. |
||||||||

4 | Beryllium-7 | W, all compounds except those given for Y | 4E+4 | 2E+4 | 9E-6 | 3E-8 | 6E-4 | 6E-3 |

Y, oxides, halides, and nitrates | - | 2E+4 | 8E-6 | 3E-8 | - | - | ||

4 | Beryllium-10 | W, see ^{7}Be |
1E+3 | 2E+2 | 6E-8 | 2E-10 | - | - |

LLI wall (1E+3) | - | - | - | 2E-5 | 2E-4 | |||

Y, see ^{7}Be |
- | 1E+1 | 6E-9 | 2E-11 | - | - | ||

6 | Carbon-11^{2} |
Monoxide | - | 1E+6 | 5E-4 | 2E-6 | - | - |

Dioxide | - | 6E+5 | 3E-4 | 9E-7 | - | - | ||

Compounds | 4E+5 | 4E+5 | 2E-4 | 6E-7 | 6E-3 | 6E-2 | ||

6 | Carbon-14 | Monoxide | - | 2E+6 | 7E-4 | 2E-6 | - | - |

Dioxide | - | 2E+5 | 9E-5 | 3E-7 | - | - | ||

Compounds | 2E+3 | 2E+3 | 1E-6 | 3E-9 | 3E-5 | 3E-4 | ||

7 | Nitrogen-13^{2} |
Submersion^{1} |
- | - | 4E-6 | 2E-8 | - | - |

8 | Oxygen-15^{2} |
Submersion^{1} |
- | - | 4E-6 | 2E-8 | - | - |

9 | Fluorine-18^{2} |
D, fluorides of H, Li, Na, K, Rb, Cs, and Fr | 5E+4 | 7E+4 | 3E-5 | 1E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

W, fluorides of Be, Mg, Ca,
Sr, Ba, Ra, Al, Ga, In, Tl,
As, Sb, Bi, Fe, Ru, Os, Co,
Ni, Pd, Pt, Cu, Ag, Au, Zn,
Cd, Hg, Sc, Y, Ti, Zr, V,
Nb, Ta, Mn, Tc, and Re Y, lanthanum fluoride |
- - |
9E+4 8E+4 |
4E-5 3E-5 |
1E-7 1E-7 |
- - |
- - |
||

11 | Sodium-22 | D, all compounds | 4E+2 | 6E+2 | 3E-7 | 9E-10 | 6E-6 | 6E-5 |

11 | Sodium-24 | D, all compounds | 4E+3 | 5E+3 | 2E-6 | 7E-9 | 5E-5 | 5E-4 |

12 | Magnesium-28 | D, all compounds except those given for W | 7E+2 | 2E+3 | 7E-7 | 2E-9 | 9E-6 | 9E-5 |

W, oxides, hydroxides, carbides, halides, and nitrates | - | 1E+3 | 5E-7 | 2E-9 | - | - | ||

13 | Aluminum-26 | D, all compounds except those given for W | 4E+2 | 6E+1 | 3E-8 | 9E-11 | 6E-6 | 6E-5 |

W, oxides, hydroxides, carbides, halides, and nitrates | - | 9E+1 | 4E-8 | 1E-10 | - | - | ||

14 | Silicon-31 | D, all compounds except those given for W and Y | 9E+3 | 3E+4 | 1E-5 | 4E-8 | 1E-4 | 1E-3 |

W, oxides, hydroxides,
carbides, and nitrates Y, aluminosilicate glass |
- - |
3E+4 3E+4 |
1E-5 1E-5 |
5E-8 4E-8 |
- - |
- - |
||

14 | Silicon-32 | D, see ^{31}Si |
2E+3 | 2E+2 | 1E-7 | 3E-10 | - | - |

LLI wall (3E+3) | - | - | - | 4E-5 | 4E-4 | |||

W, see ^{31}Si |
- | 1E+2 | 5E-8 | 2E-10 | - | - | ||

Y, see ^{31}Si |
- | 5E+0 | 2E-9 | 7E-12 | - | - | ||

15 | Phosphorus-32 | D, all compounds except phosphates given for W | 6E+2 | 9E+2 | 4E-7 | 1E-9 | 9E-6 | 9E-5 |

W, phosphates of Zn^{2+},
S^{3+}, Mg^{2+}, Fe^{3+}, Bi^{3+}, and
lanthanides |
- | 4E+2 | 2E-7 | 5E-10 | - | - | ||

15 | Phosphorus-33 | D, see ^{32}P |
6E+3 | 8E+3 | 4E-6 | 1E-8 | 8E-5 | 8E-4 |

W, see ^{32}P |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

16 | Sulfur-35 | Vapor | - | 1E+4 | 6E-6 | 2E-8 | - | - |

D, sulfides and sulfates except those given for W | 1E+4 | 2E+4 | 7E-6 | 2E-8 | - | - | ||

LLI wall (8E+3) | - | - | - | 1E-4 | 1E-3 | |||

W, elemental sulfur, sulfides of Sr, Ba, Ge, Sn, Pb, As, Sb, Bi, Cu, Ag, Au, Zn, Cd, Hg, W, and Mo. Sulfates of Ca, Sr, Ba, Ra, As, Sb, and Bi | 6E+3 - |
2E+3 |
9E-7 |
3E-9 |
- |
- |
||

17 | Chlorine-36 | D, chlorides of H, Li, Na, K, Rb, Cs, and Fr | 2E+3 | 2E+3 | 1E-6 | 3E-9 | 2E-5 | 2E-4 |

W, chlorides of lantha- nides, Be, Mg, Ca, Sr, Ba, Ra, Al, Ga, In, Tl, Ge, Sn, Pb, As, Sb, Bi, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Tc, and Re | - | 2E+2 | 1E-7 | 3E-10 | - | - | ||

17 | Chlorine-38^{2} |
D, see ^{36}Cl |
2E+4 | 4E+4 | 2E-5 | 6E-8 | - | - |

St wall (3E+4) |
- | - | - | 3E-4 | 3E-3 | |||

W, see ^{36}Cl |
- | 5E+4 | 2E-5 | 6E-8 | - | - | ||

17 | Chlorine-39^{2} |
D, see ^{36}Cl |
2E+4 | 5E+4 | 2E-5 | 7E-8 | - | - |

St wall (4E+4) |
- | - | - | 5E-4 | 5E-3 | |||

W, see ^{36}Cl |
- | 6E+4 | 2E-5 | 8E-8 | - | - | ||

18 | Argon-37 | Submersion^{1} |
- | - | 1E+0 | 6E-3 | - | - |

18 | Argon-39 | Submersion^{1} |
- | - | 2E-4 | 8E-7 | - | - |

18 | Argon-41 | Submersion^{1} |
- | - | 3E-6 | 1E-8 | - | - |

19 | Potassium-40 | D, all compounds | 3E+2 | 4E+2 | 2E-7 | 6E-10 | 4E-6 | 4E-5 |

19 | Potassium-42 | D, all compounds | 5E+3 | 5E+3 | 2E-6 | 7E-9 | 6E-5 | 6E-4 |

19 | Potassium-43 | D, all compounds | 6E+3 | 9E+3 | 4E-6 | 1E-8 | 9E-5 | 9E-4 |

19 | Potassium-44^{2} |
D, all compounds | 2E+4 | 7E+4 | 3E-5 | 9E-8 | - | - |

St wall (4E+4) |
- | - | - | 5E-4 | 5E-3 | |||

19 | Potassium-45^{2} |
D, all compounds | 3E+4 | 1E+5 | 5E-5 | 2E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

20 | Calcium-41 | W, all compounds | 3E+3 | 4E+3 | 2E-6 | - | - | - |

Bone surf (4E+3) | Bone surf (4E+3) | - | 5E-9 | 6E-5 | 6E-4 | |||

20 | Calcium-45 | W, all compounds | 2E+3 | 8E+2 | 4E-7 | 1E-9 | 2E-5 | 2E-4 |

20 | Calcium-47 | W, all compounds | 8E+2 | 9E+2 | 4E-7 | 1E-9 | 1E-5 | 1E-4 |

21 | Scandium-43 | Y, all compounds | 7E+3 | 2E+4 | 9E-6 | 3E-8 | 1E-4 | 1E-3 |

21 | Scandium-44m | Y, all compounds | 5E+2 | 7E+2 | 3E-7 | 1E-9 | 7E-6 | 7E-5 |

21 | Scandium-44 | Y, all compounds | 4E+3 | 1E+4 | 5E-6 | 2E-8 | 5E-5 | 5E-4 |

21 | Scandium-46 | Y, all compounds | 9E+2 | 2E+2 | 1E-7 | 3E-10 | 1E-5 | 1E-4 |

21 | Scandium-47 | Y, all compounds | 2E+3 | 3E+3 | 1E-6 | 4E-9 | - | - |

LLI wall (3E+3) | - | - | - | 4E-5 | 4E-4 | |||

21 | Scandium-48 | Y, all compounds | 8E+2 | 1E+3 | 6E-7 | 2E-9 | 1E-5 | 1E-4 |

21 | Scandium-49^{2} |
Y, all compounds | 2E+4 | 5E+4 | 2E-5 | 8E-8 | 3E-4 | 3E-3 |

22 | Titanium-44 | D, all compounds except those given for W and Y | 3E+2 | 1E+1 | 5E-9 | 2E-11 | 4E-6 | 4E-5 |

W, oxides, hydroxides, carbides, halides, and nitrates | - | 3E+1 | 1E-8 | 4E-11 | - | - | ||

Y, SrTi0_{} |
- | 6E+0 | 2E-9 | 8E-12 | - | - | ||

22 | Titanium-45 | D, see ^{44}Ti |
9E+3 | 3E+4 | 1E-5 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{44}Ti |
- | 4E+4 | 1E-5 | 5E-8 | - | - | ||

Y, see ^{44}Ti |
- | 3E+4 | 1E-5 | 4E-8 | - | - | ||

^{} |
||||||||

23 | Vanadium-472 | D, all compounds except those given for W | 3E+4 | 8E+4 | 3E-5 | 1E-7 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

W, oxides, hydroxides, carbides, and halides | - | 1E+5 | 4E-5 | 1E-7 | - | - | ||

23 | Vanadium-48 | D, see ^{47}V |
6E+2 | 1E+3 | 5E-7 | 2E-9 | 9E-6 | 9E-5 |

W, see ^{47}V |
- | 6E+2 | 3E-7 | 9E-10 | - | - | ||

23 | Vanadium-49 | D, see ^{47}V |
7E+4 | 3E+4 | 1E-5 | - | - | - |

LLI wall (9E+4) | Bone surf (3E+4) | - | 5E-8 | 1E-3 | 1E-2 | |||

W, see ^{47}V |
- | 2E+4 | 8E-6 | 2E-8 | - | - | ||

24 | Chromium-48 | D, all compounds except those given for W and Y | 6E+3 | 1E+4 | 5E-6 | 2E-8 | 8E-5 | 8E-4 |

W, halides and nitrates | - | 7E+3 | 3E-6 | 1E-8 | - | - | ||

Y, oxides and hydroxides | - | 7E+3 | 3E-6 | 1E-8 | - | - | ||

24 | Chromium-49^{2} |
D, see ^{48}Cr |
3E+4 | 8E+4 | 4E-5 | 1E-7 | 4E-4 | 4E-3 |

W, see ^{48}Cr |
- | 1E+5 | 4E-5 | 1E-7 | - | - | ||

Y, see ^{48}Cr |
- | 9E+4 | 4E-5 | 1E-7 | - | - | ||

24 | Chromium-51 | D, see ^{48}Cr |
4E+4 | 5E+4 | 2E-5 | 6E-8 | 5E-4 | 5E-3 |

W, see ^{48}Cr |
- | 2E+4 | 1E-5 | 3E-8 | - | - | ||

Y, see ^{48}Cr |
- | 2E+4 | 8E-6 | 3E-8 | - | - | ||

25 | Manganese-51^{2} |
D, all compounds except those given for W | 2E+4 | 5E+4 | 2E-5 | 7E-8 | 3E-4 | 3E-3 |

W, oxides, hydroxides, halides, and nitrates | - | 6E+4 | 3E-5 | 8E-8 | - | - | ||

25 | Manganese-52m^{2} |
D, see ^{51}Mn |
3E+4 | 9E+4 | 4E-5 | 1E-7 | - | - |

St wall (4E+4) |
- | - | - | 5E-4 | 5E-3 | |||

W, see ^{51}Mn |
- | 1E+5 | 4E-5 | 1E-7 | - | - | ||

25 | Manganese-52 | D, see ^{51}Mn |
7E+2 | 1E+3 | 5E-7 | 2E-9 | 1E-5 | 1E-4 |

W, see ^{51}Mn |
- | 9E+2 | 4E-7 | 1E-9 | - | - | ||

25 | Manganese-53 | D, see ^{51}Mn |
5E+4 | 1E+4 | 5E-6 | - | 7E-4 | 7E-3 |

- | Bone surf (2E+4) | - | 3E-8 | - | - | |||

W, see ^{51}Mn |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

25 | Manganese-54 | D, see ^{51}Mn |
2E+3 | 9E+2 | 4E-7 | 1E-9 | 3E-5 | 3E-4 |

W, see ^{51}Mn |
- | 8E+2 | 3E-7 | 1E-9 | - | - | ||

25 | Manganese-56 | D, see ^{51}Mn |
5E+3 | 2E+4 | 6E-6 | 2E-8 | 7E-5 | 7E-4 |

W, see ^{51}Mn |
- | 2E+4 | 9E-6 | 3E-8 | - | - | ||

26 | Iron-52 | D, all compounds except those given for W | 9E+2 | 3E+3 | 1E-6 | 4E-9 | 1E-5 | 1E-4 |

W, oxides, hydroxides, and halides | - | 2E+3 | 1E-6 | 3E-9 | - | - | ||

26 | Iron-55 | D, see ^{52}Fe |
9E+3 | 2E+3 | 8E-7 | 3E-9 | 1E-4 | 1E-3 |

W, see ^{52}Fe |
- | 4E+3 | 2E-6 | 6E-9 | - | - | ||

26 | Iron-59 | D, see ^{52}Fe |
8E+2 | 3E+2 | 1E-7 | 5E-10 | 1E-5 | 1E-4 |

W, see ^{52}Fe |
- | 5E+2 | 2E-7 | 7E-10 | - | - | ||

26 | Iron-60 | D, see ^{52}Fe |
3E+1 | 6E+0 | 3E-9 | 9E-12 | 4E-7 | 4E-6 |

W, see ^{52}Fe |
- | 2E+1 | 8E-9 | 3E-11 | - | - | ||

27 | Cobalt-55 | W, all compounds except those given for Y | 1E+3 | 3E+3 | 1E-6 | 4E-9 | 2E-5 | 2E-4 |

Y, oxides, hydroxides, halides, and nitrates | - | 3E+3 | 1E-6 | 4E-9 | - | - | ||

27 | Cobalt-56 | W, see ^{55}Co |
5E+2 | 3E+2 | 1E-7 | 4E-10 | 6E-6 | 6E-5 |

Y, see ^{55}Co |
4E+2 | 2E+2 | 8E-8 | 3E-10 | - | - | ||

27 | Cobalt-57 | W, see ^{55}Co |
8E+3 | 3E+3 | 1E-6 | 4E-9 | 6E-5 | 6E-4 |

Y, see ^{55}Co |
4E+3 | 7E+2 | 3E-7 | 9E-10 | - | - | ||

27 | Cobalt-58m | W, see ^{55}Co |
6E+4 | 9E+4 | 4E-5 | 1E-7 | 8E-4 | 8E-3 |

Y, see ^{55}Co |
- | 6E+4 | 3E-5 | 9E-8 | - | - | ||

27 | Cobalt-58 | W, see ^{55}Co |
2E+3 | 1E+3 | 5E-7 | 2E-9 | 2E-5 | 2E-4 |

Y, see ^{55}Co |
1E+3 | 7E+2 | 3E-7 | 1E-9 | - | - | ||

27 | Cobalt-60m^{2} |
W, see ^{55}Co |
1E+6 | 4E+6 | 2E-3 | 6E-6 | - | - |

St wall (1E+6) |
- | - | - | 2E-2 | 2E-1 | |||

Y, see ^{55}Co |
- | 3E+6 | 1E-3 | 4E-6 | - | - | ||

27 | Cobalt-60 | W, see ^{55}Co |
5E+2 | 2E+2 | 7E-8 | 2E-10 | 3E-6 | 3E-5 |

Y, see ^{55}Co |
2E+2 | 3E+1 | 1E-8 | 5E-11 | - | - | ||

27 | Cobalt-61^{2} |
W, see ^{55}Co |
2E+4 | 6E+4 | 3E-5 | 9E-8 | 3E-4 | 3E-3 |

Y, see ^{55}Co |
2E+4 | 6E+4 | 2E-5 | 8E-8 | - | - | ||

27 | Cobalt-62m^{2} |
W, see ^{55}Co |
4E+4 | 2E+5 | 7E-5 | 2E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

Y, see ^{55}Co |
- | 2E+5 | 6E-5 | 2E-7 | - | - | ||

28 | Nickel-56 | D, all compounds except those given for W | 1E+3 | 2E+3 | 8E-7 | 3E-9 | 2E-5 | 2E-4 |

W, oxides, hydroxides, and carbides | - | 1E+3 | 5E-7 | 2E-9 | - | - | ||

Vapor | - | 1E+3 | 5E-7 | 2E-9 | - | - | ||

28 | Nickel-57 | D, see ^{56}Ni |
2E+3 | 5E+3 | 2E-6 | 7E-9 | 2E-5 | 2E-4 |

W, see ^{56}Ni |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

Vapor | - | 6E+3 | 3E-6 | 9E-9 | - | - | ||

28 | Nickel-59 | D, see ^{56}Ni |
2E+4 | 4E+3 | 2E-6 | 5E-9 | 3E-4 | 3E-3 |

W, see ^{56}Ni |
- | 7E+3 | 3E-6 | 1E-8 | - | - | ||

Vapor | - | 2E+3 | 8E-7 | 3E-9 | - | - | ||

28 | Nickel-63 | D, see ^{56}Ni |
9E+3 | 2E+3 | 7E-7 | 2E-9 | 1E-4 | 1E-3 |

W, see ^{56}Ni |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

Vapor | - | 8E+2 | 3E-7 | 1E-9 | - | - | ||

28 | Nickel-65 | D, see ^{56}Ni |
8E+3 | 2E+4 | 1E-5 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{56}Ni |
- | 3E+4 | 1E-5 | 4E-8 | - | - | ||

Vapor | - | 2E+4 | 7E-6 | 2E-8 | - | - | ||

28 | Nickel-66 | D, see ^{56}Ni |
4E+2 | 2E+3 | 7E-7 | 2E-9 | - | - |

LLI wall (5E+2) | - | - | - | 6E-6 | 6E-5 | |||

W, see ^{56}Ni |
- | 6E+2 | 3E-7 | 9E-10 | - | - | ||

Vapor | - | 3E+3 | 1E-6 | 4E-9 | - | - | ||

29 | Copper-60^{2} |
D, all compounds except those given for W and Y | 3E+4 | 9E+4 | 4E-5 | 1E-7 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

W, sulfides, halides, and nitrates | - |
1E+5 |
5E-5 |
2E-7 |
- |
- |
||

Y, oxides and hydroxides | - | 1E+5 | 4E-5 | 1E-7 | - | - | ||

29 | Copper-61 | D, see ^{60}Cu |
1E+4 | 3E+4 | 1E-5 | 4E-8 | 2E-4 | 2E-3 |

W, see ^{60}Cu |
- | 4E+4 | 2E-5 | 6E-8 | - | - | ||

Y, see ^{60}Cu |
- | 4E+4 | 1E-5 | 5E-8 | - | - | ||

29 | Copper-64 | D, see ^{60}Cu |
1E+4 | 3E+4 | 1E-5 | 4E-8 | 2E-4 | 2E-3 |

W, see ^{60}Cu |
- | 2E+4 | 1E-5 | 3E-8 | - | - | ||

Y, see ^{60}Cu |
- | 2E+4 | 9E-6 | 3E-8 | - | - | ||

29 | Copper-67 | D, see ^{60}Cu |
5E+3 | 8E+3 | 3E-6 | 1E-8 | 6E-5 | 6E-4 |

W, see ^{60}Cu |
- | 5E+3 | 2E-6 | 7E-9 | - | - | ||

Y, see ^{60}Cu |
- | 5E+3 | 2E-6 | 6E-9 | - | - | ||

30 | Zinc-62 | Y, all compounds | 1E+3 | 3E+3 | 1E-6 | 4E-9 | 2E-5 | 2E-4 |

30 | Zinc-63^{2} |
Y, all compounds | 2E+4 | 7E+4 | 3E-5 | 9E-8 | - | - |

St wall (3E+4) |
- | - | - | 3E-4 | 3E-3 | |||

30 | Zinc-65 | Y, all compounds | 4E+2 | 3E+2 | 1E-7 | 4E-10 | 5E-6 | 5E-5 |

30 | Zinc-69m | Y, all compounds | 4E+3 | 7E+3 | 3E-6 | 1E-8 | 6E-5 | 6E-4 |

30 | Zinc-69^{2} |
Y, all compounds | 6E+4 | 1E+5 | 6E-5 | 2E-7 | 8E-4 | 8E-3 |

30 | Zinc-71m | Y, all compounds | 6E+3 | 2E+4 | 7E-6 | 2E-8 | 8E-5 | 8E-4 |

30 | Zinc-72 | Y, all compounds | 1E+3 | 1E+3 | 5E-7 | 2E-9 | 1E-5 | 1E-4 |

31 | Gallium-65^{2} |
D, all compounds excep those given for W | 5E+4 | 2E+5 | 7E-5 | 2E-7 | - | - |

St wall (6E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, oxides, hydroxides, carbides, halides, and nitrates | - | 2E+5 | 8E-5 | 3E-7 | - | - | ||

31 | Gallium-66 | D, see ^{65}Ga |
1E+3 | 4E+3 | 1E-6 | 5E-9 | 1E-5 | 1E-4 |

W, see ^{65}Ga |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

31 | Gallium-67 | D, see ^{65}Ga |
7E+3 | 1E+4 | 6E-6 | 2E-8 | 1E-4 | 1E-3 |

W, see ^{65}Ga |
- | 1E+4 | 4E-6 | 1E-8 | - | - | ||

31 | Gallium-68^{2} |
D, see ^{65}Ga |
2E+4 | 4E+4 | 2E-5 | 6E-8 | 2E-4 | 2E-3 |

W, see ^{65}Ga |
- | 5E+4 | 2E-5 | 7E-8 | - | - | ||

31 | Gallium-70^{2} |
D, see ^{65}Ga |
5E+4 | 2E+5 | 7E-5 | 2E-7 | - | - |

St wall (7E+4) |
- | - | - | 1E-3 | 1E-2 | |||

W, see ^{65}Ga |
- | 2E+5 | 8E-5 | 3E-7 | - | - | ||

31 | Gallium-72 | D, see ^{65}Ga |
1E+3 | 4E+3 | 1E-6 | 5E-9 | 2E-5 | 2E-4 |

W, see ^{65}Ga |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

31 | Gallium-73 | D, see ^{65}Ga |
5E+3 | 2E+4 | 6E-6 | 2E-8 | 7E-5 | 7E-4 |

W, see ^{65}Ga |
- | 2E+4 | 6E-6 | 2E-8 | - | - | ||

32 | Germanium-66 | D, all compounds except those given for W | 2E+4 | 3E+4 | 1E-5 | 4E-8 | 3E-4 | 3E-3 |

W, oxides, sulfides, and halides | - | 2E+4 | 8E-6 | 3E-8 | - | - | ||

32 | Germanium-67^{2} |
D, see ^{66}Ge |
3E+4 | 9E+4 | 4E-5 | 1E-7 | - | - |

St wall (4E+4) |
- | - | - | 6E-4 | 6E-3 | |||

W, see ^{66}Ge |
- | 1E+5 | 4E-5 | 1E-7 | - | - | ||

32 | Germanium-68 | D, see ^{66}Ge |
5E+3 | 4E+3 | 2E-6 | 5E-9 | 6E-5 | 6E-4 |

W, see ^{66}Ge |
- | 1E+2 | 4E-8 | 1E-10 | - | - | ||

32 | Germanium-69 | D, see ^{66}Ge |
1E+4 | 2E+4 | 6E-6 | 2E-8 | 2E-4 | 2E-3 |

W, see ^{66}Ge |
- | 8E+3 | 3E-6 | 1E-8 | - | - | ||

32 | Germanium-71 | D, see ^{66}Ge |
5E+5 | 4E+5 | 2E-4 | 6E-7 | 7E-3 | 7E-2 |

W, see ^{66}Ge |
- | 4E+4 | 2E-5 | 6E-8 | - | - | ||

32 | Germanium-75^{2} |
D, see ^{66}Ge |
4E+4 | 8E+4 | 3E-5 | 1E-7 | - | - |

St wall (7E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, see ^{66}Ge |
- | 8E+4 | 4E-5 | 1E-7 | - | - | ||

32 | Germanium-77 | D, see ^{66}Ge |
9E+3 | 1E+4 | 4E-6 | 1E-8 | 1E-4 | 1E-3 |

W, see ^{66}Ge |
- | 6E+3 | 2E-6 | 8E-9 | - | - | ||

32 | Germanium-78^{2} |
D, see ^{66}Ge |
2E+4 | 2E+4 | 9E-6 | 3E-8 | - | - |

St wall (2E+4) |
- | - | - | 3E-4 | 3E-3 | |||

W, see ^{66}Ge |
- | 2E+4 | 9E-6 | 3E-8 | - | - | ||

33 | Arsenic-69^{2} |
W, all compounds | 3E+4 | 1E+5 | 5E-5 | 2E-7 | - | - |

St wall (4E+4) |
- | - | - | 6E-4 | 6E-3 | |||

33 | Arsenic-70^{2} |
W, all compounds | 1E+4 | 5E+4 | 2E-5 | 7E-8 | 2E-4 | 2E-3 |

33 | Arsenic-71 | W, all compounds | 4E+3 | 5E+3 | 2E-6 | 6E-9 | 5E-5 | 5E-4 |

33 | Arsenic-72 | W, all compounds | 9E+2 | 1E+3 | 6E-7 | 2E-9 | 1E-5 | 1E-4 |

33 | Arsenic-73 | W, all compounds | 8E+3 | 2E+3 | 7E-7 | 2E-9 | 1E-4 | 1E-3 |

33 | Arsenic-74 | W, all compounds | 1E+3 | 8E+2 | 3E-7 | 1E-9 | 2E-5 | 2E-4 |

33 | Arsenic-76 | W, all compounds | 1E+3 | 1E+3 | 6E-7 | 2E-9 | 1E-5 | 1E-4 |

33 | Arsenic-77 | W, all compounds | 4E+3 | 5E+3 | 2E-6 | 7E-9 | - | - |

LLI wall (5E+3) | - | - | - | 6E-5 | 6E-4 | |||

33 | Arsenic-78^{2} |
W, all compounds | 8E+3 | 2E+4 | 9E-6 | 3E-8 | 1E-4 | 1E-3 |

34 | Selenium-70^{2} |
D, all compounds except those given for W | 2E+4 | 4E+4 | 2E-5 | 5E-8 | 1E-4 | 1E-3 |

W, oxides, hydroxides, carbides, and elemental Se | 1E+4 | 4E+4 | 2E-5 | 6E-8 | - | - | ||

34 | Selenium-73m^{2} |
D, see ^{70}Se |
6E+4 | 2E+5 | 6E-5 | 2E-7 | 4E-4 | 4E-3 |

W, see ^{70}Se |
3E+4 | 1E+5 | 6E-5 | 2E-7 | - | - | ||

34 | Selenium-73 | D, see ^{70}Se |
3E+3 | 1E+4 | 5E-6 | 2E-8 | 4E-5 | 4E-4 |

W, see ^{70}Se |
- | 2E+4 | 7E-6 | 2E-8 | - | - | ||

34 | Selenium-75 | D, see ^{70}Se |
5E+2 | 7E+2 | 3E-7 | 1E-9 | 7E-6 | 7E-5 |

W, see ^{70}Se |
- | 6E+2 | 3E-7 | 8E-10 | - | - | ||

34 | Selenium-79 | D, see ^{70}Se |
6E+2 | 8E+2 | 3E-7 | 1E-9 | 8E-6 | 8E-5 |

W, see ^{70}Se |
- | 6E+2 | 2E-7 | 8E-10 | - | - | ||

34 | Selenium-81m^{2} |
D, see ^{70}Se |
4E+4 | 7E+4 | 3E-5 | 9E-8 | 3E-4 | 3E-3 |

W, see ^{70}Se |
2E+4 | 7E+4 | 3E-5 | 1E-7 | - | - | ||

34 | Selenium-81^{2} |
D, see ^{70}Se |
6E+4 | 2E+5 | 9E-5 | 3E-7 | - | - |

St wall (8E+4) |
- | - | - | 1E-3 | 1E-2 | |||

W, see ^{70}Se |
- | 2E+5 | 1E-4 | 3E-7 | - | - | ||

34 | Selenium-83^{2} |
D, see ^{70}Se |
4E+4 | 1E+5 | 5E-5 | 2E-7 | 4E-4 | 4E-3 |

W, see ^{70}Se |
3E+4 | 1E+5 | 5E-5 | 2E-7 | - | - | ||

35 | Bromine-74m^{2} |
D, bromides of H, Li, Na, K, Rb, Cs, and Fr | 1E+4 | 4E+4 | 2E-5 | 5E-8 | - | - |

St wall (2E+4) |
- | - | - | 3E-4 | 3E-3 | |||

W, bromides of lantha- nides, Be, Mg, Ca, Sr, Ba, Ra, Al, Ga, In, Tl, Ge, Sn, Pb, As, Sb, Bi, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, Hg, Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Mn, Tc, and Re | - | 4E+4 | 2E-5 | 6E-8 | - | - | ||

35 | Bromine-74^{2} |
D, see ^{74m}Br |
2E+4 | 7E+4 | 3E-5 | 1E-7 | - | - |

St wall (4E+4) |
- | - | - | 5E-45E-3 | - | |||

W, see ^{74m}Br |
- | 8E+4 | 4E-5 | 1E-7 | - | - | ||

35 | Bromine-75^{2} |
D, see ^{74m}Br |
3E+4 | 5E+4 | 2E-5 | 7E-8 | - | - |

St wall (4E+4) |
- | - | - | 5E-4 | 5E-3 | |||

W, see ^{74m}Br |
- | 5E+4 | 2E-5 | 7E-8 | - | - | ||

35 | Bromine-76 | D, see ^{74m}Br |
4E+3 | 5E+3 | 2E-6 | 7E-9 | 5E-5 | 5E-4 |

W, see ^{74m}Br |
- | 4E+3 | 2E-6 | 6E-9 | - | - | ||

35 | Bromine-77 | D, see ^{74m}Br |
2E+4 | 2E+4 | 1E-5 | 3E-8 | 2E-4 | 2E-3 |

W, see ^{74m}Br |
- | 2E+4 | 8E-6 | 3E-8 | - | - | ||

35 | Bromine-80m | D, see ^{74m}Br |
2E+4 | 2E+4 | 7E-6 | 2E-8 | 3E-4 | 3E-3 |

W, see ^{74m}Br |
- | 1E+4 | 6E-6 | 2E-8 | - | - | ||

35 | Bromine-80^{2} |
D, see ^{74m}Br |
5E+4 | 2E+5 | 8E-5 | 3E-7 | - | - |

St wall (9E+4) |
- | - | - | 1E-3 | 1E-2 | |||

W, see ^{74m}Br |
- | 2E+5 | 9E-5 | 3E-7 | - | - | ||

35 | Bromine-82 | D, see ^{74m}Br |
3E+3 | 4E+3 | 2E-6 | 6E-9 | 4E-5 | 4E-4 |

W, see ^{74m}Br |
- | 4E+3 | 2E-6 | 5E-9 | - | - | ||

35 | Bromine-83 | D, see ^{74m}Br |
5E+4 | 6E+4 | 3E-5 | 9E-8 | - | - |

St wall (7E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, see ^{74m}Br |
- | 6E+4 | 3E-5 | 9E-8 | - | - | ||

35 | Bromine-84^{2} |
D, see ^{74m}Br |
2E+4 | 6E+4 | 2E-5 | 8E-8 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

W, see ^{74m}Br |
- | 6E+4 | 3E-5 | 9E-8 | - | - | ||

36 | Krypton-74^{2} |
Submersion^{1} |
- | - | 3E-6 | 1E-8 | - | - |

36 | Krypton-76 | Submersion^{1} |
- | - | 9E-6 | 4E-8 | - | - |

36 | Krypton-77^{2} |
Submersion^{1} |
- | - | 4E-6 | 2E-8 | - | - |

36 | Krypton-79 | Submersion^{1} |
- | - | 2E-5 | 7E-8 | - | - |

36 | Krypton-81 | Submersion^{1} |
- | - | 7E-4 | 3E-6 | - | - |

36 | Krypton-83m^{2} |
Submersion^{1} |
- | - | 1E-2 | 5E-5 | - | - |

36 | Krypton-85m | Submersion^{1} |
- | - | 2E-5 | 1E-7 | - | - |

36 | Krypton-85 | Submersion^{1} |
- | - | 1E-4 | 7E-7 | - | - |

36 | Krypton-87^{2} |
Submersion^{1} |
- | - | 5E-6 | 2E-8 | - | - |

36 | Krypton-88 | Submersion^{1} |
- | - | 2E-6 | 9E-9 | - | - |

37 | Rubidium-79^{2} |
D, all compounds | 4E+4 | 1E+5 | 5E-5 | 2E-7 | - | - |

St wall (6E+4) |
- | - | - | 8E-4 | 8E-3 | |||

37 | Rubidium-81m^{2} |
D, all compounds | 2E+5 | 3E+5 | 1E-4 | 5E-7 | - | - |

St wall (3E+5) |
- | - | - | 4E-3 | 4E-2 | |||

37 | Rubidium-81 | D, all compounds | 4E+4 | 5E+4 | 2E-5 | 7E-8 | 5E-4 | 5E-3 |

37 | Rubidium-82m | D, all compounds | 1E+4 | 2E+4 | 7E-6 | 2E-8 | 2E-4 | 2E-3 |

37 | Rubidium-83 | D, all compounds | 6E+2 | 1E+3 | 4E-7 | 1E-9 | 9E-6 | 9E-5 |

37 | Rubidium-84 | D, all compounds | 5E+2 | 8E+2 | 3E-7 | 1E-9 | 7E-6 | 7E-5 |

37 | Rubidium-86 | D, all compounds | 5E+2 | 8E+2 | 3E-7 | 1E-9 | 7E-6 | 7E-5 |

37 | Rubidium-87 | D, all compounds | 1E+3 | 2E+3 | 6E-7 | 2E-9 | 1E-5 | 1E-4 |

37 | Rubidium-88^{2} |
D, all compounds | 2E+4 | 6E+4 | 3E-5 | 9E-8 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

37 | Rubidium-89^{2} |
D, all compounds | 4E+4 | 1E+5 | 6E-5 | 2E-7 | - | - |

St wall (6E+4) |
- | - | - | 9E-4 | 9E-3 | |||

38 | Strontium-80^{2} |
D, all soluble compound except SrTiO | 4E+3 | 1E+4 | 5E-6 | 2E-8 | 6E-5 | 6E-4 |

Y, all insoluble compounds and SrTi0 | - | 1E+4 | 5E-6 | 2E-8 | - | - | ||

38 | Strontium-81^{2} |
D, see ^{80}Sr |
3E+4 | 8E+4 | 3E-5 | 1E-7 | 3E-4 | 3E-3 |

Y, see ^{80}Sr |
2E+4 | 8E+4 | 3E-5 | 1E-7 | - | - | ||

38 | Strontium-82 | D, see ^{80}Sr |
3E+2 | 4E+2 | 2E-7 | 6E-10 | - | - |

LLI wall (2E+2) | - | - | - | 3E-6 | 3E-5 | |||

Y, see ^{80}Sr |
2E+2 | 9E+1 | 4E-8 | 1E-10 | - | - | ||

38 | Strontium-83 | D, see ^{80}Sr |
3E+3 | 7E+3 | 3E-6 | 1E-8 | 3E-5 | 3E-4 |

Y, see ^{80}Sr |
2E+3 | 4E+3 | 1E-6 | 5E-9 | - | - | ||

38 | Strontium-85m^{2} |
D, see ^{80}Sr |
2E+5 | 6E+5 | 3E-4 | 9E-7 | 3E-3 | 3E-2 |

Y, see ^{80}Sr |
- | 8E+5 | 4E-4 | 1E-6 | - | - | ||

38 | Strontium-85 | D, see ^{80}Sr |
3E+3 | 3E+3 | 1E-6 | 4E-9 | 4E-5 | 4E-4 |

Y, see ^{80}Sr |
- | 2E+3 | 6E-7 | 2E-9 | - | - | ||

38 | Strontium-87m | D, see ^{80}Sr |
5E+4 | 1E+5 | 5E-5 | 2E-7 | 6E-4 | 6E-3 |

Y, see ^{80}Sr |
4E+4 | 2E+5 | 6E-5 | 2E-7 | - | - | ||

38 | Strontium-89 | D, see ^{80}Sr |
6E+2 | 8E+2 | 4E-7 | 1E-9 | - | - |

LLI wall (6E+2) | - | - | - | 8E-6 | 8E-5 | |||

Y, see ^{80}Sr |
5E+2 | 1E+2 | 6E-8 | 2E-10 | - | - | ||

38 | Strontium-90 | D, see ^{80}Sr |
3E+1 | 2E+1 | 8E-9 | - | - | - |

Bone surf (4E+1) | Bone surf (2E+1) | - | 3E-11 | 5E-7 | 5E-6 | |||

Y, see ^{80}Sr |
- | 4E+0 | 2E-9 | 6E-12 | - | - | ||

38 | Strontium-91 | D, see ^{80}Sr |
2E+3 | 6E+3 | 2E-6 | 8E-9 | 2E-5 | 2E-4 |

Y, see ^{80}Sr |
- | 4E+3 | 1E-6 | 5E-9 | - | - | ||

38 | Strontium-92 | D, see ^{80}Sr |
3E+3 | 9E+3 | 4E-6 | 1E-8 | 4E-5 | 4E-4 |

Y, see ^{80}Sr |
- | 7E+3 | 3E-6 | 9E-9 | - | - | ||

39 | Yttrium-86m^{2} |
W, all compounds except those given for Y | 2E+4 | 6E+4 | 2E-5 | 8E-8 | 3E-4 | 3E-3 |

Y, oxides and hydroxides | - | 5E+4 | 2E-5 | 8E-8 | - | - | ||

39 | Yttrium-86 | W, see ^{86m}Y |
1E+3 | 3E+3 | 1E-6 | 5E-9 | 2E-5 | 2E-4 |

Y, see ^{86m}Y |
- | 3E+3 | 1E-6 | 5E-9 | - | - | ||

39 | Yttrium-87 | W, see ^{86m}Y |
2E+3 | 3E+3 | 1E-6 | 5E-9 | 3E-5 | 3E-4 |

Y, see ^{86m}Y |
- | 3E+3 | 1E-6 | 5E-9 | - | - | ||

39 | Yttrium-88 | W, see ^{86m}Y |
1E+3 | 3E+2 | 1E-7 | 3E-10 | 1E-5 | 1E-4 |

Y, see ^{86m}Y |
- | 2E+2 | 1E-7 | 3E-10 | - | - | ||

39 | Yttrium-90m | W, see ^{86m}Y |
8E+3 | 1E+4 | 5E-6 | 2E-8 | 1E-4 | 1E-3 |

Y, see ^{86m}Y |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

39 | Yttrium-90 | W, see ^{86m}Y |
4E+2 | 7E+2 | 3E-7 | 9E-10 | - | - |

LLI wall (5E+2) | - | - | - | 7E-6 | 7E-5 | |||

Y, see ^{86m}Y |
- | 6E+2 | 3E-7 | 9E-10 | - | - | ||

39 | Yttrium-91m^{2} |
W, see ^{86m}Y |
1E+5 | 2E+5 | 1E-4 | 3E-7 | 2E-3 | 2E-2 |

Y, see ^{86m}Y |
- | 2E+5 | 7E-5 | 2E-7 | - | - | ||

39 | Yttrium-91 | W, see ^{86m}Y |
5E+2 | 2E+2 | 7E-8 | 2E-10 | - | - |

LLI wall (6E+2) | - | - | - | 8E-6 | 8E-5 | |||

Y, see ^{86m}Y |
- | 1E+2 | 5E-8 | 2E-10 | - | - | ||

39 | Yttrium-92 | W, see ^{86m}Y |
3E+3 | 9E+3 | 4E-6 | 1E-8 | 4E-5 | 4E-4 |

Y, see ^{86m}Y |
- | 8E+3 | 3E-6 | 1E-8 | - | - | ||

39 | Yttrium-93 | W, see ^{86m}Y |
1E+3 | 3E+3 | 1E-6 | 4E-9 | 2E-5 | 2E-4 |

Y, see ^{86m}Y |
- | 2E+3 | 1E-6 | 3E-9 | - | - | ||

39 | Yttrium-94^{2} |
W, see ^{86m}Y |
2E+4 | 8E+4 | 3E-5 | 1E-7 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

Y, see ^{86m}Y |
- | 8E+4 | 3E-5 | 1E-7 | - | - | ||

39 | Yttrium-95^{2} |
W, see ^{86m}Y |
4E+4 | 2E+5 | 6E-5 | 2E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

Y, see ^{86m}Y |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

40 | Zirconium-86 | D, all compounds except those given for W and Y | 1E+3 | 4E+3 | 2E-6 | 6E-9 | 2E-5 | 2E-4 |

W, oxides, hydroxides, halides, and nitrates | - | 3E+3 | 1E-6 | 4E-9 | - | - | ||

Y, carbide | - | 2E+3 | 1E-6 | 3E-9 | - | - | ||

40 | Zirconium-88 | D, see ^{86}Zr |
4E+3 | 2E+2 | 9E-8 | 3E-10 | 5E-5 | 5E-4 |

W, see ^{86}Zr |
- | 5E+2 | 2E-7 | 7E-10 | - | - | ||

Y, see ^{86}Zr |
- | 3E+2 | 1E-7 | 4E-10 | - | - | ||

40 | Zirconium-89 | D, see ^{86}Zr |
2E+3 | 4E+3 | 1E-6 | 5E-9 | 2E-5 | 2E-4 |

W, see ^{86}Zr |
- | 2E+3 | 1E-6 | 3E-9 | - | - | ||

Y, see ^{86}Zr |
- | 2E+3 | 1E-6 | 3E-9 | - | - | ||

40 | Zirconium-93 | D, see ^{86}Zr |
1E+3 | 6E+0 | 3E-9 | - | - | - |

Bone surf (3E+3) | Bone surf (2E+1) | - | 2E-11 | 4E-5 | 4E-4 | |||

W, see ^{86}Zr |
- | 2E+1 | 1E-8 | - | - | - | ||

- | Bone surf (6E+1) | - | 9E-11 | - | - | |||

Y, see ^{86}Zr |
- | 6E+1 | 2E-8 | - | - | - | ||

- | Bone surf (7E+1) | - | 9E-11 | - | - | |||

40 | Zirconium-95 | D, see ^{86}Zr |
1E+3 | 1E+2 | 5E-8 | - | 2E-5 | 2E-4 |

- | Bone surf (3E+2) | - | 4E-10 | - | - | |||

W, see ^{86}Zr |
- | 4E+2 | 2E-7 | 5E-10 | - | - | ||

Y, see ^{86}Zr |
- | 3E+2 | 1E-7 | 4E-10 | - | - | ||

40 | Zirconium-97 | D, see ^{86}Zr |
6E+2 | 2E+3 | 8E-7 | 3E-9 | 9E-6 | 9E-5 |

W, see ^{86}Zr |
- | 1E+3 | 6E-7 | 2E-9 | - | - | ||

Y, see ^{86}Zr |
- | 1E+3 | 5E-7 | 2E-9 | - | - | ||

41 | Niobium-88^{2} |
W, all compounds except those given for Y | 5E+4 | 2E+5 | 9E-5 | 3E-7 | - | - |

St wall (7E+4) |
- | - | - | 1E-3 | 1E-2 | |||

Y, oxides and hydroxides | - | 2E+5 | 9E-5 | 3E-7 | - | - | ||

41 | Niobium-89^{2 (66 min)} |
W, see ^{88}Nb |
1E+4 | 4E+4 | 2E-5 | 6E-8 | 1E-4 | 1E-3 |

Y, see ^{88}Nb |
- | 4E+4 | 2E-5 | 5E-8 | - | - | ||

41 | Niobium-89 (122 min) |
W, see ^{88}Nb |
5E+3 | 2E+4 | 8E-6 | 3E-8 | 7E-5 | 7E-4 |

Y, see ^{88}Nb |
- | 2E+4 | 6E-6 | 2E-8 | - | - | ||

41 | Niobium-90 | W, see ^{88}Nb |
1E+3 | 3E+3 | 1E-6 | 4E-9 | 1E-5 | 1E-4 |

Y, see ^{88}Nb |
- | 2E+3 | 1E-6 | 3E-9 | - | - | ||

41 | Niobium-93m | W, see ^{88}Nb |
9E+3 | 2E+3 | 8E-7 | 3E-9 | - | - |

LLI wall (1E+4) | - | - | - | 2E-4 | 2E-3 | |||

Y, see ^{88}Nb |
- | 2E+2 | 7E-8 | 2E-10 | - | - | ||

41 | Niobium-94 | W, see ^{88}Nb |
9E+2 | 2E+2 | 8E-8 | 3E-10 | 1E-5 | 1E-4 |

Y, see ^{88}Nb |
- | 2E+1 | 6E-9 | 2E-11 | - | - | ||

41 | Niobium-95m | W, see ^{88}Nb |
2E+3 | 3E+3 | 1E-6 | 4E-9 | - | - |

LLI wall (2E+3) | - | - | - | 3E-5 | 3E-4 | |||

Y, see ^{88}Nb |
- | 2E+3 | 9E-7 | 3E-9 | - | - | ||

41 | Niobium-95 | W, see ^{88}Nb |
2E+3 | 1E+3 | 5E-7 | 2E-9 | 3E-5 | 3E-4 |

Y, see ^{88}Nb |
- | 1E+3 | 5E-7 | 2E-9 | - | - | ||

41 | Niobium-96 | W, see ^{88}Nb |
1E+3 | 3E+3 | 1E-6 | 4E-9 | 2E-5 | 2E-4 |

Y, see ^{88}Nb |
- | 2E+3 | 1E-6 | 3E-9 | - | - | ||

41 | Niobium-97^{2} |
W, see ^{88}Nb |
2E+4 | 8E+4 | 3E-5 | 1E-7 | 3E-4 | 3E-3 |

Y, see ^{88}Nb |
- | 7E+4 | 3E-5 | 1E-7 | - | - | ||

41 | Niobium-98^{2} |
W, see ^{88}Nb |
1E+4 | 5E+4 | 2E-5 | 8E-8 | 2E-4 | 2E-3 |

Y, see ^{88}Nb |
- | 5E+4 | 2E-5 | 7E-8 | - | - | ||

42 | Molybdenum-90 | D, all compounds except those given for Y | 4E+3 | 7E+3 | 3E-6 | 1E-8 | 3E-5 | 3E-4 |

Y, oxides, hydroxides, and MoS | 2E+3 |
5E+3 |
2E-6 |
6E-9 |
- |
- |
||

42 | Molybdenum-93m | D, see ^{90}Mo |
9E+3 | 2E+4 | 7E-6 | 2E-8 | 6E-5 | 6E-4 |

Y, see ^{90}Mo |
4E+3 | 1E+4 | 6E-6 | 2E-8 | - | - | ||

42 | Molybdenum-93 | D, see ^{90}Mo |
4E+3 | 5E+3 | 2E-6 | 8E-9 | 5E-5 | 5E-4 |

Y, see ^{90}Mo |
2E+4 | 2E+2 | 8E-8 | 2E-10 | - | - | ||

42 | Molybdenum-99 | D, see ^{90}Mo |
2E+3 | 3E+3 | 1E-6 | 4E-9 | - | - |

LLI wall (1E+3) | - | - | - | 2E-5 | 2E-4 | |||

Y, see ^{90}Mo |
1E+3 | 1E+3 | 6E-7 | 2E-9 | - | - | ||

42 | Molybdenum-101^{2} |
D, see ^{90}Mo |
4E+4 | 1E+5 | 6E-5 | 2E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

Y, see ^{90}Mo |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

43 | Technetium-93m^{2} |
D, all compounds except those given for W | 7E+4 | 2E+5 | 6E-5 | 2E-7 | 1E-3 | 1E-2 |

W, oxides, hydroxides, halides, and nitrates | - | 3E+5 | 1E-4 | 4E-7 | - | - | ||

43 | Technetium-93 | D, see ^{93m}Tc |
3E+4 | 7E+4 | 3E-5 | 1E-7 | 4E-4 | 4E-3 |

W, see ^{93m}Tc |
- | 1E+5 | 4E-5 | 1E-7 | - | - | ||

43 | Technetium-94m^{2} |
D, see ^{93m}Tc |
2E+4 | 4E+4 | 2E-5 | 6E-8 | 3E-4 | 3E-3 |

W, see ^{93m}Tc |
- | 6E+4 | 2E-5 | 8E-8 | - | - | ||

43 | Technetium-94 | D, see ^{93m}Tc |
9E+3 | 2E+4 | 8E-6 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{93m}Tc |
- | 2E+4 | 1E-5 | 3E-8 | - | - | ||

43 | Technetium-95m | D, see ^{93m}Tc |
4E+3 | 5E+3 | 2E-6 | 8E-9 | 5E-5 | 5E-4 |

W, see ^{93m}Tc |
- | 2E+3 | 8E-7 | 3E-9 | - | - | ||

43 | Technetium-95 | D, see ^{93m}Tc |
1E+4 | 2E+4 | 9E-6 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{93m}Tc |
- | 2E+4 | 8E-6 | 3E-8 | - | - | ||

43 | Technetium-96m^{2} |
D, see ^{93m}Tc |
2E+5 | 3E+5 | 1E-4 | 4E-7 | 2E-3 | 2E-2 |

W, see ^{93m}Tc |
- | 2E+5 | 1E-4 | 3E-7 | - | - | ||

43 | Technetium-96 | D, see ^{93m}Tc |
2E+3 | 3E+3 | 1E-6 | 5E-9 | 3E-5 | 3E-4 |

W, see ^{93m}Tc |
- | 2E+3 | 9E-7 | 3E-9 | - | - | ||

43 | Technetium-97m | D, see ^{93m}Tc |
5E+3 | 7E+3 | 3E-6 | - | 6E-5 | 6E-4 |

- | St wall (7E+3) |
- | 1E-8 | - | - | |||

W, see ^{93m}Tc |
- | 1E+3 | 5E-7 | 2E-9 | - | - | ||

43 | Technetium-97 | D, see ^{93m}Tc |
4E+4 | 5E+4 | 2E-5 | 7E-8 | 5E-4 | 5E-3 |

W, see ^{93m}Tc |
- | 6E+3 | 2E-6 | 8E-9 | - | - | ||

43 | Technetium-98 | D, see ^{93m}Tc |
1E+3 | 2E+3 | 7E-7 | 2E-9 | 1E-5 | 1E-4 |

W, see ^{93m}Tc |
- | 3E+2 | 1E-7 | 4E-10 | - | - | ||

43 | Technetium-99m | D, see ^{93m}Tc |
8E+4 | 2E+5 | 6E-5 | 2E-7 | 1E-3 | 1E-2 |

W, see ^{93m}Tc |
- | 2E+5 | 1E-4 | 3E-7 | - | - | ||

43 | Technetium-99 | D, see ^{93m}Tc |
4E+3 | 5E+3 | 2E-6 | - | 6E-5 | 6E-4 |

- | St wall (6E+3) |
- | 8E-9 | - | - | |||

W, see ^{93m}Tc |
- | 7E+2 | 3E-7 | 9E-10 | - | - | ||

43 | Technetium-101^{2} |
D, see ^{93m}Tc |
9E+4 | 3E+5 | 1E-4 | 5E-7 | - | - |

St wall (1E+5) |
- | - | - | 2E-3 | 2E-2 | |||

W, see ^{93m}Tc |
- | 4E+5 | 2E-4 | 5E-7 | - | - | ||

43 | Technetium-104^{2} |
D, see ^{93m}Tc |
2E+4 | 7E+4 | 3E-5 | 1E-7 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

W, see ^{93m}Tc |
- | 9E+4 | 4E-5 | 1E-7 | - | - | ||

44 | Ruthenium-94^{2} |
D, all compounds except those given for W and Y | 2E+4 | 4E+4 | 2E-5 | 6E-8 | 2E-4 | 2E-3 |

W, halides | - | 6E+4 | 3E-5 | 9E-8 | - | - | ||

Y, oxides and hydroxides | - | 6E+4 | 2E-5 | 8E-8 | - | - | ||

44 | Ruthenium-97 | D, see ^{94}Ru |
8E+3 | 2E+4 | 8E-6 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{94}Ru |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

Y, see ^{94}Ru |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

44 | Ruthenium-103 | D, see ^{94}Ru |
2E+3 | 2E+3 | 7E-7 | 2E-9 | 3E-5 | 3E-4 |

W, see ^{94}Ru |
- | 1E+3 | 4E-7 | 1E-9 | - | - | ||

Y, see ^{94}Ru |
- | 6E+2 | 3E-7 | 9E-10 | - | - | ||

44 | Ruthenium-105 | D, see ^{94}Ru |
5E+3 | 1E+4 | 6E-6 | 2E-8 | 7E-5 | 7E-4 |

W, see ^{94}Ru |
- | 1E+4 | 6E-6 | 2E-8 | - | - | ||

Y, see ^{94}Ru |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

44 | Ruthenium-106 | D, see ^{94}Ru |
2E+2 | 9E+1 | 4E-8 | 1E-10 | - | - |

LLI wall (2E+2) | - | - | - | 3E-6 | 3E-5 | |||

W, see ^{94}Ru |
- | 5E+1 | 2E-8 | 8E-11 | - | - | ||

Y, see ^{94}Ru |
- | 1E+1 | 5E-9 | 2E-11 | - | - | ||

45 | Rhodium-99m | D, all compounds except those given for W and Y | 2E+4 |
6E+4 |
2E-5 |
8E-8 |
2E-4 |
2E-3 |

W, halides | - | 8E+4 | 3E-5 | 1E-7 | - | - | ||

Y, oxides and hydroxides | - | 7E+4 | 3E-5 | 9E-8 | - | - | ||

45 | Rhodium-99 | D, see ^{99m}Rh |
2E+3 | 3E+3 | 1E-6 | 4E-9 | 3E-5 | 3E-4 |

W, see ^{99m}Rh |
- | 2E+3 | 9E-7 | 3E-9 | - | - | ||

Y, see ^{99m}Rh |
- | 2E+3 | 8E-7 | 3E-9 | - | - | ||

45 | Rhodium-100 | D, see ^{99m}Rh |
2E+3 | 5E+3 | 2E-6 | 7E-9 | 2E-5 | 2E-4 |

W, see ^{99m}Rh |
- | 4E+3 | 2E-6 | 6E-9 | - | - | ||

Y, see ^{99m}Rh |
- | 4E+3 | 2E-6 | 5E-9 | - | - | ||

45 | Rhodium-101m | D, see ^{99m}Rh |
6E+3 | 1E+4 | 5E-6 | 2E-8 | 8E-5 | 8E-4 |

W, see ^{99m}Rh |
- | 8E+3 | 4E-6 | 1E-8 | - | - | ||

Y, see ^{99m}Rh |
- | 8E+3 | 3E-6 | 1E-8 | - | - | ||

45 | Rhodium-101 | D, see ^{99m}Rh |
2E+3 | 5E+2 | 2E-7 | 7E-10 | 3E-5 | 3E-4 |

W, see ^{99m}Rh |
- | 8E+2 | 3E-7 | 1E-9 | - | - | ||

Y, see ^{99m}Rh |
- | 2E+2 | 6E-8 | 2E-10 | - | - | ||

45 | Rhodium-102m | D, see ^{99m}Rh |
1E+3 | 5E+2 | 2E-7 | 7E-10 | - | - |

LLI wall (1E+3) | - | - | - | 2E-5 | 2E-4 | |||

W, see ^{99m}Rh |
- | 4E+2 | 2E-7 | 5E-10 | - | - | ||

Y, see ^{99m}Rh |
- | 1E+2 | 5E-8 | 2E-10 | - | - | ||

45 | Rhodium-102 | D, see ^{99m}Rh |
6E+2 | 9E+1 | 4E-8 | 1E-10 | 8E-6 | 8E-5 |

W, see ^{99m}Rh |
- | 2E+2 | 7E-8 | 2E-10 | - | - | ||

Y, see ^{99m}Rh |
- | 6E+1 | 2E-8 | 8E-11 | - | - | ||

45 | Rhodium-103m^{2} |
D, see ^{99m}Rh |
4E+5 | 1E+6 | 5E-4 | 2E-6 | 6E-3 | 6E-2 |

W, see ^{99m}Rh |
- | 1E+6 | 5E-4 | 2E-6 | - | - | ||

Y, see ^{99m}Rh |
- | 1E+6 | 5E-4 | 2E-6 | - | - | ||

45 | Rhodium-105 | D, see ^{99m}Rh |
4E+3 | 1E+4 | 5E-6 | 2E-8 | - | - |

LLI wall (4E+3) | - | - | - | 5E-5 | 5E-4 | |||

W, see ^{99m}Rh |
- | 6E+3 | 3E-6 | 9E-9 | - | - | ||

Y, see ^{99m}Rh |
- | 6E+3 | 2E-6 | 8E-9 | - | - | ||

45 | Rhodium-106m | D, see ^{99m}Rh |
8E+3 | 3E+4 | 1E-5 | 4E-8 | 1E-4 | 1E-3 |

W, see ^{99m}Rh |
- | 4E+4 | 2E-5 | 5E-8 | - | - | ||

Y, see ^{99m}Rh |
- | 4E+4 | 1E-5 | 5E-8 | - | - | ||

45 | Rhodium-107^{2} |
D, see ^{99m}Rh |
7E+4 | 2E+5 | 1E-4 | 3E-7 | - | - |

St wall (9E+4) |
- | - | - | 1E-3 | 1E-2 | |||

W, see ^{99m}Rh |
- | 3E+5 | 1E-4 | 4E-7 | - | - | ||

Y, see ^{99m}Rh |
- | 3E+5 | 1E-4 | 3E-7 | - | - | ||

46 | Palladium-100 | D, all compounds except those given for W and Y | 1E+3 | 1E+3 | 6E-7 | 2E-9 | 2E-5 | 2E-4 |

W, nitrates | - | 1E+3 | 5E-7 | 2E-9 | - | - | ||

Y, oxides and hydroxides | - | 1E+3 | 6E-7 | 2E-9 | - | - | ||

46 | Palladium-101 | D, see ^{100}Pd |
1E+4 | 3E+4 | 1E-5 | 5E-8 | 2E-4 | 2E-3 |

W, see ^{100}Pd |
- | 3E+4 | 1E-5 | 5E-8 | - | - | ||

Y, see ^{100}Pd |
- | 3E+4 | 1E-5 | 4E-8 | - | - | ||

46 | Palladium-103 | D, see ^{100}Pd |
6E+3 | 6E+3 | 3E-6 | 9E-9 | - | - |

LLI wall (7E+3) | - | - | - | 1E-4 | 1E-3 | |||

W, see ^{100}Pd |
- | 4E+3 | 2E-6 | 6E-9 | - | - | ||

Y, see ^{100}Pd |
- | 4E+3 | 1E-6 | 5E-9 | - | - | ||

46 | Palladium-107 | D, see ^{100}Pd |
3E+4 | 2E+4 | 9E-6 | - | - | - |

LLI wall (4E+4) | Kidneys (2E+4) | - | 3E-8 | 5E-4 | 5E-3 | |||

W, see ^{100}Pd |
- | 7E+3 | 3E-6 | 1E-8 | - | - | ||

Y, see ^{100}Pd |
- | 4E+2 | 2E-7 | 6E-10 | - | - | ||

46 | Palladium-109 | D, see ^{100}Pd |
2E+3 | 6E+3 | 3E-6 | 9E-9 | 3E-5 | 3E-4 |

W, see ^{100}Pd |
- | 5E+3 | 2E-6 | 8E-9 | - | - | ||

Y, see ^{100}Pd |
- | 5E+3 | 2E-6 | 6E-9 | - | - | ||

47 | Silver-102^{2} |
D, all compounds except those given for W and Y | 5E+4 | 2E+5 | 8E-5 | 2E-7 | - | - |

St wall (6E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, nitrates and sulfides | - | 2E+5 | 9E-5 | 3E-7 | - | - | ||

Y, oxides and hydroxides | - | 2E+5 | 8E-5 | 3E-7 | - | - | ||

47 | Silver-103^{2} |
D, see ^{102}Ag |
4E+4 | 1E+5 | 4E-5 | 1E-7 | 5E-4 | 5E-3 |

W, see ^{102}Ag |
- | 1E+5 | 5E-5 | 2E-7 | - | - | ||

Y, see ^{102}Ag |
- | 1E+5 | 5E-5 | 2E-7 | - | - | ||

47 | Silver-104m^{2} |
D, see ^{102}Ag |
3E+4 | 9E+4 | 4E-5 | 1E-7 | 4E-4 | 4E-3 |

W, see ^{102}Ag |
- | 1E+5 | 5E-5 | 2E-7 | - | - | ||

Y, see ^{102}Ag |
- | 1E+5 | 5E-5 | 2E-7 | - | - | ||

47 | Silver-104^{2} |
D, see ^{102}Ag |
2E+4 | 7E+4 | 3E-5 | 1E-7 | 3E-4 | 3E-3 |

W, see ^{102}Ag |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

Y, see ^{102}Ag |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

47 | Silver-105 | D, see ^{102}Ag |
3E+3 | 1E+3 | 4E-7 | 1E-9 | 4E-5 | 4E-4 |

W, see ^{102}Ag |
- | 2E+3 | 7E-7 | 2E-9 | - | - | ||

Y, see ^{102}Ag |
- | 2E+3 | 7E-7 | 2E-9 | - | - | ||

47 | Silver-106m | D, see ^{102}Ag |
8E+2 | 7E+2 | 3E-7 | 1E-9 | 1E-5 | 1E-4 |

W, see ^{102}Ag |
- | 9E+2 | 4E-7 | 1E-9 | - | - | ||

Y, see ^{102}Ag |
- | 9E+2 | 4E-7 | 1E-9 | - | - | ||

47 | Silver-106^{2} |
D, see ^{102}Ag |
6E+4 | 2E+5 | 8E-5 | 3E-7 | - | - |

St. wall (6E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, see ^{102}Ag |
- | 2E+5 | 9E-5 | 3E-7 | - | - | ||

Y, see ^{102}Ag |
- | 2E+5 | 8E-5 | 3E-7 | - | - | ||

47 | Silver-108m | D, see ^{102}Ag |
6E+2 | 2E+2 | 8E-8 | 3E-10 | 9E-6 | 9E-5 |

W, see ^{102}Ag |
- | 3E+2 | 1E-7 | 4E-10 | - | - | ||

Y, see ^{102}Ag |
- | 2E+1 | 1E-8 | 3E-11 | - | - | ||

47 | Silver-110m | D, see ^{102}Ag |
5E+2 | 1E+2 | 5E-8 | 2E-10 | 6E-6 | 6E-5 |

W, see ^{102}Ag |
- | 2E+2 | 8E-8 | 3E-10 | - | - | ||

Y, see ^{102}Ag |
- | 9E+1 | 4E-8 | 1E-10 | - | - | ||

47 | Silver-111 | D, see ^{102}Ag |
9E+2 | 2E+3 | 6E-7 | - | - | - |

LLI wall (1E+3) | Liver (2E+3) |
- | 2E-9 | 2E-5 | 2E-4 | |||

W, see ^{102}Ag |
- | 9E+2 | 4E-7 | 1E-9 | - | - | ||

Y, see ^{102}Ag |
- | 9E+2 | 4E-7 | 1E-9 | - | - | ||

47 | Silver-112 | D, see ^{102}Ag |
3E+3 | 8E+3 | 3E-6 | 1E-8 | 4E-5 | 4E-4 |

W, see ^{102}Ag |
- | 1E+4 | 4E-6 | 1E-8 | - | - | ||

Y, see ^{102}Ag |
- | 9E+3 | 4E-6 | 1E-8 | - | - | ||

47 | Silver-115^{2} |
D, see ^{102}Ag |
3E+4 | 9E+4 | 4E-5 | 1E-7 | - | - |

St wall (3E+4) |
- | - | - | 4E-4 | 4E-3 | |||

W, see ^{102}Ag |
- | 9E+4 | 4E-5 | 1E-7 | - | - | ||

Y, see ^{102}Ag |
- | 8E+4 | 3E-5 | 1E-7 | - | - | ||

48 | Cadmium-104^{2} |
D, all compounds except those given for W and Y | 2E+4 | 7E+4 | 3E-5 | 9E-8 | 3E-4 | 3E-3 |

W, sulfides, halides, and nitrates | - |
1E+5 |
5E-5 |
2E-7 |
- |
- |
||

Y, oxides and hydroxides | - | 1E+5 | 5E-5 | 2E-7 | - | - | ||

48 | Cadmium-107 | D, see ^{104}Cd |
2E+4 | 5E+4 | 2E-5 | 8E-8 | 3E-4 | 3E-3 |

W, see ^{104}Cd |
- | 6E+4 | 2E-5 | 8E-8 | - | - | ||

Y, see ^{104}Cd |
- | 5E+4 | 2E-5 | 7E-8 | - | - | ||

48 | Cadmium-109 | D, see ^{104}Cd |
3E+2 | 4E+1 | 1E-8 | - | - | - |

Kidneys (4E+2) | Kidneys (5E+1) | - | 7E-11 | 6E-6 | 6E-5 | |||

W, see ^{104}Cd |
- | 1E+2 | 5E-8 | - | - | - | ||

- | Kidneys (1E+2) | - | 2E-10 | - | - | |||

Y, see ^{104}Cd |
- | 1E+2 | 5E-8 | 2E-10 | - | - | ||

48 | Cadmium-113m | D, see ^{104}Cd |
2E+1 | 2E+0 | 1E-9 | - | - | - |

Kidneys (4E+1) | Kidneys (4E+0) | - | 5E-12 | 5E-7 | 5E-6 | |||

W, see ^{104}Cd |
- | 8E+0 | 4E-9 | - | - | - | ||

- | Kidneys (1E+1) | - | 2E-11 | - | - | |||

Y, see ^{104}Cd |
- | 1E+1 | 5E-9 | 2E-11 | - | - | ||

48 | Cadmium-113 | D, see ^{104}Cd |
2E+1 | 2E+0 | 9E-10 | - | - | - |

Kidneys (3E+1) | Kidneys (3E+0) | - | 5E-12 | 4E-7 | 4E-6 | |||

W, see ^{104}Cd |
- | 8E+0 | 3E-9 | - | - | - | ||

- | Kidneys (1E+1) | - | 2E-11 | - | - | |||

Y, see ^{104}Cd |
- | 1E+1 | 6E-9 | 2E-11 | - | - | ||

48 | Cadmium-115m | D, see ^{104}Cd |
3E+2 | 5E+1 | 2E-8 | - | 4E-6 | 4E-5 |

- |
Kidneys (8E+1) | - |
1E-10 |
- |
- |
|||

W, see ^{104}Cd |
- | 1E+2 | 5E-8 | 2E-10 | - | - | ||

Y, see ^{104}Cd |
- | 1E+2 | 6E-8 | 2E-10 | - | - | ||

48 | Cadmium-115 | D, see ^{104}Cd |
9E+2 | 1E+3 | 6E-7 | 2E-9 | - | - |

LLI wall (1E+3) | - | - | - | 1E-5 | 1E-4 | |||

W, see ^{104}Cd |
- | 1E+3 | 5E-7 | 2E-9 | - | - | ||

Y, see ^{104}Cd |
- | 1E+3 | 6E-7 | 2E-9 | - | - | ||

48 | Cadmium-117m | D, see ^{104}Cd |
5E+3 | 1E+4 | 5E-6 | 2E-8 | 6E-5 | 6E-4 |

W, see ^{104}Cd |
- | 2E+4 | 7E-6 | 2E-8 | - | - | ||

Y, see ^{104}Cd |
- | 1E+4 | 6E-6 | 2E-8 | - | - | ||

48 | Cadmium-117 | D, see ^{104}Cd |
5E+3 | 1E+4 | 5E-6 | 2E-8 | 6E-5 | 6E-4 |

W, see ^{104}Cd |
- | 2E+4 | 7E-6 | 2E-8 | - | - | ||

Y, see ^{104}Cd |
- | 1E+4 | 6E-6 | 2E-8 | - | - | ||

49 | Indium-109 | D, all compounds except those given for W | 2E+4 | 4E+4 | 2E-5 | 6E-8 | 3E-4 | 3E-3 |

W, oxides, hydroxides, halides, and nitrates | - | 6E+4 | 3E-5 | 9E-8 | - | - | ||

49 | Indium-110^{2} |
D, see ^{109}In |
2E+4 | 4E+4 | 2E-5 | 6E-8 | 2E-4 | 2E-3 |

(69.1 min) | W, see ^{109}In |
- | 6E+4 | 2E-5 | 8E-8 | - | - | |

49 | Indium-110 | D, see ^{109}In |
5E+3 | 2E+4 | 7E-6 | 2E-8 | 7E-5 | 7E-4 |

(4.9 h) | W, see ^{109}In |
- | 2E+4 | 8E-6 | 3E-8 | - | - | |

49 | Indium-111 | D, see ^{109}In |
4E+3 | 6E+3 | 3E-6 | 9E-9 | 6E-5 | 6E-4 |

W, see ^{109}In |
- | 6E+3 | 3E-6 | 9E-9 | - | - | ||

49 | Indium-112^{2} |
D, see ^{109}In |
2E+5 | 6E+5 | 3E-4 | 9E-7 | 2E-3 | 2E-2 |

W, see ^{109}In |
- | 7E+5 | 3E-4 | 1E-6 | - | - | ||

49 | Indium-113m^{2} |
D, see ^{109}In |
5E+4 | 1E+5 | 6E-5 | 2E-7 | 7E-4 | 7E-3 |

W, see ^{109}In |
- | 2E+5 | 8E-5 | 3E-7 | - | - | ||

49 | Indium-114m | D, see ^{109}In |
3E+2 | 6E+1 | 3E-8 | 9E-11 | - | - |

LLI wall (4E+2) | - | - | - | 5E-6 | 5E-5 | |||

W, see ^{109}In |
- | 1E+2 | 4E-8 | 1E-10 | - | - | ||

49 | Indium-115m | D, see ^{109}In |
1E+4 | 4E+4 | 2E-5 | 6E-8 | 2E-4 | 2E-3 |

W, see ^{109}In |
- | 5E+4 | 2E-5 | 7E-8 | - | - | ||

49 | Indium-115 | D, see ^{109}In |
4E+1 | 1E+0 | 6E-10 | 2E-12 | 5E-7 | 5E-6 |

W, see ^{109}In |
- | 5E+0 | 2E-9 | 8E-12 | - | - | ||

49 | Indium-116m^{2} |
D, see ^{109}In |
2E+4 | 8E+4 | 3E-5 | 1E-7 | 3E-4 | 3E-3 |

W, see ^{109}In |
- | 1E+5 | 5E-5 | 2E-7 | - | - | ||

49 | Indium-117m^{2} |
D, see ^{109}In |
1E+4 | 3E+4 | 1E-5 | 5E-8 | 2E-4 | 2E-3 |

W, see ^{109}In |
- | 4E+4 | 2E-5 | 6E-8 | - | - | ||

49 | Indium-117^{2} |
D, see ^{109}In |
6E+4 | 2E+5 | 7E-5 | 2E-7 | 8E-4 | 8E-3 |

W, see ^{109}In |
- | 2E+5 | 9E-5 | 3E-7 | - | - | ||

49 | Indium-119m^{2} |
D, see ^{109}In |
4E+4 | 1E+5 | 5E-5 | 2E-7 | - | - |

St wall (5E+4) |
- | - | - | 7E-4 | 7E-3 | |||

W, see ^{109}In |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

50 | Tin-110 | D, all compounds except those given for W | 4E+3 | 1E+4 | 5E-6 | 2E-8 | 5E-5 | 5E-4 |

W, sulfides, oxides, hydroxides, halides, nitrates, and stannic phosphate | - | 1E+4 | 5E-6 | 2E-8 | - | - | ||

50 | Tin-111^{2} |
D, see ^{110}Sn |
7E+4 | 2E+5 | 9E-5 | 3E-7 | 1E-3 | 1E-2 |

W, see ^{110}Sn |
- | 3E+5 | 1E-4 | 4E-7 | - | - | ||

50 | Tin-113 | D, see ^{110}Sn |
2E+3 | 1E+3 | 5E-7 | 2E-9 | - | - |

LLI wall (2E+3) | - | - | - | 3E-5 | 3E-4 | |||

W, see ^{110}Sn |
- | 5E+2 | 2E-7 | 8E-10 | - | - | ||

50 | Tin-117m | D, see ^{110}Sn |
2E+3 | 1E+3 | 5E-7 | - | - | - |

LLI wall (2E+3) | Bone surf (2E+3) | - | 3E-9 | 3E-5 | 3E-4 | |||

W, see ^{110}Sn |
- | 1E+3 | 6E-7 | 2E-9 | - | - | ||

50 | Tin-119m | D, see ^{110}Sn |
3E+3 | 2E+3 | 1E-6 | 3E-9 | - | - |

LLI wall (4E+3) | - | - | - | 6E-5 | 6E-4 | |||

W, see ^{110}Sn |
- | 1E+3 | 4E-7 | 1E-9 | - | - | ||

50 | Tin-121m | D, see ^{110}Sn |
3E+3 | 9E+2 | 4E-7 | 1E-9 | - | - |

LLI wall (4E+3) | - | - | - | 5E-5 | 5E-4 | |||

W, see ^{110}Sn |
- | 5E+2 | 2E-7 | 8E-10 | - | - | ||

50 | Tin-121 | D, see ^{110}Sn |
6E+3 | 2E+4 | 6E-6 | 2E-8 | - | - |

LLI wall (6E+3) | - | - | - | 8E-5 | 8E-4 | |||

W, see ^{110}Sn |
- | 1E+4 | 5E-6 | 2E-8 | - | - | ||

50 | Tin-123m^{2} |
D, see ^{110}Sn |
5E+4 | 1E+5 | 5E-5 | 2E-7 | 7E-4 | 7E-3 |

W, see ^{110}Sn |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

50 | Tin-123 | D, see ^{110}Sn |
5E+2 | 6E+2 | 3E-7 | 9E-10 | - | - |

LLI wall (6E+2) | - | - | - | 9E-6 | 9E-5 | |||

W, see ^{110}Sn |
- | 2E+2 | 7E-8 | 2E-10 | - | - | ||

50 | Tin-125 | D, see ^{110}Sn |
4E+2 | 9E+2 | 4E-7 | 1E-9 | - | - |

LLI wall (5E+2) | - | - | - | 6E-6 | 6E-5 | |||

W, see ^{110}Sn |
- | 4E+2 | 1E-7 | 5E-10 | - | - | ||

50 | Tin-126 | D, see ^{110}Sn |
3E+2 | 6E+1 | 2E-8 | 8E-11 | 4E-6 | 4E-5 |

W, see ^{110}Sn |
- | 7E+1 | 3E-8 | 9E-11 | - | - | ||

50 | Tin-127 | D, see ^{110}Sn |
7E+3 | 2E+4 | 8E-6 | 3E-8 | 9E-5 | 9E-4 |

W, see ^{110}Sn |
- | 2E+4 | 8E-6 | 3E-8 | - | - | ||

50 | Tin-128^{2} |
D, see ^{110}Sn |
9E+3 | 3E+4 | 1E-5 | 4E-8 | 1E-4 | 1E-3 |

W, see ^{110}Sn |
- | 4E+4 | 1E-5 | 5E-8 | - | - | ||

51 | Antimony-115^{2} |
D, all compounds except those given for W | 8E+4 |
2E+5 |
1E-4 |
3E-7 |
1E-3 |
1E-2 |

W, oxides, hydroxides, halides, sulfides, sulfates, and nitrates | - |
3E+5 |
1E-4 |
4E-7 |
- |
- |
||

51 | Antimony-116m^{2} |
D, see ^{115}Sb |
2E+4 | 7E+4 | 3E-5 | 1E-7 | 3E-4 | 3E-3 |

W, see ^{115}Sb |
- | 1E+5 | 6E-5 | 2E-7 | - | - | ||

51 | Antimony-116^{2} |
D, see ^{115}Sb |
7E+4 | 3E+5 | 1E-4 | 4E-7 | - | - |

St wall (9E+4) |
- | - | - | 1E-3 | 1E-2 | |||

W, see ^{115}Sb |
- | 3E+5 | 1E-4 | 5E-7 | - | - | ||

51 | Antimony-117 | D, see ^{115}Sb |
7E+4 | 2E+5 | 9E-5 | 3E-7 | 9E-4 | 9E-3 |

W, see ^{115}Sb |
- | 3E+5 | 1E-4 | 4E-7 | - | - | ||

51 | Antimony-118m | D, see ^{115}Sb |
6E+3 | 2E+4 | 8E-6 | 3E-8 | 7E-5 | 7E-4 |

W, see ^{115}Sb |
5E+3 | 2E+4 | 9E-6 | 3E-8 | - | - | ||

51 | Antimony-119 | D, see ^{115}Sb |
2E+4 | 5E+4 | 2E-5 | 6E-8 | 2E-4 | 2E-3 |

W, see ^{115}Sb |
2E+4 | 3E+4 | 1E-5 | 4E-8 | - | - | ||

51 | Antimony-120^{2} |
D, see ^{115}Sb |
1E+5 | 4E+5 | 2E-4 | 6E-7 | - | - |

(16 min) | St wall (2E+5) | - | - | - | 2E-3 | 2E-2 | ||

W, see ^{115}Sb |
- | 5E+5 | 2E-4 | 7E-7 | - | - | ||

51 | Antimony-120 (5.76 d) |
D, see ^{115}Sb |
1E+3 | 2E+3 | 9E-7 | 3E-9 | 1E-5 | 1E-4 |

W, see ^{115}Sb |
9E+2 | 1E+3 | 5E-7 | 2E-9 | - | - | ||

51 | Antimony-122 | D, see ^{115}Sb |
8E+2 | 2E+3 | 1E-6 | 3E-9 | - | - |

LLI wall (8E+2) | - | - | - | 1E-5 | 1E-4 | |||

W, see ^{115}Sb |
7E+2 | 1E+3 | 4E-7 | 2E-9 | - | - | ||

51 | Antimony-124m^{2} |
D, see ^{115}Sb |
3E+5 | 8E+5 | 4E-4 | 1E-6 | 3E-3 | 3E-2 |

W, see ^{115}Sb |
2E+5 | 6E+5 | 2E-4 | 8E-7 | - | - | ||

51 | Antimony-124 | D, see ^{115}Sb |
6E+2 | 9E+2 | 4E-7 | 1E-9 | 7E-6 | 7E-5 |

W, see ^{115}Sb |
5E+2 | 2E+2 | 1E-7 | 3E-10 | - | - | ||

51 | Antimony-125 | D, see ^{115}Sb |
2E+3 | 2E+3 | 1E-6 | 3E-9 | 3E-5 | 3E-4 |

W, see ^{115}Sb |
- | 5E+2 | 2E-7 | 7E-10 | - | - | ||

51 | Antimony-126m^{2} |
D, see ^{115}Sb |
5E+4 | 2E+5 | 8E-5 | 3E-7 | - | - |

St wall (7E+4) |
- | - | - | 9E-4 | 9E-3 | |||

W, see ^{115}Sb |
- | 2E+5 | 8E-5 | 3E-7 | - | - | ||

51 | Antimony-126 | D, see ^{115}Sb |
6E+2 | 1E+3 | 5E-7 | 2E-9 | 7E-6 | 7E-5 |

W, see ^{115}Sb |
5E+2 | 5E+2 | 2E-7 | 7E-10 | - | - | ||

51 | Antimony-127 | D, see ^{115}Sb |
8E+2 | 2E+3 | 9E-7 | 3E-9 | - | - |

LLI wall (8E+2) | - | - | - | 1E-5 | 1E-4 | |||

W, see ^{115}Sb |
7E+2 | 9E+2 | 4E-7 | 1E-9 | - | - | ||

51 | Antimony-128^{2} |
D, see ^{115}Sb |
8E+4 | 4E+5 | 2E-4 | 5E-7 | - | - |

(10.4 min) | St wall (1E+5) |
- |
- |
- |
1E-3 |
1E-2 |
||

W, see ^{115}Sb |
- | 4E+5 | 2E-4 | 6E-7 | - | - | ||

51 | Antimony-128 | D, see ^{115}Sb |
1E+3 | 4E+3 | 2E-6 | 6E-9 | 2E-5 | 2E-4 |

(9.01 h) | W, see ^{115}Sb |
- | 3E+3 | 1E-6 | 5E-9 | - | - | |

51 | Antimony-129 | D, see ^{115}Sb |
3E+3 | 9E+3 | 4E-6 | 1E-8 | 4E-5 | 4E-4 |

W, see ^{115}Sb |
- | 9E+3 | 4E-6 | 1E-8 | - | - | ||

51 | Antimony-130^{2} |
D, see ^{115}Sb |
2E+4 | 6E+4 | 3E-5 | 9E-8 | 3E-4 | 3E-3 |

W, see ^{115}Sb |
- | 8E+4 | 3E-5 | 1E-7 | - | - | ||

51 | Antimony-131^{2} |
D, see ^{115}Sb |
1E+4 | 2E+4 | 1E-5 | - | - | - |

Thyroid (2E+4) | Thyroid (4E+4) | - | 6E-8 | 2E-4 | 2E-3 | |||

W, see ^{115}Sb |
- | 2E+4 | 1E-5 | - | - | |||

- | Thyroid (4E+4) | - | 6E-8 | - | - | |||

52 | Tellurium-116 | D, all compounds except those given for W | 8E+3 | 2E+4 | 9E-6 | 3E-8 | 1E-4 | 1E-3 |

W, oxides, hydroxides, and nitrates | - | 3E+4 | 1E-5 | 4E-8 | - | - | ||

52 | Tellurium-121m | D, see ^{116}Te |
5E+2 | 2E+2 | 8E-8 | - | - | - |

Bone surf (7E+2) | Bone surf (4E+2) | - | 5E-10 | 1E-5 | 1E-4 | |||

W, see ^{116}Te |
- | 4E+2 | 2E-7 | 6E-10 | - | - | ||

52 | Tellurium-121 | D, see ^{116}Te |
3E+3 | 4E+3 | 2E-6 | 6E-9 | 4E-5 | 4E-4 |

W, see ^{116}Te |
- | 3E+3 | 1E-6 | 4E-9 | - | - | ||

52 | Tellurium-123m | D, see ^{116}Te |
6E+2 | 2E+2 | 9E-8 | - | - | - |

Bone surf (1E+3) | Bone surf (5E+2) | - | 8E-10 | 1E-5 | 1E-4 | |||

W, see ^{116}Te |
- | 5E+2 | 2E-7 | 8E-10 | - | - | ||

52 | Tellurium-123 | D, see ^{116}Te |
5E+2 | 2E+2 | 8E-8 | - | - | - |

Bone surf (1E+3) | Bone surf (5E+2) | - | 7E-10 | 2E-5 | 2E-4 | |||

W, see ^{116}Te |
- | 4E+2 | 2E-7 | - | - | - | ||

- | Bone surf (1E+3) | - | 2E-9 | - | - | |||

52 | Tellurium-125m | D, see ^{116}Te |
1E+3 | 4E+2 | 2E-7 | - | - | - |

Bone surf (1E+3) | Bone surf (1E+3) | - | 1E-9 | 2E-5 | 2E-4 | |||

W, see ^{116}Te |
- | 7E+2 | 3E-7 | 1E-9 | - | - | ||

52 | Tellurium-127m | D, see ^{116}Te |
6E+2 | 3E+2 | 1E-7 | - | 9E-6 | 9E-5 |

- | Bone surf (4E+2) | - | 6E-10 | - | - | |||

W, see ^{116}Te |
- | 3E+2 | 1E-7 | 4E-10 | - | - | ||

52 | Tellurium-127 | D, see ^{116}Te |
7E+3 | 2E+4 | 9E-6 | 3E-8 | 1E-4 | 1E-3 |

W, see ^{116}Te |
- | 2E+4 | 7E-6 | 2E-8 | - | - | ||

52 | Tellurium-129m | D, see ^{116}Te |
5E+2 | 6E+2 | 3E-7 | 9E-10 | 7E-6 | 7E-5 |

W, see ^{116}Te |
- | 2E+2 | 1E-7 | 3E-10 | - | - | ||

52 | Tellurium-129^{2} |
D, see ^{116}Te |
3E+4 | 6E+4 | 3E-5 | 9E-8 | 4E-4 | 4E-3 |

W, see ^{116}Te |
- | 7E+4 | 3E-5 | 1E-7 | - | - | ||

52 | Tellurium-131m | D, see ^{116}Te |
3E+2 | 4E+2 | 2E-7 | - | - | - |

Thyroid (6E+2) | Thyroid (1E+3) | - | 2E-9 | 8E-6 | 8E-5 | |||

W, see ^{116}Te |
- | 4E+2 | 2E-7 | - | - | - | ||

- | Thyroid (9E+2) | - | 1E-9 | - | - | |||

52 | Tellurium-131^{2} |
D, see ^{116}Te |
3E+3 | 5E+3 | 2E-6 | - | - | - |

Thyroid (6E+3) | Thyroid (1E+4) | - | 2E-8 | 8E-5 | 8E-4 | |||

W, see ^{116}Te |
- | 5E+3 | 2E-6 | - | - | - | ||

- | Thyroid (1E+4) | - | 2E-8 | - | - | |||

52 | Tellurium-132 | D, see ^{116}Te |
2E+2 | 2E+2 | 9E-8 | - | - | - |

Thyroid (7E+2) | Thyroid (8E+2) | - | 1E-9 | 9E-6 | 9E-5 | |||

W, see ^{116}Te |
- | 2E+2 | 9E-8 | - | - | - | ||

- | Thyroid (6E+2) | - | 9E-10 | - | - | |||

52 | Tellurium-133m^{2} |
D, see ^{116}Te |
3E+3 | 5E+3 | 2E-6 | - | - | - |

Thyroid (6E+3) | Thyroid (1E+4) | - | 2E-8 | 9E-5 | 9E-4 | |||

W, see ^{116}Te |
- | 5E+3 | 2E-6 | - | - | - | ||

- | Thyroid (1E+4) | - | 2E-8 | - | - | |||

52 | Tellurium-133^{2} |
D, see ^{116}Te |
1E+4 | 2E+4 | 9E-6 | - | - | - |

Thyroid (3E+4) | Thyroid (6E+4) | - | 8E-8 | 4E-4 | 4E-3 | |||

W, see ^{116}Te |
- | 2E+4 | 9E-6 | - | - | - | ||

- | Thyroid (6E+4) | - | 8E-8 | - | - | |||

52 | Tellurium-134^{2} |
D, see ^{116}Te |
2E+4 | 2E+4 | 1E-5 | - | - | - |

Thyroid (2E+4) | Thyroid (5E+4) | - | 7E-8 | 3E-4 | 3E-3 | |||

W, see ^{116}Te |
- | 2E+4 | 1E-5 | - | - | - | ||

Thyroid | ||||||||

- | (5E+4) | - | 7E-8 | - | - | |||

53 | Iodine-120m^{2} |
D, all compounds | 1E+4 | 2E+4 | 9E-6 | 3E-8 | - | - |

Thyroid (1E+4) | - | - | - | 2E-4 | 2E-3 | |||

53 | Iodine-120^{2} |
D, all compounds | 4E+3 | 9E+3 | 4E-6 | - | - | - |

Thyroid (8E+3) | Thyroid (1E+4) | - | 2E-8 | 1E-4 | 1E-3 | |||

53 | Iodine-121 | D, all compounds | 1E+4 | 2E+4 | 8E-6 | - | - | - |

Thyroid (3E+4) | Thyroid (5E+4) | - | 7E-8 | 4E-4 | 4E-3 | |||

53 | Iodine-123 | D, all compounds | 3E+3 | 6E+3 | 3E-6 | - | - | - |

Thyroid (1E+4) | Thyroid (2E+4) | - | 2E-8 | 1E-4 | 1E-3 | |||

53 | Iodine-124 | D, all compounds | 5E+1 | 8E+1 | 3E-8 | - | - | - |

Thyroid (2E+2) | Thyroid (3E+2) | - | 4E-10 | 2E-6 | 2E-5 | |||

53 | Iodine-125 | D, all compounds | 4E+1 | 6E+1 | 3E-8 | - | - | - |

Thyroid (1E+2) | Thyroid (2E+2) |
- | 3E-10 | 2E-6 | 2E-5 | |||

53 | Iodine-126 | D, all compounds | 2E+1 | 4E+1 | 1E-8 | - | - | - |

Thyroid (7E+1) | Thyroid (1E+2) | - | 2E-10 | 1E-6 | 1E-5 | |||

53 | Iodine-128^{2} |
D, all compounds | 4E+4 | 1E+5 | 5E-5 | 2E-7 | - | - |

St wall (6E+4) |
- | - | - | 8E-4 | 8E-3 | |||

53 | Iodine-129 | D, all compounds | 5E+0 | 9E+0 | 4E-9 | - | - | - |

Thyroid (2E+1) | Thyroid (3E+1) | - | 4E-11 | 2E-7 | 2E-6 | |||

53 | Iodine-130 | D, all compounds | 4E+2 | 7E+2 | 3E-7 | - | - | - |

Thyroid (1E+3) | Thyroid (2E+3) | - | 3E-9 | 2E-5 | 2E-4 | |||

53 | Iodine-131 | D, all compounds | 3E+1 | 5E+1 | 2E-8 | - | - | - |

Thyroid (9E+1) | Thyroid (2E+2) | - | 2E-10 | 1E-6 | 1E-5 | |||

53 | Iodine-132m^{2} |
D, all compounds | 4E+3 | 8E+3 | 4E-6 | - | - | - |

Thyroid (1E+4) | Thyroid (2E+4) | - | 3E-8 | 1E-4 | 1E-3 | |||