IE
S.I. No. 125/2000 - Radiological Protection Act, 1991 (Ionising Radiation) Order, 2000
Table of Provisions (10)
Statutory Text (10 Articles)
1. Individual monitoring
Personal dose equivalent H
p
(d),
d: depth in mm in the body.
2. Area monitoring
ambient dose equivalent H
(*)
(d),
directional dose equivalent H' (d,Ω),
d: depth in mm under the surface of the sphere given in A,
Ω: angle of incidence.
3. For strongly penetrating radiation a depth of 10 mm, for weakly penetrating radiation a depth of 0,07 mm for the skin and 3 mm for the eye is recommended.
SCHEDULE 7
TEXT OF ANNEX III OF COUNCIL DIRECTIVE 96/29/EURATOM
A. Throughout the Directive, unless otherwise specified, requirements on doses apply to the sum of the relevant doses from external exposure in a specified period and the relevant 50-year committed doses (up to age 70 for children) from intakes in the same period. The specified period is that given in Articles 9 and 13 in relation to the dose limits.
In general the effective dose E incurred by an individual in the group of age g will be determined according to the following formula
Where E
external
is the relevant effective dose from external exposure: h(g)
lung
and h(g)
lanh
are the committed effective dose per unit-intake for ingested or inhaled radionuclide j (Sv/Bq) by an individual in the group of age g; J
lung
and J
lanh
respectively are the relevant intake via ingestion or inhalation of the radionuclide j (Bq).
B. Except for radon progeny and thoron progeny, values of the committed effective dose for unit intake for ingestion and inhalation are given for members of the public and for apprentices and students aged between 16 and 18 years in Tables (A) and (B) to this Annex.
Except for radon progeny and thoron progeny, values of the committed effective dose for unit intake for ingestion and inhalation are given for exposed workers and for apprentices and students aged 18 years or more in Table (C) to this Annex.
For exposure of members of the public, Table (A) for ingestion includes values corresponding to different gut transfer factors f
1
for infants and for older persons. Also for exposure of members of the public, Table (B) for inhalation includes values for different lung retention types with appropriate f
1
values for the component of the intake cleared to the gastrointestinal tract. If information is available on these parameters, the appropriate value shall be used; if not, the most restrictive value shall be used. For occupational exposure, Table (C) includes values for ingestion corresponding to different gut transfer factors f
1
and values for inhalation for different lung retention types with appropriate f
1
values for the component of the intake cleared to the gastrointestinal tract.
Table (D) presents gut transfer factors f
1
by element and compounds for workers and where appropriate members of the public for intake by ingestion. Table (E) presents lung absorption types and gut transfer factors f
1
, also by element and compounds and also for exposed workers and for apprentices and students aged 18 years or more, for intake by inhalation.
For members of the public the lung absorption types and gut transfer factors f
1
, shall take into account the chemical form of the element on the basis of available international guidance. In general, if no information is available on these parameters, the most conservative value should be used.
C. For radon progeny and thoron progeny the following conventional conversion factors apply, effective dose per unit potential alpha-energy exposure (Sv per J.h.m.
-3
)
Radon at home
1,1
Radon at work
1,4
Thoron at work
0,5
Potential alpha energy (of radon progeny and thoron progeny): The total alpha energy ultimately emitted during the decay of radon progeny and thoron progeny through the decay chain, up to but not including
210
Pb for progeny of
222
Rn and up to stable
208
Pb for progeny of
220
Rn. The unit is J (Joule). For the exposure to a given concentration for a given time the unit is J.h.m.
-3
.
D. Tables
(A) Ingestion dose coefficients for members of the public.
(B) Inhalation dose coefficients for members of the public.
(C) Inhalation and ingestion dose coefficients for workers.
(D) Values for f
1
for the calculation of ingestion dose coefficients.
(E) Lung absorption types and f
1
values for chemical forms of the elements for the calculation of inhalation dose coefficients.
TABLE (A)
Committed effective dose per unit intake via ingestion (Sv Bq
-1
) for members of the public
Nuclide
Physical half-life
Age ≤ 1 a
Age
1—2 a
2—7 a
7—12 a
12—17 a
< 17 a
f
1
for g ≤ 1 a
h(g)
f
1
for g > 1 a
h(g)
h(g)
h(g)
h(g)
h(g)
Hydrogen
Tritiated water
12,3 a
1,000
6,4 10
-11
1,000
4,8 10
-11
3,1 10
-11
2,3 10
-11
1,8 10
-11
1,8 10
-11
OBT
12,3 a
1,000
1,2 10
-10
1,000
1,2 10
-10
7,3 10
-11
5,7 10
-11
4,2 10
-11
4,2 1
-11
Beryllium
Be-7
53,3 d
0,020
1,8 10
-10
0,005
1,3 10
-10
7,7 10
-11
5,3 10
-11
3,5 10
-11
2,8 10
-11
Be-10
1,60 10
6
a
0,020
1,4 10
-8
0,005
8,0 10
-9
4,1 10
-9
2,4 10
-9
1,4 10
-9
1,1 10
-9
Carbon
C-11
0,340 h
1,000
2,6 10
-10
1,000
1,5 10
-10
7,3 10
-11
4,3 10
-11
3,0 10
-11
2,4 10
-11
C-14
5,73 10
3
a
1,000
1,4 10
-9
1,000
1,6 10
-9
9,9 10
-10
8,0 10
-10
5,7 10
-10
5,8 10
-10
Fluorine
F-18
1,83 h
1,000
5,2 10
-10
1,000
3,0 10
-10
1,5 10
-10
9,1 10
-11
6,2 10
-11
4,9 10
-11
Sodium
Na-22
2,60 a
1,000
2,1 10
-8
1,000
1,5 10
-8
8,4 10
-9
5,5 10
-9
3,7 10
-9
3,2 10
-9
Na-24
15,0 h
1,000
3,5 10
-9
1,000
2,3 10
-9
1,2 10
-9
7,7 10
-10
5,2 10
-10
4,3 10
-10
Magnesium
Mg-28
20,9 h
1,000
1,2 10
-8
0,500
1,4 10
-8
7,4 10
-9
4,5 10
-9
2,7 10
-9
2,2 10
-9
Aluminium
Al-26
7,16 10
5
a
0,020
3,4 10
-8
0,010
2,1 10
-8
1,1 10
-8
7,1 10
-9
4,3 10
-9
3,5 10
-9
Silicon
Si-31
2,62 h
0,020
1,9 10
-9
0,010
1,0 10
-9
5,1 10
-10
3,0 10
-10
1,8 10
-10
1,6 10
-10
Si-32
4,50 10
2
a
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
14,3 d
1,000
3,1 10
-8
0,800
1,9 10
-8
9,4 10
-9
5,3 10
-9
3,1 10
-9
2,4 10
-9
P-33
25,4 d
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 (inorganic)
87,4 d
1,000
1,3 10
-9
1,000
8,7 10
-10
4,4 10
-10
2,7 10
-10
1,6 10
-10
1,3 10
-10
S-35
87,4 d
1,000
7,7 10
-9
1,000
5,4 10
-9
2,7 10
-9
1,6 10
-9
9,5 10
-10
7,7 10
-10
(organic)
Chlorine
Cl-36
3,01 10
5
a
1,000
9,8 10
-9
1,000
6,3 10
-9
3,2 10
-9
1,9 10
-9
1,2 10
-9
9,3 10
-10
Cl-38
0,620 h
1,000
1,4 10
-9
1,000
7,7 10
-10
3,8 10
-10
2,2 10
-10
1,5 10
-10
1,2 10
-10
Cl-39
0,927 h
1,000
9,7 10
-10
1,000
5,5 10
-10
2,7 10
-10
1,6 10
-10
1,1 10
-10
8,5 10
-11
Potassium
K-40
1,28 10
9
a
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
12,4 h
1,000
5,1 10
-9
1,000
3,0 10
-9
1,5 10
-9
8,6 10
-10
5,4 10
-10
4,3 10
-10
K-43
22,6 h
1,000
2,3 10
-9
1,000
1,4 10
-9
7,6 10
-10
4,7 10
-10
3,0 10
-10
2,5 10
-10
K-44
0,369 h
1,000
1,0 10
-9
1,000
5,5 10
-10
2,7 10
-10
1,6 10
-10
1,1 10
-10
8,4 10
-11
K-45
0,333 h
1,000
6,2 10
-10
1,000
3,5 10
-10
1,7 10
-10
9,9 10
-11
6,8 10
-11
5,4 10
-11
Calcium
(a)
Ca-41
1,40 10
5
a
0,600
1,2 10
-9
0,300
5,2 10
-10
3,9 10
-10
4,8 10
-10
5,0 10
-10
1,9 10
-10
Ca-45
163 d
0,600
1,1 10
-8
0,300
4,9 10
-9
2,6 10
-9
1,8 10
-9
1,3 10
-9
7,1 10
-10
Ca-47
4,53 d
0,600
1,3 10
-8
0,300
9,3 10
-9
4,9 10
-9
3,0 10
-9
1,8 10
-9
1,6 10
-9
Scandium
Sc-43
3,89 h
0,001
1,8 10
-9
1,0 10
-4
1,2 10
-9
6,1 10
-10
3,7 10
-10
2,3 10
-10
1,9 10
-10
Sc-44
3,93 h
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
-10
3,5 10
-10
Sc-44m
2,44 d
0,001
2,4 10
-8
1,0 10
-4
1,6 10
-8
8,3 10
-9
5,1 10
-9
3,1 10
-9
2,4 10
-9
Sc-46
83,8 d
0,001
1,1 10
-8
1,0 10
-4
7,9 10
-9
4,4 10
-9
2,9 10
-9
1,8 10
-9
1,5 10
-9
Sc-47
3,35 d
0,001
6,1 10
-9
1,0 10
-4
3,9 10
-9
2,0 10
-9
1,2 10
-9
6,8 10
-10
5,4 10
-10
Sc-48
1,82 d
0,001
1,3 10
-8
1,0 10
-4
9,3 10
-9
5,1 10
-9
3,3 10
-9
2,1 10
-9
1,7 10
-9
Sc-49
0,956 h
0,001
1,0 10
-9
1,0 10
-4
5,7 10
-10
2,8 10
-10
1,6 10
-10
1,0 10
-10
8,2 10
-11
Titanium
Ti-44
47,3 a
0,020
5,5 10
-8
0,010
3,1 10
-8
1,7 10
-8
1,1 10
-8
6,9 10
-9
5,8 10
-9
Ti-45
3,08 h
0,020
1,6 10
-9
0,010
9,8 10
-10
5,0 10
-10
3,1 10
-10
1,9 10
-10
1,5 10
-10
Vanadium
V-47
0,543 h
0,020
7,3 10
-10
0,010
4,1 10
-10
2,0 10
-10
1,2 10
-10
8,0 10
-11
6,3 10
-11
V-48
16,2 d
0,020
1,5 10
-8
0,010
1,1 10
-8
5,9 10
-9
3,9 10
-9
2,5 10
-9
2,0 10
-9
V-49
330 d
0,020
2,2 10
-10
0,010
1,4 10
-10
6,9 10
-11
4,0 10
-11
2,3 10
-11
1,8 10
-11
Chromium
Cr-48
23,0 h
0,200
1,4 10
-9
0,100
9,9 10
-10
5,7 10
-10
3,8 10
-10
2,5 10
-10
2,0 10
-10
0,020
1,4 10
-9
0,010
9,9 10
-10
5,7 10
-10
3,8 10
-10
2,5 10
-10
2,0 10
-10
Cr-49
0,702 h
0,200
6,8 10
-10
0,100
3,9 10
-10
2,0 10
-10
1,1 10
-10
7,7 10
-11
6, 1 10
-11
0,020
6,8 10
-10
0,010
3,9 10
-10
2,0 10
-10
1,1 10
-10
7,7 10
-11
6,1 10
-11
Cr-51
27,7 d
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
7,5 10
-11
4,6 10
-11
3,7 10
-11
Manganese
Mn-51
0,770 h
0,200
1,1 10
-9
0,100
6,1 10
-10
3,0 10
-10
1,8 10
-10
1,2 10
-10
9,3 10
-11
Mn-52
5,59 d
0,200
1,2 10
-8
0,100
8,8 10
-9
5,1 10
-9
3,4 10
-9
2,2 10
-9
1,8 10
-9
Mn-52m
0,352 h
0,200
7,8 10
-10
0,100
4,4 10
-10
2,2 10
-10
1,3 10
-10
8,8 10
-11
6,9 10
-11
Mn-53
3,70 10
6
a
0,200
4,1 10
-10
0,100
2,2 10
-10
1,1 10
-10
6,5 10
-11
3,7 10
-11
3,0 10
-11
Mn-54
312 d
0,200
5,4 10
-9
0,100
3,1 10
-9
1,9 10
-9
1,3 10
-9
8,7 10
-10
7,1 10
-10
Mn-56
2,58 h
0,200
2,7 10
-9
0,100
1,7 10
-9
8,5 10
-10
5,1 10
-10
3,2 10
-10
2,5 10
-10
Iron
(b)
Fe-52
8,28 h
0,600
1,3 10
-8
0,100
9,1 10
-9
4,6 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
Fe-55
2,70 a
0,600
7,6 10
-9
0,100
2,4 10
-9
1,7 10
-9
1,1 10
-9
7,7 10
-10
3,3 10
-10
Fe-59
44,5 d
0,600
3,9 10
-8
0,100
1,3 10
-8
7,5 10
-9
4,7 10
-9
3,1 10
-9
1,8 10
-9
Fe-60
1,00 10
5
a
0,600
7,9 10
-7
0,100
2,7 10
-7
2,7 10
-7
2,5 10
-7
2,3 10
-7
1,1 10
-7
Cobalt
(b)
Co-55
17,5 h
0,600
6,0 10
-9
0,100
5,5 10
-9
2,9 10
-9
1,8 10
-9
1,1 10
-9
1,0 10
-9
Co-56
78,7 d
0,600
2,5 10
-8
0,100
1,5 10
-8
8,8 10
-9
5,8 10
-9
3,8 10
-9
2,5 10
-9
Co-57
271 d
0,600
2,9 10
-9
0,100
1,6 10
-9
8,9 10
-10
5,8 10
-10
3,7 10
-10
2,1 10
-10
Co-58
70,8 d
0,600
7,3 10
-9
0,100
4,4 10
-9
2,6 10
-9
1,7 10
-9
1,1 10
-9
7,4 10
-10
Co-58m
9,15 h
0,600
2,0 10
-10
0,100
1,5 10
-10
7,8 10
-11
4,7 10
-11
2,8 10
-11
2,4 10
-11
Co-60
5,27 a
0,600
5,4 10
-8
0,100
2,7 10
-8
1,7 10
-8
1,1 10
-8
7,9 10
-9
3,4 10
-9
Co-60m
0,174 h
0,600
2,2 10
-11
0,100
1,2 10
-11
5,7 10
-12
3,2 10
-12
2,2 10
-12
1,7 10
-12
Co-61
1,65 h
0,600
8,2 10
-10
0,100
5,1 10
-10
2,5 10
-10
1,4 10
-10
9,2 10
-11
7,4 10
-11
Co-62m
0,232 h
0,600
5,3 10
-10
0,100
3,0 10
-10
1,5 10
-10
8,7 10
-11
6,0 10
-11
4,7 10
-11
Nickel
Ni-56
6,10 d
0,100
5,3 10
-9
0,050
4,0 10
-9
2,3 10
-9
1,6 10
-9
1,1 10
-9
8,6 10
-10
Ni-57
1,50 d
0,100
6,8 10
-9
0,050
4,9 10
-9
2,7 10
-9
1,7 10
-9
1,1 10
-9
8,7 10
-10
Ni-59
7,50 10
4
a
0,100
6,4 10
-10
0,050
3,4 10
-10
1,9 10
-10
1,1 10
-10
7,3 10
-11
6,3 10
-11
Ni-63
96,0 a
0,100
1,6 10
-9
0,050
8,4 10
-10
4,6 10
-10
2,8 10
-10
1,8 10
-10
1,5 10
-10
Ni-65
2,52 h
0,100
2,1 10
-9
0,050
1,3 10
-9
6,3 10
-10
3,8 10
-10
2,3 10
-10
1,8 10
-10
Ni-66
2,27 d
0,100
3,3 10
-8
0,050
2,2 10
-8
1,1 10
-8
6,6 10
-9
3,7 10
-9
3,0 10
-9
Copper
Cu-60
0,387 h
1,000
7,0 10
-10
0,500
4,2 10
-10
2,2 10
-10
1,3 10
-10
8,9 10
-11
7,0 10
-11
Cu-61
3,41 h
1,000
7,1 10
-10
0,500
7,5 10
-10
3,9 10
-10
2,3 10
-10
1,5 10
-10
1,2 10
-10
Cu-64
12,7 h
1,000
5,2 10
-10
0,500
8,3 10
-10
4,2 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
Cu-67
2,58 d
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
9,26 h
1,000
4,2 10
-9
0,500
6,5 10
-9
3,3 10
-9
2,0 10
-9
1,2 10
-9
9,4 10
-10
Zn-63
0,635 h
1,000
8,7 10
-10
0,500
5,2 10
-10
2,6 10
-10
1,5 10
-10
1,0 10
-10
7,9 10
-11
Zn-65
244 d
1,000
3,6 10
-8
0,500
1,6 10
-8
9,7 10
-9
6,4 10
-9
4,5 10
-9
3,9 10
-9
Zn-69
0,950 h
1,000
3,5 10
-10
0,500
2,2 10
-10
1,1 10
-10
6,0 10
-11
3,9 10
-11
3,1 10
-11
Zn-69m
13,8 h
1,000
1,3 10
-9
0,500
2,3 10
-9
1,2 10
-9
7,0 10
-10
4,1 10
-10
3,3 10
-10
Zn-71m
3,92 h
1,000
1,4 10
-9
0,500
1,5 10
-9
7,8 10
-10
4,8 10
-10
3,0 10
-10
2,4 10
-10
Zn-72
1,94 d
1,000
8,7 10
-9
0,500
8,6 10
-9
4,5 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
Gallium
Ga-65
0,253 h
0,010
4,3 10
-10
0,001
2,4 10
-10
1,2 10
-10
6,9 10
-11
4,7 10
-11
3,7 10
-11
Ga-66
9,40 h
0,010
1,2 10
-8
0,001
7,9 10
-9
4,0 10
-9
2,5 10
-9
1,5 10
-9
1,2 10
-9
Ga-67
3,26 d
0,010
1,8 10
-9
0,001
1,2 10
-9
6,4 10
-10
4,0 10
-10
2,4 10
-10
1,9 10
-10
Ga-68
1,13 h
0,010
1,2 10
-9
0,001
6,7 10
-10
3,4 10
-10
2,0 10
-10
1,3 10
-10
1,0 10
-10
Ga-70
0,353 h
0,010
3,9 10
-10
0,001
2,2 10
-10
1,0 10
-10
5,9 10
-11
4,0 10
-11
3,1 10
-11
Ga-72
14,1 h
0,010
1,0 10
-8
0,001
6,8 10
-9
3,6 10
-9
2,2 10
-9
1,4 10
-9
1,1 10
-9
Ga-73
4,91 h
0,010
3,0 10
-9
0,001
1,9 10
-9
9,3 10
-10
5,5 10
-10
3,3 10
-10
2,6 1
-10
Germanium
Ge-66
2,27 h
1,000
8,3 10
-10
1,000
5,3 10
-10
2,9 10
-10
1,9 10
-10
1,3 10
-10
1,0 10
-10
Ge-67
0,312 h
1,000
7,7 10
-10
1,000
4,2 10
-10
2,1 10
-10
1,2 10
-10
8,2 10
-11
6,5 10
-11
Ge-68
288 d
1,000
1,2 10
-8
1,100
8,0 10
-9
4,2 10
-9
2,6 10
-9
1,6 10
-9
1,3 10
-9
Ge-69
1,63 d
1,000
2,0 10
-9
1,000
1,3 10
-9
7,1 10
-10
4,6 10
-10
3,0 10
-10
2,4 10
-10
Ge-71
11,8 d
1,000
1,2 10
-10
1,000
7,8 10
-11
4,0 10
-11
2,4 10
-11
2,5 10
-11
1,2 10
-11
Ge-75
1,38 h
1,000
5,5 10
-10
1,000
3,1 10
-10
1,5 10
-10
8,7 10
-11
5,9 10
-11
4,6 10
-11
Ge-77
11,3 h
1,000
3,0 10
-9
1,000
1,8 10
-9
9,9 10
-10
6,2 10
-10
4,1 10
-10
3,3 10
-10
Ge-78
1,45 h
1,000
1,2 10
-9
1,000
7,0 10
-10
3,6 10
-10
2,2 10
-10
1,5 10
-10
1,2 10
-10
Arsenic
As-69
0,253 h
1,000
6,6 10
-10
0,500
3,7 10
-10
1,8 10
-10
1,1 10
-10
7,2 10
-11
5,7 10
-11
As-70
0,876 h
1,000
1,2 10
-9
0,500
7,8 10
-10
4,1 10
-10
2,5 10
-10
1,7 10
-10
1,3 10
-10
As-71
2,70 d
1,000
2,8 10
-9
0,500
2,8 10
-9
1,5 10
-9
9,3 10
-10
5,7 10
-10
4,6 10
-10
As-72
1,08 d
1,000
1,1 10
-8
0,500
1,2 10
-8
6,3 10
-9
3,8 10
-9
2,3 10
-9
1,8 10
-9
As-73
80,3 d
1,000
2,6 10
-9
0,500
1,9 10
-9
9,3 10
-10
5,6 10
-10
3,2 10
-10
2,6 10
-10
As-74
17,8 d
1,000
1,0 10
-8
0,500
8,2 10
-9
4,3 10
-9
2,6 10
-9
1,6 10
-9
1,3 10
-9
As-76
1,10 d
1,000
1,0 10
-8
0,500
1,1 10
-8
5,8 10
-9
3,4 10
-9
2,0 10
-9
1,6 10
-9
As-77
1,62 d
1,000
2,7 10
-9
0,500
2,9 10
-9
1,5 10
-9
8,7 10
-10
5,0 10
-10
4,0 10
-10
As-78
1,51 h
1,000
2,0 10
-9
0,500
1,4 10
-9
7,0 10
-10
4,1 10
-10
2,7 10
-10
2,1 10
-10
Selenium
Se-70
0,683 h
1,000
1,0 10
-9
0,800
7,1 10
-10
3,6 10
-10
2,2 10
-10
1,5 10
-10
1,2 10
-10
Se-73
7,15 h
1,000
1,6 10
-9
0,800
1,4 10
-9
7,4 10
-10
4,8 10
-10
2,5 10
-10
2,1 10
-10
Se-73m
0,650 h
1,000
2,6 10
-10
0,800
1,8 10
-10
9,5 10
-11
5,9 10
-11
3,5 10
-11
2,8 10
-11
Se-75
120 d
1,000
2,0 10
-8
0,800
1,3 10
-8
8,3 10
-9
6,0 10
-9
3,1 10
-9
2,6 10
-9
Se-79
6,50 10
4
a
1,000
4,1 10
-8
0,800
2,8 10
-8
1,9 10
-8
1,4 10
-8
4,1 10
-9
2,9 10
-9
Se-81
0,308 h
1,000
3,4 10
-10
0,800
1,9 10
-10
9,0 10
-11
5,1 10
-11
3,4 10
-11
2,7 10
-11
Se-81m
0,954 h
1,000
6,0 10
-10
0,800
3,7 10
-10
1,8 10
-10
1,1 10
-10
6,7 10
-11
5,3 10
-11
Se-83
0,375 h
1,000
4,6 10
-10
0,800
2,9 10
-10
1,5 10
-10
8,7 10
-11
5,9 10
-11
4,7 10
-11
Bromine
Br-74
0,422 h
1,000
9,0 10
-10
1,000
5,2 10
-10
2,6 10
-10
1,5 10
-10
1,1 10
-10
8,4 10
-11
Br-74m
0,691 h
1,000
1,5 10
-9
1,000
8,5 10
-10
4,3 10
-10
2,5 10
-10
1,7 10
-10
1,4 10
-10
Br-75
1,63 h
1,000
8,5 10
-10
1,000
4,9 10
-10
2,5 10
-10
1,5 10
-10
9,9 10
-11
7,9 10
-11
Br-76
16,2 h
1,000
4,2 10
-9
1,000
2,7 10
-9
1,4 10
-9
8,7 10
-10
5,6 10
-10
4,6 10
-10
Br-77
2,33 d
1,000
6,3 10
-10
1,000
4,4 10
-10
2,5 10
-10
1,7 10
-10
1,1 10
-10
9,6 10
-11
Br-80
0,290 h
1,000
3,9 10
-10
1,000
2,1 10
-10
1,0 10
-10
5,8 10
-11
3,9 10
-11
3,1 10
-11
Br-80m
4,42 h
1,000
1,4 10
-9
1,000
8,0 10
-10
3,9 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
Br-82
1,47 d
1,000
3,7 10
-9
1,000
2,6 10
-9
1,5 10
-9
9,5 10
-10
6,4 10
-10
5,4 10
-10
Br-83
2,39 h
1,000
5,3 10
-10
1,000
3,0 10
-10
1,4 10
-10
8,3 10
-11
5,5 10
-11
4,3 10
-11
Br-84
0,530 h
1,000
1,0 10
-9
1,000
5,8 10
-10
2,8 10
-10
1,6 10
-10
1,1 10
-10
8,8 10
-11
Rubidium
Rb-79
0,382 h
1,000
5,7 10
-10
1,000
3,2 10
-10
1,6 10
-10
9,2 10
-11
6,3 10
-11
5,0 10
-11
Rb-81
4,58 h
1,000
5,4 10
-10
1,000
3,2 10
-10
1,6 10
-10
1,0 10
-10
6,7 10
-11
5,4 10
-11
Rb-81m
0,533 h
1,000
1,1 10
-10
1,000
6,2 10
-11
3,1 10
-11
1,8 10
-11
1,2 10
-11
9,7 10
-12
Rb-82 m
6,20 h
1,000
8,7 10
-10
1,000
5,9 10
-10
3,4 10
-10
2,2 10
-10
1,5 10
-10
1,3 10
-10
Rb-83
86,2 d
1,000
1,1 10
-8
1,000
8,4 10
-9
4,9 10
-9
3,2 10
-9
2,2 10
-9
1,9 10
-9
Rb-84
32,8 d
1,000
2,0 10
-8
1,000
1,4 10
-8
7,9 10
-9
5,0 10
-9
3,3 10
-9
2,8 10
-9
Rb-86
18,7 d
1,000
3,1 10
-8
1,000
2,0 10
-8
9,9 10
-9
5,9 10
-9
3,5 10
-9
2,8 10
-9
Rb-87
4,70 10
10
a
1,000
1,5 10
-8
1,000
1,0 10
-8
5,2 10
-9
3,1 10
-9
1,8 10
-9
1,5 10
-9
Rb-88
0,297 h
1,000
1,1 10
-9
1,000
6,2 10
-10
3,0 10
-10
1,7 10
-10
1,2 10
-10
9,0 10
-11
Rb-89
0,253 h
1,000
5,4 10
-10
1,000
3,0 10
-10
1,5 10
-10
8,6 10
-11
5,9 10
-11
4,,7 10
-11
Strontium
(a)
Sr-80
1,67 h
0,600
3,7 10
-9
0,300
2,3 10
-9
1,1 10
-9
6,5 10
-10
4,2 10
-10
3,4 10
-10
Sr-81
0,425 h
0,600
8,4 10
-10
0,300
4,9 10
-10
2,4 10
-10
1,4 10
-10
9,6 10
-11
7,7 10
-11
Sr-82
25,0 d
0,600
7,2 10
-8
0,300
4,1 10
-8
2,1 10
-8
1,3 10
-8
8,7 10
-9
6,1 10
-9
Sr-83
1,35 d
0,600
3,4 10
-9
0,300
2,7 10
-9
1,4 10
-9
9,1 10
-10
5,7 10
-10
4,9 10
-10
Sr-85
64,8 d
0,600
7,7 10
-9
0,300
3,1 10
-9
1,7 10
-9
1,5 10
-9
1,3 10
-9
5,6 10
-10
Sr-85m
1,16 h
0,600
4,5 10
-11
0,300
3,0 10
-11
1,7 10
-11
1,1 10
-11
7,8 10
-12
6,1 10
-12
Sr-87m
2,80 h
0,600
2,4 10
-10
0,300
1,7 10
-10
9,0 10
-11
5,6 10
-11
3,6 10
-11
3,0 10
-11
Sr-89
50,5 d
0,600
3,6 10
-8
0,300
1,8 10
-8
8,9 10
-9
5,8 10
-9
4,0 10
-9
2,6 10
-9
Sr-90
29,1 a
0,600
2,3 10
-7
0,300
7,3 10
-8
4,7 10
-8
6,0 10
-8
8,0 10
-8
2,8 10
-8
Sr-91
9,50 h
0,600
5,2 10
-9
0,300
4,0 10
-9
2,1 10
-9
1,2 10
-9
7,4 10
-10
6,5 10
-10
Sr-92
2,71 h
0,600
3,4 10
-9
0,300
2,7 10
-9
1,4 10
-9
8,2 10
-10
4,8 10
-10
4,3 10
-10
Yttrium
Y-86
14,7 h
0,001
7,6 10
-9
1,0 10
-4
5,2 10
-9
2,9 10
-9
1,9 10
-9
1,2 10
-9
9,6 10
-10
Y-86m
0,800 h
0,001
4,5 10
-10
1,0 10
-4
3,1 10
-10
1,7 10
-10
1,1 10
-10
7,1 10
-11
5,6 10
-11
Y-87
3,35 d
0,001
4,6 10
-9
1,0 10
-4
3,2 10
-9
1,8 10
-9
1,1 10
-9
7,0 10
-10
5,5 10
-10
Y-88
107 d
0,001
8,1 10
-9
1,0 10
-4
6,0 10
-9
3,5 10
-9
2,4 10
-9
1,6 10
-9
1,3 10
-9
Y-90
2,67 d
0,001
3,1 10
-8
1,0 10
-4
2,0 10
-8
1,0 10
-8
5,9 10
-9
3,3 10
-9
2,7 10
-9
Y-90m
3,19 h
0,001
1,8 10
-9
1,0 10
-4
1,2 10
-9
6,1 10
-10
3,7 10
-10
2,2 10
-10
1,7 10
-10
Y-91
58,5 d
0,001
2,8 10
-8
1,0 10
-4
1,8 10
-8
8,8 10
-9
5,2 10
-9
2,9 10
-9
2,4 10
-9
Y-91m
0,828 h
0,001
9,2 10
-11
1,0 10
-4
6,0 10
-11
3,3 10
-11
2,1 10
-11
1,4 10
-11
1,1 10
-11
Y-92
3,54 h
0,001
5,9 10
-9
1,0 10
-4
3,6 10
-9
1,8 10
-9
1,0 10
-9
6,2 10
-10
4,9 10
-10
Y-93
10,1 h
0,001
1,4 10
-8
1,0 10
-4
8,5 10
-9
4,3 10
-9
2,5 10
-9
1,4 10
-9
1,2 10
-9
Y-94
0,318 h
0,001
9,9 10
-10
1,0 10
-4
5,5 10
-10
2,7 10
-10
1,5 10
-10
1,0 10
-10
8,1 10
-11
Y-95
0,178 h
0,001
5,7 10
-10
1,0 10
-4
3,1 10
-10
1,5 10
-10
8,7 10
-11
5,9 10
-11
4,6 10
-11
Zirconium
Zr-86
16,5 h
0,020
6,9 10
-9
0,010
4,8 10
-9
2,7 10
-9
1,7 10
-9
1,1 10
-9
8,6 10
-10
Zr-88
83,4 d
0,020
2,8 10
-9
0,010
2,0 10
-9
1,2 10
-9
8,0 10
-10
5,4 10
-10
4,5 10
-10
Zr-89
3,27 d
0,020
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
1,53 10
6
a
0,020
1,2 10
-9
0,010
7,6 10
-10
5,1 10
-10
5,8 10
-10
8,6 10
-10
1,1 10
-9
Zr-95
64,0 d
0,020
8,5 10
-9
0,010
5,6 10
-9
3,0 10
-9
1,9 10
-9
1,2 10
-9
9,5 10
-10
Zr-97
16,9 h
0,020
2,2 10
-8
0,010
1,4 10
-8
7,3 10
-9
4,4 10
-9
2,6 10
-9
2,1 10
-9
Niobium
Nb-88
0,238 h
0,020
6,7 10
-10
0,010
3,8 10
-10
1,9 10
-10
1,1 10
-10
7,9 10
-11
6,3 10
-11
Nb-89
2,03 h
0,020
3,0 10
-9
0,010
2,0 10
-9
1,0 10
-9
6,0 10
-10
3,4 10
-10
2,7 10
-10
Nb-89
1,10 h
0,020
1,5 10
-9
0,010
8,7 10
-10
4,4 10
-10
2,7 10
-10
1,8 10
-10
1,4 10
-10
Nb-90
14,6 h
0,020
1,1 10
-8
0,010
7,2 10
-9
3,9 10
-9
2,5 10
-9
1,6 10
-9
1,2 10
-9
Nb-93m
13,6 a
0,020
1,5 10
-9
0,010
9,1 10
-10
4,6 10
-10
2,7 10
-10
1,5 10
-10
1,2 10
-10
Nb-94
2,03 10
4
a
0,020
1,5 10
-8
0,010
9,7 10
-9
5,3 10
-9
3,4 10
-9
2,1 10
-9
1,7 10
-9
Nb-95
35,1 d
0,020
4,6 10
-9
0,010
3,2 10
-9
1,8 10
-9
1,1 10
-9
7,4 10
-10
5,8 10
-10
Nb-95m
3,61 d
0,020
6,4 10
-9
0,010
4,1 10
-9
2,1 10
-9
1,2 10
-9
7,1 10
-10
5,6 10
-10
Nb-96
23,3 h
0,020
9,2 10
-9
0,010
6,3 10
-9
3,4 10
-9
2,2 10
-9
1,4 10
-9
1,1 10
-9
Nb-97
1,20 h
0,020
7,7 10
-10
0,010
4,5 10
-10
2,3 10
-10
1,3 10
-10
8,7 10
-11
6,8 10
-11
Nb-98
0,858 h
0,020
1,2 10
-9
0,010
7,1 10
-10
3,6 10
-10
2,2 10
-10
1,4 10
-10
1,1 10
-10
Molybdenum
Mo-90
5,67 h
1,000
1,7 10
-9
1,000
1,2 10
-9
6,3 10
-10
4,0 10
-10
2,7 10
-10
2,2 10
-10
Mo-93
3,50 10
3
a
1,000
7,9 10
-9
1,000
6,9 10
-9
5,0 10
-9
4,0 10
-9
3,4 10
-9
3,1 10
-9
Mo-93m
6,85 h
1,000
8,0 10
-10
1,000
5,4 10
-10
3,1 10
-10
2,0 10
-10
1,4 10
-10
1,1 10
-10
Mo-99
2,75 d
1,000
5,5 10
-9
1,000
3,5 10
-9
1,8 10
-9
1,1 10
-9
7,6 10
-10
6,0 10
-10
Mo-101
0,244 h
1,000
4,8 10
-10
1,000
2,7 10
-10
1,3 10
-10
7,6 10
-11
5,2 10
-11
4,1 10
-11
Technetium
Te-93
2,75 h
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-93m
0,725 h
1,000
2,0 10
-10
0,500
1,3 10
-10
7,3 10
-11
4,6 10
-11
3,2 10
-11
2,5 10
-11
Tc-94
4,88 h
1,000
1,2 10
-9
0,500
1,0 10
-9
5,8 10
-10
3,7 10
-10
2,5 10
-10
2,0 10
-10
Tc-94m
0,867 h
1,000
1,3 10
-9
0,500
6,5 10
-10
3,3 10
-10
1,9 10
-10
1,3 10
-10
1,0 10
-10
Tc-95
20,0 h
1,000
9,9 10
-10
0,500
8,7 10
-10
5,0 10
-10
3,3 10
-10
2,3 10
-10
1,8 10
-10
Tc-95m
61,0 d
1,000
4,7 10
-9
0,500
2,8 10
-9
1,6 10
-9
1,0 10
-9
7,0 10
-10
5,6 10
-10
Tc-96
4,28 d
1,000
6,7 10
-9
0,500
5,1 10
-9
3,0 10
-9
2,0 10
-9
1,4 10
-9
1,1 10
-9
Tc-96m
0,858 h
1,000
1,0 10
-10
0,500
6,5 10
-11
3,6 10
-11
2,3 10
-11
1,6 10
-11
1,2 10
-11
Tc-97
2,60 10
6
a
1,000
9,9 10
-10
0,500
4,9 10
-10
2,4 10
-10
1,4 10
-10
8,8 10
-1
6,8 10
-11
Tc-97m
87,0 d
1,000
8,7 10
-9
0,500
4,1 10
-9
2,0 10
-9
1,1 10
-9
7,0 10
-10
5,5 10
-10
Tc-98
4,20 10
6
a
1,000
2,3 10
-8
0,500
1,2 10
-8
6,1 10
-9
3,7 10
-9
2,5 10
-9
2,0 10
-9
Tc-99
2,13 10
5
a
1,000
1,0 10
-8
0,500
4,8 10
-9
2,3 10
-9
1,3 10
-9
8,2 10
-10
6,4 10
-10
Tc-99m
6,02 h
1,000
2,0 10
-10
0,500
1,3 10
-10
7,2 10
-11
4,3 10
-11
2,8 10
-11
2,2 10
-11
Tc-101
0,237 h
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
0,303 h
1,000
1,0 10
-9
0,500
5,3 10
-10
2,6 10
-10
1,5 10
-10
1,0 10
-10
8,0 10
-11
Ruthenium
Ru-94
0,863 h
0,100
9,3 10
-10
0,050
5,9 10
-10
3,1 10
-10
1,9 10
-10
1,2 10
-10
9,4 10
-11
Ru-97
2,90 d
0,100
1,2 10
-9
0,050
8,5 10
-10
4,7 10
-10
3,0 10
-10
1,9 10
-10
1,5 10
-10
Ru-103
39,3 d
0,100
7,1 10
-9
0,050
4,6 10
-9
2,4 10
-9
1,5 10
-9
9,2 10
-10
7,3 10
-10
Ru-105
4,44 h
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
1,01 a
0,100
8,4 10
-8
0,050
4,9 10
-8
2,5 10
-8
1,5 10
-8
8,6 10
-9
7,0 10
-9
Rhodium
Rh-99
16,0 d
0,100
4,2 10
-9
0,050
2,9 10
-9
1,6 10
-9
1,0 10
-9
6,5 10
-10
5,1 10
-10
Rh-99m
4,70 h
0,100
4,9 10
-10
0,050
3,5 10
-10
2,0 10
-10
1,3 10
-10
8,3 10
-11
6,6 10
-11
Rh-100
20,8 h
0,100
4,9 10
-9
0,050
3,6 10
-9
2,0 10
-9
1,4 10
-9
8,8 10
-10
7,1 10
-10
Rh-101
3,20 a
0,100
4,9 10
-9
0,050
2,8 10
-9
1,6 10
-9
1,0 10
-9
6,7 10
-10
5,5 10
-10
Rh-101m
4,34 d
0,100
1,7 10
-9
0,050
1,2 10
-9
6,8 10
-10
4,4 10
-10
2,8 10
-10
2,2 10
-10
Rh-102
2,90 a
0,100
1,9 10
-8
0,050
1,0 10
-8
6,4 10
-9
4,3 10
-9
3,0 10
-9
2,6 10
-9
Rh-102m
207 d
0,100
1,2 10
-8
0,050
7,4 10
-9
3,9 10
-9
2,4 10
-9
1,4 10
-9
1,2 10
-9
Rh-103m
0,935 h
0,100
4,7 10
-11
0,050
2,7 10
-11
1,3 10
-11
7,4 10
-12
4,8 10
-12
3,8 10
-12
Rh-105
1,47 d
0,100
4,0 10
-9
0,050
2,7 10
-9
1,3 10
-9
8,0 10
-10
4,6 10
-10
3,7 10
-10
Rh-106m
2,20 h
0,100
1,4 10
-9
0,050
9,7 10
-10
5,3 10
-10
3,3 10
-10
2,0 10
-10
1,6 10
-10
Rh-107
0,362 h
0,100
2,9 10
-10
0,050
1,6 10
-10
7,9 10
-11
4,5 10
-11
3,1 10
-11
2,4 10
-11
Palladium
Pd-100
3,63 d
0,050
7,4 10
-9
0,005
5,2 10
-9
2,9 10
-9
1,9 10
-9
1,2 10
-9
9,4 10
-10
Pd-101
8,27 h
0,050
8,2 10
-10
0,005
5,7 10
-10
3,1 10
-10
1,9 10
-10
1,2 10
-10
9,4 10
-11
Pd-103
17,0 d
0,050
2,2 10
-9
0,005
1,4 10
-9
7,2 10
-10
4,3 10
-10
2,4 10
-10
1,9 10
-10
Pd-107
6,50 10
6
a
0,050
4,4 10
-10
0,005
2,8 10
-10
1,4 10
-10
8,1 10
-11
4,6 10
-11
3,7 10
-11
Pd-109
13,4 h
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
0,215 h
0,100
4,2 10
-10
0,050
2,4 10
-10
1,2 10
-10
7,3 10
-11
5,0 10
-11
4,0 10
-11
Ag-103
1,09 h
0,100
4,5 10
-10
0,050
2,7 10
-10
1,4 10
-10
8,3 10
-11
5,5 10
-11
4,3 10
-11
Ag-104
1,15 h
0,100
4,3 10
-10
0,050
2,9 10
-10
1,7 10
-10
1,1 10
-10
7,5 10
-11
6,0 10
-11
Ag-104m
0,558 h
0,100
5,6 10
-10
0,050
3,3 10
-10
1,7 10
-10
1,0 10
-10
6,8 10
-11
5,4 10
-11
Ag-105
41,0 d
0,100
3,9 10
-9
0,050
2,5 10
-9
1,4 10
-9
9,1 10
-10
5,9 10
-10
4,7 10
-10
Ag-106
0,399 h
0,100
3,7 10
-10
0,050
2,1 10
-10
1,0 10
-10
6,0 10
-11
4,1 10
-11
3,2 10
-11
Ag-106m
8,41 d
0,100
9,7 10
-9
0,050
6,9 10
-9
4,1 10
-9
2,8 10
-9
1,8 10
-9
1,5 10
-9
Ag-108m
1,27 10
2
a
0,100
2,1 10
-8
0,050
1,1 10
-8
6,5 10
-9
4,3 10
-9
2,8 10
-9
2,3 10
-9
Ag-110m
250 d
0,100
2,4 10
-8
0,050
1,4 10
-8
7,8 10
-9
5,2 10
-9
3,4 10
-9
2,8 10
-9
Ag-111
7,45 d
0,100
1,4 10
-8
0,050
9,3 10
-9
4,6 10
-9
2,7 10
-9
1,6 10
-9
1,3 10
-9
Ag-112
3,12 h
0,100
4,9 10
-9
0,050
3,0 10
-9
1,5 10
-9
8,9 10
-10
5,4 10
-10
4,3 10
-10
Ag-115
0,333 h
0,100
7,2 10
-10
0,050
4,1 10
-10
2,0 10
-10
1,2 10
-10
7,7 10
-11
6,0 10
-11
Cadmium
Cd-104
0,961 h
0,100
4,2 10
-10
0,050
2,9 10
-10
1,7 10
-10
1,1 10
-10
7,2 10
-11
5,4 10
-11
Cd-107
6,49 h
0,100
7,1 10
-10
0,050
4,6 10
-10
2,3 10
-10
1,3 10
-10
7,8 10
-11
6,2 10
-11
Cd-109
1,27 a
0,100
2,1 10
-8
0,050
9,5 10
-9
5,5 10
-9
3,5 10
-9
2,4 10
-9
2,0 10
-9
Cd-113
9,30 10
15
a
0,100
1,0 10
-7
0,050
4,8 10
-8
3,7 10
-8
3,0 10
-8
2,6 10
-8
2,5 10
-8
Cd-113m
13,6 a
0,100
1,2 10
-7
0,050
5,6 10
-8
3,9 10
-8
2,9 10
-8
2,4 10
-8
2,3 10
-8
Cd-115
2,23 d
0,100
1,4 10
-8
0,050
9,7 10
-9
4,9 10
-9
2,9 10
-9
1,7 10
-9
1,4 10
-9
Cd-115m
44,6 d
0,100
4,1 10
-8
0,050
1,9 10
-8
9,7 10
-9
6,9 10
-9
4,1 10
-9
3,3 10
-9
Cd-117
2,49 h
0,100
2,9 10
-9
0,050
1,9 10
-9
9,5 10
-10
5,7 10
-10
3,5 10
-10
2,8 10
-10
Cd-117m
3,36 h
0,100
2,6 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
4,20 h
0,040
5,2 10
-10
0,020
3,6 10
-10
2,0 10
-10
1,3 10
-10
8,2 10
-11
6,6 10
-11
In-110
4,90 h
0,040
1,5 10
-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
1,15 h
0,040
1,1 10
-9
0,020
6,4 10
-10
3,2 10
-10
1,9 10
-10
1,3 10
-10
1,0 10
-10
In-111
2,83 d
0,040
2,4 10
-9
0,020
1,7 10
-9
9,1 10
-10
5,9 10
-10
3,7 10
-10
2,9 10
-10
In-112
0,240 h
0,040
1,2 10
-10
0,020
6,7 10
-11
3,3 10
-11
1,9 10
-11
1,3 10
-11
1,0 10
-11
In-113m
1,66 h
0,040
3,0 10
-10
0,020
1,8 10
-10
9,3 10
-11
6,2 10
-11
3,6 10
-11
2,8 10
-11
In-114m
49,5 d
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
5,10 10
15
a
0,040
1,3 10
-7
0,020
6,4 10
-8
4,8 10
-8
4,3 10
-8
3,6 10
-8
3,2 10
-8
In-115m
4,49 h
0,040
9,6 10
-10
0,020
6,0 10
-10
3,0 10
-10
1,8 10
-10
1,1 10
-10
8,6 10
-11
In-116m
0,902 h
0,040
5,8 10
-10
0,020
3,6 10
-10
1,9 10
-10
1,2 10
-10
8,0 10
-11
6,4 10
-11
In-117
0,730 h
0,040
3,3 10
-10
0,020
1,9 10
-10
9,7 10
-11
5,8 10
-11
3,9 10
-11
3,1 10
-11
In-117m
1,94 h
0,040
1,4 10
-9
0,020
8,6 10
-10
4,3 10
-10
2,5 10
-10
1,6 10
-10
1,2 10
-10
In-119m
0,300 h
0,040
5,9 10
-10
0,020
3,2 10
-10
1,6 10
-10
8,8 10
-11
6,0 10
-11
4,7 10
-11
Tin
Sn-110
4,00 h
0,040
3,5 10
-9
0,020
2,3 10
-9
1,2 10
-9
7,4 10
-10
4,4 10
-10
3,5 1
-10
Sn-111
0,588 h
0,040
2,5 10
-10
0,020
1,5 10
-10
7,4 10
-11
4,4 10
-11
3,0 10
-11
2,3 10
-11
Sn-113
115 d
0,040
7,8 10
-9
0,020
5,0 10
-9
2,6 10
-9
1,6 10
-9
9,2 10
-10
7,3 10
-10
Sn-117m
13,6 d
0,040
7,7 10
-9
0,020
5,0 10
-9
2,5 10
-9
1,5 10
-9
8,8 10
-10
7,1 10
-10
Sn-119m
293 d
0,040
4,1 10
-9
0,020
2,5 10
-9
1,3 10
-9
7,5 10
-10
4,3 10
-10
3,4 10
-10
Sn-121
1,13 d
0,040
2,6 10
-9
0,020
1,7 10
-9
8,4 10
-10
5,0 10
-10
2,8 10
-10
2,3 10
-10
Sn-121m
55,0 a
0,040
4,6 10
-9
0,020
2,7 10
-9
1,4 10
-9
8,2 10
-10
4,7 10
-10
3,8 10
-10
Sn-123
129 d
0,040
2,5 10
-8
0,020
1,6 10
-8
7,8 10
-9
4,6 10
-9
2,6 10
-9
2,1 10
-9
Sn-123m
0,668 h
0,040
4,7 10
-10
0,020
2,6 10
-10
1,3 10
-10
7,3 10
-11
4,9 10
-11
3,8 10
-11
Sn-125
9,64 d
0,040
3,5 10
-8
0,020
2,2 10
-8
1,1 10
-8
6,7 10
-9
3,8 10
-9
3,1 10
-9
Sn-126
1,00 10
5
a
0,040
5,0 10
-8
0,020
3,0 10
-8
1,6 10
-8
9,8 10
-9
5,9 10
-9
4,7 10
-9
Sn-127
2,10 h
0,040
2,0 10
-9
0,020
1,3 10
-9
6,6 10
-10
4,0 10
-10
2,5 10
-10
2,0 10
-10
Sn-128
0,985 h
0,040
1,6 10
-9
0,020
9,7 10
-10
4,9 10
-10
3,0 10
-10
1,9 10
-10
1,5 10
-10
Antimony
Sb-115
0,530 h
0,200
2,5 10
-10
0,100
1,5 10
-10
7,5 10
-11
4,5 10
-11
3,1 10
-11
2,4 10
-11
Sb-116
0,263 h
0,200
2,7 10
-10
0,100
1,6 10
-10
8,0 10
-11
4,8 10
-11
3,3 10
-11
2,6 10
-11
Sb-116m
1,00 h
0,200
5,0 10
-10
0,100
3,3 10
-10
1,9 10
-10
1,2 10
-10
8,3 10
-11
2,7 10
-11
Sb-117
2,80 h
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-118m
5,00 h
0,200
1,3 10
-9
0,100
1,0 10
-9
5,8 10
-10
3,9 10
-10
2,6 10
-10
2,1 10
-10
Sb-119
1,59 d
0,200
8,4 10
-10
0,100
5,8 10
-10
3,0 10
-10
1,8 10
-10
1,0 10
-10
8,0 10
-11
Sb-120
5,76 d
0,200
8,1 10
-9
0,100
6,0 10
-9
3,5 10
-9
2,3 10
-9
1,6 10
-9
1,2 10
-9
Sb-120
0,265 h
0,200
1,7 10
-10
0,100
9,4 10
-11
4,6 10
-11
2,7 10
-11
1,8 10
-11
1,4 10
-11
Sb-122
2,70 d
0,200
1,8 10
-8
0,100
1,2 10
-8
6,1 10
-9
3,7 10
-9
2,1 10
-9
1,7 10
-9
Sb-124
60,2 d
0,200
2,5 10
-8
0,100
1,6 10
-8
8,4 10
-9
5,2 10
-9
3,2 10
-9
2,5 10
-9
Sb-124m
0,337 h
0,200
8,5 10
-11
0,100
4,9 10
-11
2,5 10
-11
1,5 10
-11
1,0 10
-11
8,0 10
-12
Sb-125
2,77 a
0,200
1,1 10
-8
0,100
6,1 10
-9
3,4 10
-9
2,1 10
-9
1,4 10
-9
1,1 10
-9
Sb-126
12,4 d
0,200
2,0 10
-8
0,100
1,4 10
-8
7,6 10
-9
4,9 10
-9
3,1 10
-9
2,4 10
-9
Sb-126m
0,317 h
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
3,85 d
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
9,01 h
0,200
6,3 10
-9
0,100
4,5 10
-9
2,4 10
-9
1,5 10
-9
9,5 10
-10
7,6 10
-10
Sb-128
0,173 h
0,200
3,7 10
-10
0,100
2,1 10
-10
1,0 10
-10
6,0 10
-11
4,1 10
-11
3,3 10
-11
Sb-129
4,32 h
0,200
4,3 10
-9
0,100
2,8 10
-9
1,5 10
-9
8,8 10
-10
5,3 10
-10
4,2 10
-10
Sb-130
0,667 h
0,200
9,1 10
-10
0,100
5,4 10
-10
2,8 10
-10
1,7 10
-10
1,2 10
-10
9,1 10
-11
Sb-131
0,383 h
0,200
1,1 10
-9
0,100
7,3 10
-10
3,9 10
-10
2,1 10
-10
1,4 10
-10
1,0 10
-10
Tellurium
Te-116
2,49 h
0,600
1,4 10
-9
0,300
1,0 10
-9
5,5 10
-10
3,4 10
-10
2,1 10
-10
1,7 10
-10
Te-121
17,0 d
0,600
3,1 10
-9
0,300
2,0 10
-9
1,2 10
-9
8,0 10
-10
5,4 10
-10
4,3 10
-10
Te-121m
154 d
0,600
2,7 10
-8
0,300
1,2 10
-8
6,9 10
-9
4,2 10
-9
2,8 10
-9
2,3 10
-9
Te-123
1,00 10
13
a
0,600
2,0 10
-8
0,300
9,3 10
-9
6,9 10
-9
5,4 10
-9
4,7 10
-9
4,4 10
-9
Te-123m
120 d
0,600
1,9 10
-8
0,300
8,8 10
-9
4,9 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
Te-125m
58,0 d
0,600
1,3 10
-8
0,300
6,3 10
-9
3,3 10
-9
1,9 10
-9
1,1 10
-9
8,7 10
-10
Te-127
9,35 h
0,600
1,5 10
-9
0,300
1,2 10
-9
6,2 10
-10
3,6 10
-10
2,1 10
-10
1,7 10
-10
Te-127m
109 d
0,600
4,1 10
-8
0,300
1,8 10
-8
9,5 10
-9
5,2 10
-9
3,0 10
-9
2,3 10
-9
Te-129
1,16 h
0,600
7,5 10
-10
0,300
4,4 10
-10
2,1 10
-10
1,2 10
-10
8,0 10
-11
6,3 10
-11
Te-129m
33,6 d
0,600
4,4 10
-8
0,300
2,4 10
-8
1,2 10
-8
6,6 10
-9
3,9 10
-9
3,0 10
-9
Te-131
0,417 h
0,600
9,0 10
-10
0,300
6,6 10
-10
3,5 10
-10
1,9 10
-10
1,2 10
-10
8,7 10
-11
Te-131m
1,25 d
0,600
2,0 10
-8
0,300
1,4 10
-8
7,8 10
-9
4,3 10
-9
2,7 10
-9
1,9 10
-9
Te-132
3,26 d
0,600
4,8 10
-8
0,300
3,0 10
-8
1,6 10
-8
8,3 10
-9
5,3 10
-9
3,8 10
-9
Te-133
0,207 h
0,600
8,4 10
-10
0,300
6,3 10
-10
3,3 10
-10
1,6 10
-10
1,1 10
-10
7,2 10
-11
Te-133m
0,923 h
0,600
3,1 10
-9
0,300
2,4 10
-9
1,3 10
-9
6,3 10
-10
4,1 10
-10
2,8 10
-10
Te-134
0,696 h
0,600
1,1 10
-9
0,300
7,5 10
-10
3,9 10
-10
2,2 10
-10
1,4 10
-10
1,1 10
-10
Iodine
I-120
1,35 h
1,000
3,9 10
-9
1,000
2,8 10
-9
1,4 10
-9
7,2 10
-10
4,8 10
-10
3,4 10
-10
I-120m
0,883 h
1,000
2,3 10
-9
1,000
1,5 10
-9
7,8 10
-10
4,2 10
-10
2,9 10
-10
2,11 10
-10
I-121
2,12 h
1,000
6,2 10
-10
1,000
5,3 10
-10
3,1 10
-10
1,7 10
-10
1,2 10
-10
8,2 10
-11
I-123
13,2 h
1,000
2,2 10
-9
1,000
1,9 10
-9
1,1 10
-9
4,9 10
-10
3,3 10
-10
2,1 10
-10
I-124
4,18 d
1,000
1,2 10
-7
1,000
1,1 10
-7
6,3 10
-8
3,1 10
-8
2,0 10
-8
1,3 10
-8
I-125
60,1 d
1,000
5,2 10
-8
1,000
5,7 10
-8
4,1 10
-8
3,1 10
-8
2,2 10
-8
1,5 10
-8
I-126
13,0 d
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-128
0,416 h
1,000
5,7 10
-10
1,000
3,3 10
-10
1,6 10
-10
8,9 10
-11
6,0 10
-11
4,6 10
-11
I-129
1,57 10
7
a
1,000
1,8 10
-7
1,000
2,2 10
-7
1,7 10
-7
1,9 10
-7
1,4 10
-7
1,1 10
-7
I-130
12,4 h
1,000
2,1 10
-8
1,000
1,8 10
-8
9,8 10
-9
4,6 10
-9
3,0 10
-9
2,0 10
-9
I-131
8,04 d
1,000
1,8 10
-7
1,000
1,8 10
-7
1,0 10
-7
5,2 10
-8
3,4 10
-8
2,2 10
-8
I-132
2,30 h
1,000
3,0 10
-9
1,000
2,4 10
-9
1,3 10
-9
6,2 10
-10
4,1 10
-10
2,9 10
-10
I-132m
1,39 h
1,000
2,4 10
-9
1,000
2,0 10
-9
1,1 10
-9
5,0 10
-10
3,3 10
-10
2,2 10
-10
I-133
20,8 h
1,000
4,9 10
-8
1,000
4,4 10
-8
2,3 10
-8
1,0 10
-8
6,8 10
-9
4,3 10
-9
I-134
0,876 h
1,000
1,1 10
-9
1,000
7,5 10
-10
3,9 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
I-135
6,61 h
1,000
1,0 10
-8
1,000
8,9 10
-9
4,7 10
-9
2,2 10
-9
1,4 10
-9
9,3 10
-10
Caesium
Cs-125
0,750 h
1,000
3,9 10
-10
1,000
2,2 10
-10
1,1 10
-10
6,5 10
-11
4,4 10
-11
3,5 10
-11
Cs-127
6,25 h
1,000
1,8 10
-10
1,000
1,2 10
-10
6,6 10
-11
4,2 10
-11
2,9 10
-11
2,4 10
-11
Cs-129
1,34 d
1,000
4,4 10
-10
1,000
3,0 10
-10
1,7 10
-10
1,1 10
-10
7,2 10
-11
6,0 10
-11
Cs-130
0,498 h
1,000
3,3 10
-10
1,000
1,8 10
-10
9,0 10
-11
5,2 10
-11
3,6 10
-11
2,8 10
-11
Cs-131
9,69 d
1,000
4,6 10
-10
1,000
2,9 10
-10
1,6 10
-10
1,0 10
-10
6,9 10
-11
5,8 10
-11
Cs-132
6,48 d
1,000
2,7 10
-9
1,000
1,8 10
-9
1,1 10
-9
7,7 10
-10
5,7 10
-10
5,0 10
-10
Cs-134
2,06 a
1,000
2,6 10
-8
1,000
1,6 10
-8
1,3 10
-8
1,4 10
-8
1,9 10
-8
1,9 10
-8
Cs-134m
2,90 h
1,000
2,1 10
-10
1,000
1,2 10
-10
5,9 10
-11
3,5 10
-11
2,5 10
-11
2,0 10
-11
Cs-135
2,30 10
6
a
1,000
4,1 10
-9
1,000
2,3 10
-9
1,7 10
-9
1,7 10
-9
2,0 10
-9
2,0 10
-9
Cs-135m
0,883 h
1,000
1,3 10
-10
1,000
8,6 10
-11
4,9 10
-11
3,2 10
-11
2,3 10
-11
1,9 10
-11
Cs-136
13,1 d
1,000
1,5 10
-8
1,000
9,5 10
-9
6,1 10
-9
4,4 10
-9
3,4 10
-9
3,0 10
-9
Cs-137
30,0 a
1,000
2,1 10
-8
1,000
1,2 10
-8
9,6 10
-9
1,0 10
-8
1,3 10
-8
1,3 10
-8
Cs-138
0,536 h
1,000
1,1 10
-9
1,000
5,9 10
-10
2,9 10
-10
1,7 10
-10
1,2 10
-10
9,2 10
-11
Barium
(3)
Ba-126
1,61 h
0,600
2,7 10
-9
0,200
1,7 10
-9
8,5 10
-10
5,0 10
-10
3,1 10
-10
2,6 10
-10
Ba-128
2,43 d
0,600
2,0 10
-8
0,200
1,7 10
-8
9,0 10
-9
5,2 10
-9
3,0 10
-9
2,7 10
-9
Ba-131
11,8 d
0,600
4,2 10
-9
0,200
2,6 10
-9
1,4 10
-9
9,4 10
-10
6,2 10
-10
4,5 10
-10
Ba-131m
0,243 h
0,600
5,8 10
-11
0,200
3,2 10
-11
1,6 10
-11
9,3 10
-12
6,3 10
-12
4,9 10
-12
Ba-133
10,7 a
0,600
2,2 10
-8
0,200
6,2 10
-9
3,9 10
-9
4,6 10
-9
7,3 10
-9
1,5 10
-9
Ba-133m
1,62 d
0,600
4,2 10
-9
0,200
3,6 10
-9
1,8 10
-9
1,1 10
-9
5,9 10
-10
5,4 10
-10
Ba-135m
1,20 d
0,600
3,3 10
-9
0,200
2,9 10
-9
1,5 10
-9
8,5 10
-10
4,7 10
-10
4,3 10
-10
Ba-139
1,38 h
0,600
1,4 10
-9
0,200
8,4 10
-10
4,1 10
-10
2,4 10
-10
1,5 10
-10
1,2 10
-10
Ba-140
12,7 d
0,600
3,2 10
-8
0,200
1,8 10
-8
9,2 10
-9
5,8 10
-9
3,7 10
-9
2,6 10
-9
Ba-141
0,305 h
0,600
7,6 10
-10
0,200
4,7 10
-10
2,3 10
-10
1,3 10
-10
8,6 10
-11
7,0 10
-11
Ba-142
0,177 h
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
Lanthanum
La-131
0,983 h
0,005
3,5 10
-10
5,0 10
-4
2,1 10
-10
1,1 10
-10
6,6 10
-11
4,4 10
-11
3,5 10
-11
La-132
4,80 h
0,005
3,8 10
-9
5,0 10
-4
2,4 10
-9
1,3 10
-9
7,8 10
-10
4,8 10
-10
3,9 10
-10
La-135
19,5 h
0,005
2,8 10
-10
5,0 10
-4
1,9 10
-10
1,0 10
-10
6,4 10
-11
3,9 10
-11
3,0 10
-11
La-137
6,00 10
-4
a
0,005
1,1 10
-9
5,0 10
-4
4,5 10
-10
2,5 10
-10
1,6 10
-10
1,0 10
-10
8,1 10
-11
La-138
1,35 10
11
a
0,005
1,3 10
-8
5,0 10
-4
4,6 10
-9
2,7 10
-9
1,9 10
-9
1,3 10
-9
1,1 10
-9
La-140
1,68 d
0,005
2,0 10
-8
5,0 10
-4
1,3 10
-8
6,8 10
-9
4,2 10
-9
2,5 10
-9
2,0 10
-9
La-141
3,93 h
0,005
4,3 10
-9
5,0 10
-4
2,6 10
-9
1,3 10
-9
7,6 10
-10
4,5 10
-10
3,6 10
-10
La-142
1,54 h
0,005
1,9 10
-9
5,0 10
-4
1,1 10
-9
5,8 10
-10
3,5 10
-10
2,3 10
-10
1,8 10
-10
La-143
0,237 h
0,005
6,9 10
-10
5,0 10
-4
3,9 10
-10
1,9 10
-10
1,1 10
-10
7,1 10
-11
5,6 10
-11
Cerium
Ce-134
3,00 d
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
17,6 h
0,005
7,0 10
-9
5,0 10
-4
4,7 10
-9
2,6 10
-9
1,6 10
-9
1,0 10
-9
7,9 10
-10
Ce-137m
9,00 h
0,005
2,6 10
-10
5,0 10
-4
1,7 10
-10
8,8 10
-11
5,4 10
-11
3,2 10
11
2,5 10
-11
Ce-137m
1,43 d
0,005
6,1 10
-9
5,0 10
-4
3,9 10
-9
2,0 10
-9
1,2 10
-9
6,8 10
-10
5,4 10
-10
Ce-139
138 d
0,005
2,6 10
-9
5,0 10
-4
1,6 10
-9
8,6 10
-10
5,4 10
-10
3,3 10
-10
2,6 10
-10
Ce-141
32,5 d
0,005
8,1 10
-9
5,0 10
-4
5,1 10
-9
2,6 10
-9
1,5 10
-9
8,8 10
-10
7,1 10
-10
Ce-143
1,38 d
0,005
1,2 10
-8
5,0 10
-4
8,0 10
-9
4,1 10
-9
2,4 10
-9
1,4 10
-9
1,1 10
-9
Ce-144
284 d
0,005
6,6 10
-8
5,0 10
-4
3,9 10
-8
1,9 10
-8
1,1 10
-8
6,5 10
-9
5,2 10
-9
Praseodymium
Pr-136
0,218 h
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
1,28 h
0,005
4,1 10
-10
5,0 10
-4
2,5 10
-10
1,3 10
-10
7,7 10
-11
5,0 10
-11
4,0 10
-11
Pr-138m
2,10 h
0,005
1,0 10
-9
5,0 10
-4
7,4 10
-10
4,1 10
-10
2,6 10
-10
1,6 10
-10
1,3 10
-10
Pr-139
4,51 h
0,005
3,2 10
-10
5,0 10
-4
2,0 10
-10
1,1 10
-10
6,5 10
-11
4,0 10
-11
3,1 10
-11
Pr-142
19,1 h
0,005
1,5 10
-8
5,0 10
-4
9,8 10
-9
4,9 10
-9
2,9 10
-9
1,6 10
-9
1,3 10
-9
Pr-142m
0,243 h
0,005
2,0 10
-10
5,0 10
-4
1,2 10
-10
6,2 10
-11
3,7 10
-11
2,1 10
11
1,7 10
-11
Pr-143
13,6 d
0,005
1,4 10
-8
5,0 10
-4
8,7 10
-9
4,3 10
-9
2,6 10
-9
1,5 10
-9
1,2 10
-9
Pr-144
0,288 h
0,005
6,4 10
-10
5,0 10
-4
3,5 10
-10
1,7 10
-10
9,5 10
-11
6,5 10
-11
5,0 10
-11
Pr-145
5,98 h
0,005
4,7 10
-9
5,0 10
-4
2,9 10
-9
1,4 10
-9
8,5 10
-10
4,9 10
-10
3,9 10
-10
Pr-147
0,227 h
0,005
3,9 10
-10
5,0 10
-4
2,2 10
-10
1,1 10
-10
6,1 10
-11
4,2 10
-11
3,3 10
-11
Neodymium
Nd-136
0,844 h
0,005
1,0 10
-9
5,0 10
-4
6,1 10
-10
3,1 10
-10
1,9 10
-10
1,2 10
-10
9,9 10
-11
Nd-138
5,04 h
0,005
7,2 10
-9
5,0 10
-4
4,5 10
-9
2,3 10
-9
1,3 10
-9
8,0 10
-10
6,4 10
-10
Nd-139
0,495 h
0,005
2,1 10
-10
5,0 10
-4
1,2 10
-10
6,3 10
-11
3,7 10
-11
2,5 10
-11
2,0 10
-11
Nd-139m
5,50 h
0,005
2,1 10
-9
5,0 10
-4
1,4 10
-9
7,8 10
-10
5,0 10
-10
3,1 10
-10
2,5 10
-10
Nd-141
2,49 h
0,005
7,8 10
-11
5,0 10
-4
5,0 10
-11
2,7 10
-11
1,6 10
-11
1,0 10
-11
8,3 10
-12
Nd-147
11,0 d
0,005
1,2 10
-8
5,0 10
-4
7,8 10
-9
3,9 10
-9
2,3 10
-9
1,3 10
-9
1,1 10
-9
Nd-149
1,73 h
0,005
1,4 10
-9
5,0 10
-4
8,7 10
-10
4,3 10
-10
2,6 10
-10
1,6 10
-10
1,2 10
-10
Nd-151
0,207 h
0,005
3,4 10
-10
5,0 10
-4
2,0 10
-10
9,7 10
-11
5,7 10
-11
3,8 10
-11
3,0 10
-11
Promethium
Pm-141
0,348 h
0,005
4,2 10
-10
5,0 10
-4
2,4 10
-10
1,2 10
-10
6,8 10
-11
4,6 10
-11
3,6 10
-11
Pm-143
265 d
0,005
1,9 10
-9
5,0 10
-4
1,2 10
-9
6,7 10
-10
4,4 10
-10
2,9 10
-10
2,3 10
-10
Pm-144
363 d
0,005
7,6 10
-9
5,0 10
-4
4,7 10
-9
2,7 10
-9
1,8 10
-9
1,2 10
-9
9,7 10
-10
Pm-145
17,7 a
0,005
1,5 10
-9
5,0 10
-4
6,8 10
-10
3,7 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
Pm-146
5,53 a
0,005
1,0 10
-8
5,0 10
-4
5,1 10
-9
2,8 10
-9
1,8 10
-9
1,1 10
-9
9,0 10
-10
Pm-147
2,62 a
0,005
3,6 10
-9
5,0 10
-4
1,9 10
-9
9,6 10
-10
5,7 10
-10
3,2 10
-10
2,6 10
-10
Pm-148
5,37 d
0,005
3,0 10
-4
5,0 10
-4
1,9 10
-8
9,7 10
-9
5,8 10
-9
3,3 10
-9
2,7 10
-9
Pm-148m
41,3 d
0,005
1,5 10
-8
5,0 10
-4
1,0 10
-8
5,5 10
-9
3,5 10
-9
2,2 10
-9
1,7 10
-9
Pm-149
2,21 d
0,005
1,2 10
-8
5,0 10
-4
7,4 10
-9
3,7 10
-9
2,2 10
-9
1,2 10
-9
9,9 10
-10
Pm-150
2,68 h
0,005
2,8 10
-9
5,0 10
-4
1,7 10
-9
8,7 10
-10
5,2 10
-10
3,2 10
-10
2,6 10
-10
Pm-151
1,18 d
0,005
8,0 10
-9
5,0 10
-4
5,1 10
-9
2,6 10
-9
1,6 10
-9
9,1 10
-10
7,3 10
-10
Samarium
Sm-141
0,170 h
0,005
4,5 10
-10
5,0 10
-4
2,5 10
-10
1,3 10
-10
7,3 10
-11
5,0 10
-11
3,9 10
-11
Sm-141m
0,377 h
0,005
7,0 10
-10
5,0 10
-4
4,0 10
-10
2,0 10
-10
1,2 10
-10
8,2 10
11
6,5 10
-11
Sm-142
1,21 h
0,005
2,2 10
-9
5,0 10
-4
1,3 10
-9
6,2 10
-10
3,6 10
-10
2,4 10
-10
1,9 10
-10
Sm-145
340 d
0,005
2,4 10
-9
5,0 10
-4
1,4 10
-9
7,3 10
-10
4,5 10
-10
2,7 10
-10
2,1 10
-10
Sm-146
1,03 10
8
a
0,005
1,5 10
-6
5,0 10
-4
1,5 10
-7
1,0 10
-7
7,0 10
-8
5,8 10
-8
5,4 10
-8
Sm-147
1,06 10
11
a
0,005
1,4 10
-6
5,0 10
-4
1,4 10
-7
9,2 10
-8
6,4 10
-8
5,2 10
-8
4,9 10
-8
Sm-151
90,0 a
0,005
1,5 10
-9
5,0 10
-4
6,4 10
-10
3,3 10
-10
2,0 10
-10
1,2 10
-10
9,8 10
-11
Sm-153
1,95 d
0,005
8,4 10
-9
5,0 10
-4
5,4 10
-9
2,7 10
-9
1,6 10
-9
9,2 10
-10
7,4 10
-10
Sm-155
0,368 h
0,005
3,6 10
-10
5,0 10
-4
2,0 10
-10
9,7 10
-11
5,5 10
-11
3,7 10
-11
2,9 10
-11
Sm-156
9,40 h
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
5,94 d
0,005
5,1 10
-9
5,0 10
-4
3,7 10
-9
2,1 10
-9
1,4 10
-9
9,4 10
-10
7,5 10
-10
Eu-146
4,61 d
0,005
8,5 10
-9
5,0 10
-4
6,2 10
-9
3,6 10
-9
2,4 10
-9
1,6 10
-9
1,3 10
-9
Eu-147
24,0 d
0,005
3,7 10
-9
5,0 10
-4
2,5 10
-9
1,4 10
-9
8,9 10
-10
5,6 10
-10
4,4 10
-10
Eu-148
54,5 d
0,005
8,5 10
-9
5,0 10
-4
6,0 10
-9
3,5 10
-9
2,4 10
-9
1,6 10
-9
1,3 10
-9
Eu-149
93,1 d
0,005
9,7 10
-10
5,0 10
-4
6,3 10
-10
3,4 10
-10
2,1 10
-10
1,3 10
-10
1,0 10
-10
Eu-150
34,2 a
0,005
1,3 10
-8
5,0 10
-4
5,7 10
-9
3,4 10
-9
2,3 10
-9
1,5 10
-9
1,3 10
-9
Eu-150
12,6 h
0,005
4,4 10
-9
5,0 10
-4
2,8 10
-9
1,4 10
-9
8,2 10
-10
4,7 10
-10
3,8 10
-10
Eu-152
13,3 a
0,005
1,6 10
-8
5,0 10
-4
7,4 10
-9
4,1 10
-9
2,6 10
-9
1,7 10
-9
1,4 10
-9
Eu-152m
9,32 h
0,005
5,7 10
-9
5,0 10
-4
3,6 10
-9
1,8 10
-9
1,1 10
-9
6,2 10
-10
5,0 10
-10
Eu-154
8,80 a
0,005
2,5 10
-8
5,0 10
-4
1,2 10
-8
6,5 10
-9
4,1 10
-9
2,5 10
-9
2,0 10
-9
Eu-155
4,96 a
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
15,2 d
0,005
2,2 10
-8
5,0 10
-4
1,5 10
-8
7,5 10
-9
4,6 10
-9
2,7 10
-9
2,2 10
-9
Eu-157
15,1 h
0,005
6,7 10
-9
5,0 10
-4
4,3 10
-9
2,2 10
-9
1,3 10
-9
7,5 10
-10
6,0 10
-10
Eu-158
0,765 h
0,005
1,1 10
-9
5,0 10
-4
6,2 10
-10
3,1 10
-10
1,8 10
-10
1,2 10
-10
9,4 10
-11
Gadolinium
Gd-145
0,382 h
0,005
4,5 10
-10
5,0 10
-4
2,6 10
-10
1,3 10
-10
8,1 10
-11
5,6 10
-11
4,4 10
-11
Gd-146
48,3 d
0,005
9,4 10
-9
5,0 10
-4
6,0 10
-9
3,2 10
-9
2,0 10
-9
1,2 10
-9
9,6 10
-10
Gd-147
1,59 d
0,005
4,5 10
-9
5,0 10
-4
3,2 10
-9
1,8 10
-9
1,2 10
-9
7,7 10
-10
6,1 10
-10
Gd-148
93,0 a
0,005
1,7 10
-6
5,0 10
-4
1,6 10
-7
1,1 10
-7
7,3 10
-8
5,9 10
-8
6,6 10
-8
Gd-149
9,40 d
0,005
4,0 10
-9
5,0 10
-4
2,7 10
-9
1,5 10
-9
9,3 10
-10
5,7 10
-10
4,5 10
-10
Gd-151
120 d
0,005
2,1 10
-9
5,0 10
-4
1,3 10
-9
6,8 10
-10
4,2 10
-10
2,4 10
-10
2,0 10
-10
Gd-152
1,08 10
14
a
0,005
1,2 10
-6
5,0 10
-4
1,2 10
-7
7,7 10
-8
5,3 10
-8
4,3 10
-8
4,1 10
-8
Gd-153
242 d
0,005
2,9 10
-9
5,0 10
-4
1,8 10
-9
9,4 10
-10
5,8 10
-10
3,4 10
-10
2,7 10
-10
Gd-159
18,6 h
0,005
5,7 10
-9
5,0 10
-4
3,6 10
-9
1,8 10
-9
1,1 10
-9
6,2 10
-10
4,9 10
-10
Terbium
Tb-147
1,65 h
0,005
1,5 10
-9
5,0 10
-4
1,0 10
-9
5,4 10
-10
3,3 10
-10
2,0 10
-10
1,6 10
-10
Tb-149
4,15 h
0,005
2,4 10
-9
5,0 10
-4
1,5 10
-9
8,0 10
-10
5,0 10
-10
3,1 10
-10
2,5 10
-10
Tb-150
3,27 h
0,005
2,5 10
-9
5,0 10
-4
1,6 10
-9
8,3 10
-10
5,1 10
-10
3,2 10
-10
2,5 10
-10
Tb-151
17,6 h
0,005
2,7 10
-9
5,0 10
-4
1,9 10
-9
1,0 10
-9
6,7 10
-10
4,2 10
-10
3,4 10
-10
Tb-153
2,34 d
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-154
21,4 h
0,005
4,7 10
-9
5,0 10
-4
3,4 10
-9
1,9 10
-9
1,3 10
-9
8,1 10
-10
6,5 10
-10
Tb-155
5,32 d
0,005
1,9 10
-9
5,0 10
-4
1,3 10
-9
6,8 10
-10
4,3 10
-10
2,6 10
-10
2,1 10
-10
Tb-156
5,34 d
0,005
9,0 10
-9
5,0 10
-4
6,3 10
-9
3,5 10
-9
2,3 10
-9
1,5 10
-10
1,2 10
-9
Tb-156m
1,02 d
0,005
1,5 10
-9
5,0 10
-4
1,0 10
-9
5,6 10
-10
3,5 10
-10
2,2 10
-10
1,7 10
-10
Tb-156m
5,00 h
0,005
8,0 10
-10
5,0 10
-4
5,2 10
-10
2,7 10
-10
1,7 10
-10
1,0 10
-10
8,1 10
-11
Tb-157
1,50 10
2
a
0,005
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-158
1,50 10
2
a
0,005
1,3 10
-8
5,0 10
-4
5,9 10
-9
3,3 10
-9
2,1 10
-9
1,4 10
-9
1,1 10
-9
Tb-160
72,3 d
0,005
1,6 10
-8
5,0 10
-4
1,0 10
-8
5,4 10
-9
3,3 10
-9
2,0 10
-9
1,6 10
-9
Tb-161
6,91 d
0,005
8,3 10
-9
5,0 10
-4
5,3 10
-9
2,7 10
-9
1,6 10
-9
9,0 10
-10
7,2 10
-10
Dysprosium
Dy-155
10,0 h
0,005
9,7 10
-10
5,0 10
-4
6,8 10
-10
3,8 10
-10
2,5 10
-10
1,6 10
-10
1,3 10
-10
Dy-157
8,10 h
0,005
4,4 10
-10
5,0 10
-4
3,1 10
-10
1,8 10
-10
1,2 10
-10
7,7 10
-11
6,1 10
-11
Dy-159
144 d
0,005
1,0 10
-9
5,0 10
-4
6,4 10
-10
3,4 10
-10
2,1 10
-10
1,3 10
-10
1,0 10
-10
Dy-165
2,33 h
0,005
1,3 10
-9
5,0 10
-4
7,9 10
-10
3,9 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
Dy-166
3,40 d
0,005
1,9 10
-8
5,0 10
-4
1,2 10
-8
6,0 10
-9
3,6 10
-9
2,0 10
-9
1,6 10
-9
Holmium
Ho-155
0,800 h
0,005
3,8 10
-10
5,0 10
-4
2,3 10
-10
1,2 10
-10
7,1 10
-11
4,7 10
-11
3,7 10
-11
Ho-157
0,210 h
0,005
5,8 10
-11
5,0 10
-4
3,6 10
-11
1,9 10
-11
1,2 10
-11
8,1 10
-12
6,5 10
-12
Ho-159
0,550 h
0,005
7,1 10
-11
5,0 10
-4
4,3 10
-11
2,3 10
-11
1,4 10
-11
9,9 10
-12
7,9 10
-12
Ho-161
2,50 h
0,005
1,4 10
-10
5,0 10
-4
8,1 10
-11
4,2 10
-11
2,5 10
-11
1,6 10
-11
1,3 10
-11
Ho-162
0,250 h
0,005
3,5 10
-11
5,0 10
-4
2,0 10
-11
1,0 10
-11
6,0 10
-12
4,2 10
-12
3,3 10
-12
Ho-162m
1,13 h
0,005
2,4 10
-10
5,0 10
-4
1,5 10
-10
7,9 10
-11
4,9 10
-11
3,3 10
-11
2,6 10
-11
Ho-164
0,483 h
0,005
1,2 10
-10
5,0 10
-4
6,5 10
-11
3,2 10
-11
1,8 10
-11
1,2 10
-11
9,5 10
-12
Ho-164m
0,625 h
0,005
2,0 10
-10
5,0 10
-4
1,1 10
-10
5,5 10
-11
3,2 10
-11
2,1 10
11
1,6 10
-11
Ho-166
1,12 d
0,005
1,6 10
-8
5,0 10
-4
1,0 10
-8
5,2 10
-9
3,1 10
-9
1,7 10
-9
1,4 10
-9
Ho-166m
1,20 10
3
a
0,005
2,6 10
-8
5,0 10
-4
9,3 10
-9
5,3 10
-9
3,5 10
-9
2,4 10
-9
2,0 10
-9
Ho-167
3,10 h
0,005
8,8 10
-10
5,0 10
-10
5,5 10
-10
2,8 10
-10
1,7 10
-10
1,0 10
-10
8,3 10
-11
Erbium
Er-161
3,24 h
0,005
6,5 10
-10
5,0 10
-4
4,4 10
-10
2,4 10
-10
1,6 10
-10
1,0 10
-10
8,0 10
-11
Er-165
10,4 h
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-169
9,30 d
0,005
4,4 10
-9
5,0 10
-4
2,8 10
-9
1,4 10
-9
8,2 10
-10
4,7 10
-10
3,7 10
-10
Er-171
7,52 h
0,005
4,0 10
-9
5,0 10
-4
2,5 10
-9
1,3 10
-9
7,6 10
-10
4,5 10
-10
3,6 10
-10
Er-172
2,05 d
0,005
1,0 10
-8
5,0 10
-4
6,8 10
-9
3,5 10
-9
2,1 10
-9
1,3 10
-9
1,0 10
-9
Thulium
Tm-162
0,362 h
0,005
2,9 10
-10
5,0 10
-4
1,7 10
-10
8,7 10
-11
5,2 10
-11
3,6 10
-11
2,9 10
-11
Tm-166
7,70 h
0,005
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
9,24 d
0,005
6,0 10
-9
5,0 10
-4
3,9 10
-9
2,0 10
-9
1,2 10
-9
7,0 10
-10
5,6 10
-10
Tm-170
129 d
0,005
1,6 10
-8
5,0 10
-4
9,8 10
-9
4,9 10
-9
2,9 10
-9
1,6 10
-9
1,3 10
-9
Tm-171
1,92 a
0,005
1,5 10
-9
5,0 10
-4
7,8 10
-10
3,9 10
-10
2,3 10
-10
1,3 10
-10
1,1 10
-10
Tm-172
2,65 d
0,005
1,9 10
-8
5,0 10
-4
1,2 10
-8
6,1 10
-9
3,7 10
-9
2,1 10
-9
1,7 10
-9
Tm-173
8,24 h
0,005
3,3 10
-9
5,0 10
-4
2,1 10
-9
1,1 10
-9
6,5 10
-10
3,8 10
-10
3,1 10
-10
Tm-175
0,253 h
0,005
3,1 10
-10
5,0 10
-4
1,7 10
-10
8,6 10
-11
5,0 10
-11
3,4 10
-11
2,7 10
-11
Ytterbium
Yb-162
0,315 h
0,005
2,2 10
-10
5,0 10
-4
1,3 10
-10
6,9 10
-11
4,2 10
-11
2,9 10
-11
2,3 10
-11
Yb-166
2,36 d
0,005
7,7 10
-9
5,0 10
-4
5,4 10
-9
2,9 10
-9
1,9 10
-9
1,2 10
-9
9,5 10
-10
Yb-167
0,292 h
0,005
7,0 10
-11
5,0 10
-4
4,1 10
-11
2,1 10
-11
1,2 10
-11
8,4 10
-12
6,7 10
-12
Yb-169
32,0 d
0,005
7,1 10
-9
5,0 10
-4
4,6 10
-9
2,4 10
-9
1,5 10
-9
8,8 10
-10
7,1 10
-10
Yb-175
4,19 d
0,005
5,0 10
-9
5,0 10
-4
3,2 10
-9
1,6 10
-9
9,5 10
-10
5,4 10
-10
4,4 10
-10
Yb-177
1,90 h
0,005
1,0 10
-9
5,0 10
-4
6,8 10
-10
3,4 10
-10
2,0 10
-10
1,1 10
-10
8,8 10
-11
Yb-178
1,23 h
0,005
1,4 10
-9
5,0 10
-4
8,4 10
-10
4,2 10
-10
2,4 10
-10
1,5 10
-10
1,2 10
-10
Lutetium
Lu-169
1,42 d
0,005
3,5 10
-9
5,0 10
-4
2,4 10
-9
1,4 10
-9
8,9 10
-10
5,7 10
-10
4,6 10
-10
Lu-170
2,00 d
0,005
7,4 10
-9
5,0 10
-4
5,2 10
-9
2,9 10
-9
1,9 10
-9
1,2 10
-9
9,9 10
-10
Lu-171
8,22 d
0,005
5,9 10
-9
5,0 10
-4
4,0 10
-9
2,2 10
-9
1,4 10
-9
8,5 10
-10
6,7 10
-10
Lu-172
6,70 d
0,005
1,0 10
-8
5,0 10
-4
7,0 10
-9
3,9 10
-9
2,5 10
-9
1,6 10
-9
1,3 10
-9
Lu-173
1,37 a
0,005
2,7 10
-9
5,0 10
-4
1,6 10
-9
8,6 10
-10
5,3 10
-10
3,2 10
-10
2,6 10
-10
Lu-174
3,31 a
0,005
3,2 10
-9
5,0 10
-4
1,7 10
-9
9,1 10
-10
5,6 10
-10
3,3 10
-10
2,7 10
-10
Lu-174m
142 d
0,005
6,2 10
-9
5,0 10
-4
3,8 10
-9
1,9 10
-9
1,1 10
-9
6,6 10
-10
5,3 10
-10
Lu-176
3,60 10
10
a
0,005
2,4 10
-8
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
3,68 h
0,005
2,0 10
-9
5,0 10
-4
1,2 10
-9
6,0 10
-10
3,5 10
-10
2,1 10
-10
1,7 10
-10
Lu-177
6,71 d
0,005
6,1 10
-9
5,0 10
-4
3,9 10
-9
2,0 10
-9
1,2 10
-9
6,6 10
-10
5,3 10
-10
Lu-177m
161 d
0,005
1,7 10
-8
5,0 10
-4
1,1 10
-8
5,8 10
-9
3,6 10
-9
2,1 10
-9
1,7 10
-9
Lu-178
0,473 h
0,005
5,9 10
-10
5,0 10
-4
3,3 10
-10
1,6 10
-10
9,0 10
-11
6,1 10
-11
4,7 10
-11
Lu-178m
0,378 h
0,005
4,3 10
-10
5,0 10
-4
2,4 10
-10
1,2 10
-10
7,1 10
-11
4,9 10
11
3,8 10
-11
Lu-179
4,59 h
0,005
2,4 10
-9
5,0 10
-4
1,5 10
-9
7,5 10
-10
4,4 10
-10
2,6 10
-10
2,1 10
-10
Hafnium
Hf-170
16,0 h
0,020
3,9 10
-9
0,002
2,7 10
-9
1,5 10
-9
9,5 10
-10
6,0 10
-10
4,8 10
-10
Hf-172
1,87 a
0,020
1,9 10
-8
0,002
6,1 10
-9
3,3 10
-9
2,0 10
-9
1,3 10
-9
1,0 10
-9
Hf-173
24,0 h
0,020
1,9 10
-9
0,002
1,3 10
-9
7,2 10
-10
4,6 10
-10
2,8 10
-10
2,3 10
-10
Hf-175
70,0 d
0,020
3,8 10
-9
0,002
2,4 10
-9
1,3 10
-9
8,4 10
-10
5,2 10
-10
4,1 10
-10
Hf-177m
0,856 h
0,020
7,8 10
-10
0,002
4,7 10
-10
2,5 10
-10
1,5 10
-10
1,0 10
-10
8,1 10
-11
Hf-178m
31,0 a
0,020
7,0 10
-8
0,002
1,9 10
-8
1,1 10
-8
7,8 10
-9
5,5 10
-9
4,7 10
-9
Hf-179m
25,1 d
0,020
1,2 10
-8
0,002
7,8 10
-9
4,1 10
-9
2,6 10
-9
1,6 10
-9
1,2 10
-9
Hf-180m
5,50 h
0,020
1,4 10
-9
0,002
9,7 10
-10
5,3 10
-10
3,3 10
-10
2,1 10
-10
1,7 10
-10
Hf-181
42,4 d
0,020
1,2 10
-8
0,002
7,4 10
-9
3,8 10
-9
2,3 10
-9
1,4 10
-9
1,1 10
-9
Hf-182
9,00 10
6
a
0,020
5,6 10
-8
0,002
7,9 10
-9
5,4 10
-9
4,0 10
-9
3,3 10
-9
3,0 10
-9
Hf-182m
1,02 h
0,020
4,1 10
-10
0,002
2,5 10
-10
1,3 10
-10
7,8 10
-11
5,2 10
-11
4,2 10
-11
Hf-183
1,07 h
0,020
8,1 10
-10
0,002
4,8 10
-10
2,4 10
-10
1,4 10
-10
9,3 10
-11
7,3 10
-11
Hf-184
4,12 h
0,020
5,5 10
-9
0,002
3,6 10
-9
1,8 10
-9
1,1 10
-9
6,6 10
-10
5,2 10
-10
Tantalum
Ta-172
0,613 h
0,010
5,5 10
-10
0,001
3,2 10
-10
1,6 10
-10
9,8 10
-11
6,6 10
-11
5,3 10
-11
Ta-173
3,65 h
0,010
2,0 10
-9
0,001
1,3 10
-9
6,5 10
-10
3,9 10
-10
2,4 10
-10
1,9 10
-10
Ta-174
1,20 h
0,010
6,2 10
-10
0,001
3,7 10
-10
1,9 10
-10
1,1 10
-10
7,2 10
-11
5,7 10
-11
Ta-175
10,5 h
0,010
1,6 10
-9
0,001
1,1 10
-9
6,2 10
-10
4,0 10
-10
2,6 10
-10
2,1 10
-10
Ta-176
8,08 h
0,010
2,4 10
-9
0,001
1,7 10
-9
9,2 10
-10
6,1 10
-10
3,9 10
-10
3,1 10
-10
Ta-177
2,36 d
0,010
1,0 10
-9
0,001
6,9 10
-10
3,6 10
-10
2,2 10
-10
1,3 10
-10
1,1 10
-10
Ta-178
2,20 h
0,010
6,3 10
-10
0,001
4,5 10
-10
2,4 10
-10
1,5 10
-10
9,1 10
-11
7,2 10
-11
Ta-179
1,82 a
0,010
6,2 10
-10
0,001
4,1 10
-10
2,2 10
-10
1,3 10
-10
8,1 10
-11
6,5 10
-11
Ta-180
1,00 10
13
a
0,010
8,1 10
-9
0,001
5,3 10
-9
2,8 10
-9
1,7 10
-9
1,1 10
-9
8,4 10
-10
Ta-180m
8,10 h
0,010
5,8 10
-10
0,001
3,7 10
-10
1,9 10
-10
1,1 10
-10
6,7 10
-11
5,4 10
-11
Ta-182
115 d
0,010
1,4 10
-8
0,001
9,4 10
-9
5,0 10
-9
3,1 10
-9
1,9 10
-9
1,5 10
-9
Ta-182m
0,264 h
0,010
1,4 10
-10
0,001
7,5 10
-11
3,7 10
-11
2,1 10
-11
1,5 10
-11
1,2 10
-11
Ta-183
5,10 d
0,010
1,4 10
-8
0,001
9,3 10
-9
4,7 10
-9
2,8 10
-9
1,6 10
-9
1,3 10
-9
Ta-184
8,70 h
0,010
6,7 10
-9
0,001
4,4 10
-9
2,3 10
-9
1,4 10
-9
8,5 10
-10
6,8 10
-10
Ta-185
0,816 h
0,010
8,3 10
-10
0,001
4,6 10
-10
2,3 10
-10
1,3 10
-10
8,6 10
-11
68 10
-11
Ta-186
0,175 h
0,010
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
Tungsten
W-176
2,30 h
0,600
6,8 10
-10
0,300
5,5 10
-10
3,0 10
-10
2,0 10
-10
1,3 10
-10
1,0 10
-10
W-177
2,25 h
0,600
4,4 10
-10
0,300
3,2 10
-10
1,7 10
-10
1,1 10
-10
7,2 10
-11
5,8 10
-11
W-178
21,7 d
0,600
1,8 10
-9
0,300
1,4 10
-9
7,3 10
-10
4,5 10
-10
2,7 10
-10
2,2 10
-10
W-179
0,625 h
0,600
3,4 10
-11
0,300
2,0 10
-11
1,0 10
-11
6,2 10
-12
4,2 10
-12
3,3 10
-12
W-181
121 d
0,600
6,3 10
-10
0,300
4,7 10
-10
2,5 10
-10
1,6 10
-10
9,5 10
-11
7,6 10
-11
W-185
75,1 d
0,600
4,4 10
-9
0,300
3,3 10
-9
1,6 10
-9
9,7 10
-10
5,5 10
-10
4,4 10
-10
W-187
23,9 h
0,600
5,5 10
-9
0,300
4,3 10
-9
2,2 10
-9
1,3 10
-9
7,8 10
-10
6,3 10
-10
W-188
69,4 d
0,600
2,1 10
-8
0,300
1,5 10
-8
7,7 10
-9
4,6 10
-9
2,6 10
-9
2,1 10
-9
Rhenium
Re-177
0,233 h
1,000
2,5 10
-10
0,800
1,4 10
-10
7,2 10
-11
4,1 10
-11
2,8 10
-11
2,2 10
-11
Re-178
0,220 h
1,000
2,9 10
-10
0,800
1,6 10
-10
7,9 10
-11
4,6 10
-11
3,1 10
-11
2,3 10
-11
Re-181
20,0 h
1,000
4,2 10
-9
0,800
2,8 10
-9
1,4 10
-9
8,2 10
-10
5,4 10
-10
4,2 10
-10
Re-182
2,67 d
1,000
1,4 10
-8
0,800
8,9 10
-9
4,7 10
-9
2,8 10
-9
1,8 10
-9
1,4 10
-9
Re-182
12,7 h
1,000
2,4 10
-9
0,800
1,7 10
-9
8,9 10
-10
5,2 10
-10
3,5 10
-10
2,7 10
-10
Re-184
38,0 d
1,000
8,9 10
-9
0,800
5,6 10
-9
3,0 10
-9
1,8 10
-9
1,3 10
-9
1,0 10
-9
Re-184m
165 d
1,000
1,7 10
-8
0,800
9,8 10
-9
4,9 10
-9
2,8 10
-9
1,9 10
-9
1,5 10
-9
Re-186
3,78 d
1,000
1,9 10
-8
0,800
1,1 10
-8
5,5 10
-9
3,0 10
-9
1,9 10
-9
1,5 10
-9
Re-186m
2,00 10
5
a
1,000
3,0 10
-8
0,800
1,6 10
-8
7,6 10
-9
4,4 10
-9
2,8 10
-9
2,2 10
-9
Re-187
5,00 10
10
a
1,000
3,8 10
-11
0,800
3,8 10
-11
1,8 10
-11
1,0 10
-11
6,5 10
12
5,1 10
-12
Re-188
17,0 h
1,000
1,7 10
-8
0,800
1,1 10
-8
5,4 10
-9
2,9 10
-9
1,8 10
-9
1,4 10
-9
Re-188m
0,310 h
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-189
1,01 d
1,000
9,8 10
-9
0,800
6,2 10
-9
3,0 10
-9
1,6 10
-9
1,0 10
-9
7,8 10
-10
Osmium
Os-180
0,366 h
0,020
1,6 10
-10
0,010
9,8 10
-11
5,1 10
-11
3,2 10
-11
2,2 10
-11
1,7 10
-11
Os-181
1,75 h
0,020
7,6 10
-10
0,010
5,0 10
-10
2,7 10
-10
1,7 10
-10
1,1 10
-10
8,9 10
-11
Os-182
22,0 h
0,020
4,6 10
-9
0,010
3,2 10
-9
1,7 10
-9
1,1 10
-9
7,0 10
-10
5,6 10
-10
Os-185
94,0 d
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-189m
6,00 h
0,020
2,1 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
15,4 d
0,020
6,3 10
-9
0,010
4,1 10
-9
2,1 10
-9
1,2 10
-9
7,0 10
-10
5,7 10
-10
Os-191m
13,0 h
0,020
1,1 10
-9
0,010
7,1 10
-10
3,5 10
-10
2,1 10
-10
1,2 10
-10
9,6 10
-11
Os-193
1,25 d
0,020
9,3 10
-9
0,010
6,0 10
-9
3,0 10
-9
1,8 10
-9
1,0 10
-9
8,1 10
-10
Os-194
6,00 a
0,020
2,9 10
-8
0,010
1,7 10
-8
8,8 10
-9
5,2 10
-9
3,0 10
-9
2,4 10
-9
Iridium
Ir-182
0,250 h
0,020
5,3 10
-10
0,010
3,0 10
-10
1,5 10
-10
8,9 10
-11
6,0 10
-11
4,8 10
-11
Ir-184
3,02 h
0,020
1,5 10
-9
0,010
9,7 10
-10
5,2 10
-10
3,3 10
-10
2,1 10
-10
1,7 10
-10
Ir-185
14,0 h
0,020
2,4 10
-9
0,010
1,6 10
-9
8,6 10
-10
5,3 10
-10
3,3 10
-10
2,6 10
-10
Ir-186
15,8 h
0,020
3,8 10
-9
0,010
2,7 10
-9
1,5 10
-9
9,6 10
-10
6,1 10
-10
4,9 10
-10
Ir-186
1,75 h
0,020
5,8 10
-10
0,010
3,6 10
-10
2,1 10
-10
1,3 10
-10
7,7 10
-11
6,1 10
-11
Ir-187
10,5 h
0,020
1,1 10
-9
0,010
7,3 10
-10
3,9 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
Ir-188
1,73 d
0,020
4,6 10
-9
0,010
3,3 10
-9
1,8 10
-9
1,2 10
-9
7,9 10
-10
6,3 10
-10
Ir-189
13,3 d
0,020
2,5 10
-9
0,010
1,7 10
-9
8,6 10
-10
5,2 10
-10
3,0 10
-10
2,4 10
-10
Ir-190
12,1 d
0,020
1,0 10
-8
0,010
7,1 10
-9
3,9 10
-9
2,5 10
-9
1,6 10
-9
1,2 10
-9
Ir-190m
3,10 h
0,020
9,4 10
-10
0,010
6,4 10
-10
3,5 10
-10
2,3 10
-10
1,5 10
-10
1,2 10
-10
Ir-190m
1,20 h
0,020
7,9 10
-11
0,010
5,0 10
-11
2,6 10
-11
1,6 10
-11
1,0 10
-11
8,0 10
-12
Ir-192
74,0 d
0,020
1,3 10
-8
0,010
8,7 10
-9
4,6 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
Ir-192m
2,41 10
2
a
0,020
2,8 10
-9
0,010
1,4 10
-9
8,3 10
-10
5,5 10
-10
3,7 10
-10
3,1 10
-10
Ir-193m
11,9 d
0,020
3,2 10
-9
0,010
2,0 10
-9
1,0 10
-9
6,0 10
-10
3,4 10
-10
2,7 10
-10
Ir-194
19,1 h
0,020
1,5 10
-8
0,010
9,8 10
-9
4,9 10
-9
2,9 10
-9
1,7 10
-9
1,3 10
-9
Ir-194m
171 d
0,020
1,7 10
-8
0,010
1,1 10
-8
6,4 10
-9
4,1 10
-9
2,6 10
-9
2,1 10
-9
Ir-195
2,50 h
0,020
1,2 10
-9
0,010
7,3 10
-10
3,6 10
-10
2,1 10
-10
1,3 10
-10
1,0 10
-10
Ir-195m
3,80 h
0,020
2,3 10
-9
0,010
1,5 10
-9
7,3 10
-10
4,3 10
-10
2,6 10
-10
2,1 10
-10
Platinum
Pt-186
2,00 h
0,020
7,8 10
-10
0,010
5,3 10
-10
2,9 10
-10
1,8 10
-10
1,2 10
-10
9,3 10
-11
Pt-188
10,2 d
0,020
6,7 10
-9
0,010
4,5 10
-9
2,4 10
-9
1,5 10
-9
9,5 10
-10
7,6 10
-10
Pt-189
10,9 h
0,020
1,1 10
-9
0,010
7,4 10
-10
3,9 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
Pt-191
2,80 d
0,020
3,1 10
-9
0,010
2,1 10
-9
1,1 10
-9
6,9 10
-10
4,2 10
-10
3,4 10
-10
Pt-193
50,0 a
0,020
3,7 10
-10
0,010
2,4 10
-10
1,2 10
-10
6,9 10
-11
3,5 10
-11
3,1 10
-11
Pt-193m
4,33 d
0,020
5,2 10
-9
0,010
3,4 10
-9
1,7 10
-9
9,9 10
-10
5,6 10
-10
4,5 10
-10
Pt-195m
4,02 d
0,020
7,1 10
-9
0,010
4,6 10
-9
2,3 10
-9
1,4 10
-9
7,9 10
-10
6,3 10
-10
Pt-197
18,3 h
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-197m
1,57 h
0,020
1,0 10
-9
0,010
6,1 10
-10
3,0 10
-10
1,8 10
-10
1,1 10
-10
8,4 10
-11
Pt-199
0,513 h
0,020
4,7 10
-10
0,010
2,7 10
-10
1,3 10
-10
7,5 10
-11
5,0 10
-11
3,9 10
-11
Pt-200
12,5 h
0,020
1,4 10
-8
0,010
8,8 10
-9
4,4 10
-9
2,6 10
-9
1,5 10
-9
1,2 10
-9
Gold
Au-193
17,6 h
0,200
1,2 10
-9
0,100
8,8 10
-10
4,6 10
-10
2,8 10
-10
1,7 10
-10
1,3 10
-10
Au-194
1,65 h
0,200
2,9 10
-9
0,100
2,2 10
-9
1,2 10
-9
8,1 10
-10
5,3 10
-10
4,2 10
-10
Au-195
183 d
0,200
2,4 10
-9
0,100
1,7 10
-9
8,9 10
-10
5,4 10
-10
3,2 10
-10
2,5 10
-10
Au-198
2,69 d
0,200
1,0 10
-8
0,100
7,2 10
-9
3,7 10
-9
2,2 10
-9
1,3 10
-9
1,0 10
-9
Au-198m
2,30 d
0,200
1,2 10
-8
0,100
8,5 10
-9
4,4 10
-9
2,7 10
-9
1,6 10
-9
1,3 10
-9
Au-199
3,14 d
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
0,807 h
0,200
8,3 10
-10
0,100
4,7 10
-10
2,3 10
-10
1,3 10
-10
8,7 10
-11
6,8 10
-11
Au-200m
18,7 h
0,200
9,2 10
-9
0,100
6,6 10
-9
3,5 10
-9
2,2 10
-9
1,3 10
-9
1,1 10
-9
Au-201
0,440 h
0,200
3,1 10
-10
0,100
1,7 10
-10
8,2 10
-11
4,6 10
-11
3,1 10
-11
2,4 10
-11
Mercury
Hg-193
3,50 h
1,000
3,3 10
-10
1,000
1,9 10
-10
9,8 10
-11
5,8 10
-11
3,9 10
-11
3,1 10
-11
(organic)
0,800
4,7 10
-10
0,400
4,4 10
-10
2,2 10
-10
1,4 10
-10
8,3 10
-11
6,6 10
-11
Hg-193
3,50 h
0,040
8,5 10
-10
0,020
5,5 10
-10
2,8 10
-10
1,7 10
-10
1,0 10
-10
8,2 10
-11
(inorganic)
Hg-193m
11,1 h
1,000
1,1 10
-9
1,000
6,8 10
-10
3,7 10
-10
2,3 10
-10
1,5 10
-10
1,3 10
-10
(organic)
0,800
1,6 10
-9
0,400
1,8 10
-9
9,5 10
-10
6,0 10
-10
3,7 10
-10
3,0 10
-10
Hg-193m
11,1 h
0,040
3,6 10
-9
0,020
2,4 10
-9
1,3 10
-9
8,1 10
-10
5,0 10
-10
4,0 10
-10
(inorganic)
Hg-194
2,60 10
2
a
1,000
1,3 10
-7
1,000
1,2 10
-7
8,4 10
-8
6,6 10
-8
5,5 10
-8
5,1 10
-8
(organic)
0,800
1,1 10
-7
0,400
4,8 10
-8
3,5 10
-8
2,7 10
-8
2,3 10
-8
2,1 10
-8
Hg-194
2,60 10
2
a
0,040
7,2 10
-9
0,020
3,6 10
-9
2,6 10
-9
1,9 10
-9
1,5 10
-9
1,4 10
-9
(inorganic)
Hg-195
9,90 h
1,000
3,0 10
-10
1,000
2,0 10
-10
1,0 10
-10
6,4 10
-11
4,2 10
-11
3,4 10
-11
(organic)
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
9,90 h
0,040
9,5 10
-10
0,020
6,3 10
-10
3,3 10
-10
2,0 10
-10
1,2 10
-11
9,7 10
-11
(inorganic)
Hg-195m
1,73 d
1,000
2,1 10
-9
1,000
1,3 10
-9
6,8 10
-10
4,2 10
-10
2,7 10
-10
2,2 10
-10
(organic)
0,800
2,6 10
-9
0,400
2,8 10
-9
1,4 10
-9
8,7 10
-10
5,1 10
-10
4,1 10
-10
Hg-195m
1,73 d
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
(inorganic)
Hg-197
2,67 d
1,000
9,7 10
-10
1,000
6,2 10
-10
3,1 10
-10
1,9 10
-10
1,2 10
-10
9,9 10
-11
(organic)
0,800
1,3 10
-9
0,400
1,2 10
-9
6,1 10
-10
3,7 10
-10
2,2 10
-10
1,7 10
-10
Hg-197
2,67 d
0,040
2,5 10
-9
0,020
1,6 10
-9
8,3 10
-10
5,0 10
-10
2,9 10
-10
2,3 10
-10
(inorganic)
Hg-197m
23,8 h
1,000
1,5 10
-9
1,000
9,5 10
-10
4,8 10
-10
2,9 10
-10
1,8 10
-10
1,5 10
-10
(organic)
0,800
2,2 10
-9
0,400
2,5 10
-9
1,2 10
-9
7,3 10
-10
4,2 10
-10
3,4 10
-10
Hg-197m
23,8 h
0,040
5,2 10
-9
0,020
3,4 10
-9
1,7 10
-9
1,0 10
-9
5,9 10
-10
4,7 10
-10
(inorganic)
Hg-199m
0,710 h
1,000
3,4 10
-10
1,000
1,9 10
-10
9,3 10
-11
5,3 10
-11
3,6 10
-11
2,8 10
-11
(organic)
0,800
3,6 10
-10
0,400
2,1 10
-10
1,0 10
-10
5,8 10
-11
3,9 10
-11
3,1 10
-11
Hg-199m
0,710 h
0,040
3,7 10
-10
0,020
2,1 10
-10
1,0 10
-10
5,9 10
-11
3,9 10
-11
3,1 10
-11
(inorganic)
Hg-203
46,6 d
1,000
1,5 10
-8
1,000
1,1 10
-8
5,7 10
-9
3,6 10
-9
2,3 10
-9
1,9 10
-9
(organic)
0,800
1,3 10
-8
0,400
6,4 10
-9
3,4 10
-9
2,1 10
-9
1,3 10
-9
1,1 10
-9
Hg-203
46,6 d
0,040
5,5 10
-9
0,020
3,6 10
-9
1,8 10
-9
1,1 10
-9
6,7 10
-10
5,4 10
-10
(inorganic)
Thallium
Tl-194
0,550 h
1,000
6,1 10
-11
1,000
3,9 10
-11
2,2 10
-11
1,4 10
-11
1,0 10
-11
8,1 10
-12
Tl-194m
0,546 h
1,000
3,8 10
-10
1,000
2,2 10
-10
1,2 10
-10
7,0 10
-11
4,9 10
-11
4,0 10
-11
Tl-195
1,16 h
1,000
2,3 10
-10
1,000
1,4 10
-10
7,5 10
-11
4,7 10
-11
3,3 10
-11
2,7 10
-11
Tl-197
2,84 h
1,000
2,1 10
-10
1,000
1,3 10
-10
6,7 10
-11
4,2 10
-11
2,8 10
-11
2,3 10
-11
Tl-198
5,30 h
1,000
4,7 10
-10
1,000
3,3 10
-10
1,9 10
-10
1,2 10
-10
8,7 10
-11
7,3 10
-11
Tl-198m
1,87 h
1,000
4,8 10
-10
1,000
3,0 10
-10
1,6 10
-10
9,7 10
-11
6,7 10
-11
5,4 10
-11
Tl-199
7,42 h
1,000
2,3 10
-10
1,000
1,5 10
-10
7,7 10
-11
4,8 10
-11
3,2 10
-11
2,6 10
-11
Tl-200
1,09 d
1,000
1,3 10
-9
1,000
9,1 10
-10
5,3 10
-10
3,5 10
-10
2,4 10
-10
2,0 10
-10
Tl-201
3,04 d
1,000
8,4 10
-10
1,000
5,5 10
-10
2,9 10
-10
1,8 10
-10
1,2 10
-10
9,5 10
-11
Tl-202
12,2 d
1,000
2,9 10
-9
1,000
2,1 10
-9
1,2 10
-9
7,9 10
-10
5,4 10
-10
4,5 10
-10
Tl-204
3,78 a
1,000
1,3 10
-8
1,000
8,5 10
-9
4,2 10
-9
2,5 10
-9
1,5 10
-9
1,2 10
-9
Lead
a
Pb-195m
0,263 h
0,600
2,6 10
-10
0,200
1,6 10
-10
8,4 10
-11
5,2 10
-11
3,5 10
-11
2,9 10
-11
Pb-198
2,40 h
0,600
5,9 10
-10
0,200
4,8 10
-10
2,7 10
-10
1,7 10
-10
1,1 10
-10
1,,0 10
-10
Pb-199
1,50 h
0,600
3,5 10
-10
0,200
2,6 10
-10
1,5 10
-10
9,4 10
-11
6,3 10
-11
5,4 10
-11
Pb-200
21,5 h
0,600
2,5 10
-9
0,200
2,0 10
-9
1,1 10
-9
7,0 10
-10
4,4 10
-10
4,0 10
-10
Pb-201
9,40 h
0,600
9,4 10
-10
0,200
7,8 10
-10
4,3 10
-10
2,7 10
-10
1,8 10
-10
1,6 10
-10
Pb-202
3,00 10
5
a
0,600
3,4 10
-8
0,200
1,6 10
-8
1,3 10
-8
1,9 10
-8
2,7 10
-8
8,8 10
-9
Pb-202m
3,62 h
0,600
7,6 10
-10
0,200
6,1 10
-10
3,5 10
-10
2,3 10
-10
1,5 10
-10
1,3 10
-10
Pb-203
2,17 d
0,600
1,6 10
-9
0,200
1,3 10
-9
6,8 10
-10
4,3 10
-10
2,7 10
-10
2,4 10
-10
Pb-205
1,43 10
7
a
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
3,25 h
0,600
5,7 10
-10
0,200
3,8 10
-10
1,9 10
-10
1,1 10
-10
6,6 10
-11
5,7 10
-11
Pb-210
22,3 a
0,600
8,4 10
-6
0,200
3,6 10
-6
2,2 10
-6
1,9 10
-6
1,9 10
-6
6,9 10
-7
Pb-211
0,601 h
0,600
3,1 10
-9
0,200
1,4 10
-9
7,1 10
-10
4,1 10
-10
2,7 10
-10
1,8 10
-10
Pb-212
10,6 h
0,600
1,5 10
-7
0,200
6,3 10
-8
3,3 10
-8
2,0 10
-8
1,3 10
-8
6,0 10
-9
Pb-214
0,447 h
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
Bi-200
0,606 h
0,100
4,2 10
-10
0,050
2,7 10
-10
1,5 10
-10
9,5 10
-11
6,4 10
-11
5,1 10
-11
Bi-201
1,80 h
0,100
1,0 10
-9
0,050
6,7 10
-10
3,6 10
-10
2,2 10
-10
1,4 10
-10
1,2 10
-10
Bi-202
1,67 h
0,100
6,4 10
-10
0,050
4,4 10
-10
2,5 10
-10
1,6 10
-10
1,1 10
-10
8,9 10
-11
Bi-203
11,8 h
0,100
3,5 10
-9
0,050
2,5 10
-9
1,4 10
-9
9,3 10
-10
6,0 10
-10
4,8 10
-10
Bi-205
15,3 d
0,100
6,1 10
-9
0,050
4,5 10
-9
2,6 10
-9
1,7 10
-9
1,1 10
-9
9,0 10
-10
Bi-206
6,24 d
0,100
1,4 10
-8
0,050
1,0 10
-8
5,7 10
-9
3,7 10
-9
2,4 10
-9
1,9 10
-9
Bi-207
38,0 a
0,100
1,0 10
-8
0,050
7,1 10
-9
3,9 10
-9
2,5 10
-9
1,6 10
-9
1,3 10
-9
Bi-210
5,01 d
0,100
1,5 10
-8
0,050
9,7 10
-9
4,8 10
-9
2,9 10
-9
1,6 10
-9
1,3 10
-9
Bi-210m
3,00 10
6
a
0,100
2,1 10
-7
0,050
9,1 10
-8
4,7 10
-8
3,0 10
-8
1,9 10
-8
1,5 10
-8
Bi-212
1,01 h
0,100
3,2 10
-9
0,050
1,8 10
-9
8,7 10
-10
5,0 10
-10
3,3 10
-10
2,6 10
-10
Bi-213
0,761 h
0,100
2,5 10
-9
0,050
1,4 10
-9
6,7 10
-10
3,9 10
-10
2,5 10
-10
2,0 10
-10
Bi-214
0,332 h
0,100
1,4 10
-9
0,050
7,4 10
-10
3,6 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Polonium
Po-203
0,612 h
1,000
2,9 10
-10
0,500
2,4 10
-10
1,3 10
-10
8,5 10
-11
5,8 10
-11
4,6 10
-11
Po-205
1,80 h
1,000
3,5 10
-10
0,500
2,8 10
-10
1,6 10
-10
1,1 10
-10
7,2 10
-11
5,8 10
-11
Po-207
5,83 h
1,000
4,4 10
-10
0,500
5,7 10
-10
3,2 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Po-210
138 d
1,000
2,6 10
-5
0,500
8,8 10
-10
4,4 10
-10
2,6 10
-10
1,6 10
-10
1,2 10
-10
Astatine
At-207
1,80 h
1,000
2,5 10
-9
1,000
1,6 10
-9
8,0 10
-10
4,8 10
-10
2,9 10
-10
2,4 10
-10
At-211
7,21 h
1,000
1,2 10
-7
1,000
7,8 10
-8
3,8 10
-8
2,3 10
-8
1,3 10
-8
1,1 10
-8
Francium
Fr-222
0,240 h
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
0,363 h
1,000
2,6 10
-8
1,000
1,7 10
-8
8,3 10
-9
5,0 10
-9
2,9 10
-9
2,4 10
-9
Radium
b
Ra-223
11,4 d
0,600
5,3 10
-6
0,200
1,1 10
-6
5,7 10
-7
4,5 10
-7
3,7 10
-7
1,0 10
-7
Ra-224
3,66 d
0,600
2,7 10
-6
0,200
6,6 10
-7
3,5 10
-7
2,6 10
-7
2,0 10
-7
6,5 10
-8
Ra-225
14,8 d
0,600
7,1 10
-6
0,200
1,2 10
-6
6,1 10
-10
5,0 10
-7
4,4 10
-7
9,9 10
-8
Ra-226
1,60 10
3
a
0,600
4,7 10
-6
0,200
9,6 10
-7
6,2 10
-7
8,0 10
-7
1,5 10
-6
2,8 10
-7
Ra-227
0,703 h
0,600
1,1 10
-9
0,200
4,3 10
-10
2,5 10
-10
1,7 10
-10
1,3 10
-10
8,1 10
-11
Ra-228
5,75 a
0,600
3,0 10
-5
0,200
5,7 10
-6
3,4 10
-10
3,9 10
-6
5,3 10
-6
6,9 10
-7
Actinium
Ac-224
2,90 h
0,005
1,0 10
-8
5,0 10
-4
5,2 10
-9
2,6 10
-9
1,5 10
-9
8,8 10
-10
7,0 10
-10
Ac-225
10,0 d
0,005
4,6 10
-7
5,0 10
-4
1,8 10
-7
9,1 10
-8
5,4 10
-8
3,0 10
-8
2,4 10
-8
Ac-226
1,21 d
0,005
1,4 10
-7
5,0 10
-4
7,6 10
-8
3,8 10
-8
2,3 10
-8
1,3 10
-8
1,0 10
-8
Ac-227
21,8 a
0,005
3,3 10
-5
5,0 10
-4
3,1 10
-6
2,2 10
-6
1,5 10
-6
1,2 10
-6
1,1 10
-6
Ac-228
6,13 h
0,005
7,4 10
-9
5,0 10
-4
2,8 10
-9
1,4 10
-9
8,7 10
-10
5,3 10
-10
4,3 10
-10
Thorium
Th-226
0,515 h
0,005
4,4 10
-9
5,0 10
-4
2,4 10
-9
1,2 10
-9
6,7 10
-10
4,5 10
-10
3,5 10
-10
Th-227
18,7 d
0,005
3,0 10
-7
5,0 10
-4
7,0 10
-8
3,6 10
-8
2,3 10
-8
1,5 10
-8
8,8 10
-9
Th-228
1,91 a
0,005
3,7 10
-6
5,0 10
-4
3,7 10
-7
2,2 10
-7
1,5 10
-7
9,4 10
-8
7,2 10
-8
Th-229
7,34 10
3
a
0,005
1,1 10
-5
5,0 10
-4
1,0 10
-6
7,8 10
-7
6,2 10
-7
5,3 10
-7
4,9 10
-7
Th-230
7,70 10
4
a
0,005
4,1 10
-6
5,0 10
-4
4,1 10
-7
3,1 10
-7
2,4 10
-7
2,1 10
-7
2,1 10
-7
Th-231
1,06 d
0,005
3,9 10
-9
5,0 10
-4
2,5 10
-9
1,2 10
-9
7,4 10
-10
4,2 10
-10
3,4 10
-10
Th-232
1,40 10
10
a
0,005
4,6 10
-6
5,0 10
-4
4,5 10
-7
3,5 10
-7
2,9 10
-7
2 10
-7
2,3 10
-7
Th-234
24,1 d
0,005
4,0 10
-8
5,0 10
-4
2,5 10
-8
1,3 10
-8
7,4 10
-9
4,2 10
-9
3,4 10
-9
Protactinium
Pa-227
0,638 h
0,005
5,8 10
-9
5,0 10
-4
3,2 10
-9
1,5 10
-9
8,7 10
-10
5,8 10
-10
4,5 10
-10
Pa-228
22,0 h
0,005
1,2 10
-8
5,0 10
-4
4,8 10
-9
2,6 10
-9
1,6 10
-9
9,7 10
-10
7,8 10
-10
Pa-230
17,4 d
0,005
2,6 10
-8
5,0 10
-4
5,7 10
-9
3,1 10
-9
1,9 10
-9
1,1 10
-9
9,2 10
-10
Pa-231
3,27 10
4
a
0,005
1,3 10
-5
5,0 10
-4
1,3 10
-6
1,1 10
-6
9,2 10
-7
8, 10
-7
7,1 10
-7
Pa-232
1,31 d
0,005
6,3 10
-9
5,0 10
-4
4,2 10
-9
2,2 10
-9
1,4 10
-9
8,9 10
-10
7,2 10
-10
Pa-233
27,0 d
0,005
9,7 10
-9
5,0 10
-4
6,2 10
-9
3,2 10
-9
1,9 10
-9
1,1 10
-9
8,7 10
-10
Pa-234
6,70 h
0,005
5,0 10
-9
5,0 10
-4
3,2 10
-9
1,7 10
-9
1,0 10
-9
6,4 10
-10
5,1 10
-10
Uranium
U-230
20,8 d
0,040
7,9 10
-7
0,020
3,0 10
-7
1,5 10
-7
1,0 10
-7
6,6 10
-8
5,6 10
-8
U-231
4,20 d
0,040
3,1 10
-9
0,020
2,0 10
-9
1,0 10
-9
6,1 10
-10
3,5 10
-10
2,8 10
-10
U-232
72,0 a
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
1,58 10
5
a
0,040
3,8 10
-7
0,020
1,4 10
-7
9,2 10
-8
7,8 10
-8
7,8 10
-8
5,1 10
-8
U-234
2,44 10
5
a
0,040
3,7 10
-7
0,020
1,3 10
-7
8,8 10
-8
7,4 10
-8
7,4 10
-8
4,9 10
-8
U-235
7,04 10
8
a
0,040
3,5 10
-7
0,020
1,3 10
-7
8,5 10
-8
7,1 10
-8
7,0 10
-8
4,7 10
-8
U-236
2,34 10
7
a
0,040
3,5 10
-7
0,020
1,3 10
-7
8,4 10
-8
7,0 10
-8
7,0 10
-8
4,7 10
-8
U-237
6,75 d
0,040
8,3 10
-9
0,020
5,4 10
-9
2,8 10
-9
1,6 10
-9
9,5 10
-10
7,6 10
-10
U-238
4,47 10
9
a
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
0,392 h
0,040
3,4 10
-10
0,020
1,9 10
-10
9,3 10
-11
5,4 10
-11
3,5 10
-11
2,7 10
-11
U-240
14,1 h
0,040
1,3 10
-8
0,020
8,1 10
-9
4,1 10
-9
2,4 10
-9
1,4 10
-9
1,1 10
-9
Neptunium
Np-232
0,245 h
0,005
8,7 10
-11
5,0 10
-4
5,1 10
-11
2,7 10
-11
1,7 10
-11
1,2 10
-11
9,7 10
-12
Np-233
0,603 h
0,005
2,1 10
-11
5,0 10
-4
1,3 10
-11
6,6 10
-12
4,0 10
-12
2,8 10
-12
2,2 10
-12
Np-234
4,40 d
0,005
6,2 10
-9
5,0 10
-4
4,4 10
-9
2,4 10
-9
1,6 10
-9
1,0 10
-9
8,1 10
-10
Np-235
1,08 a
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-236
1,15 10
5
a
0,005
1,9 10
-7
5,0 10
-4
2,4 10
-8
1,8 10
-8
1,8 10
-8
1, 10
-8
1,7 10
-8
Np-236
22,5 h
0,005
2,5 10
-9
5,0 10
-4
1,3 10
-9
6,6 10
-10
4,0 10
-10
2,4 10
-10
1,9 10
-10
Np-237
2,14 10
6
a
0,005
2,0 10
-6
5,0 10
-4
2,1 10
-7
1,4 10
-7
1,1 10
-7
1,1 10
-7
1,1 10
-7
Np-238
2,12 d
0,005
9,5 10
-9
5,0 10
-4
6,2 10
-9
3,2 10
-9
1,9 10
-9
1,1 10
-9
9,1 10
-10
Np-239
2,36 d
0,005
8,9 10
-9
5,0 10
-4
5,7 10
-9
2,9 10
-9
1,7 10
-9
1,0 10
-9
8,0 10
-10
Np-240
1,08 h
0,005
8,7 10
-10
5,0 10
-4
5,2 10
-10
2,6 10
-10
1,6 10
-10
1,0 10
-0
8,2 10
-11
Plutonium
Pu-234
8,80 h
0,005
2,1 10
-9
5,0 10
-4
1,1 10
-9
5,5 10
-10
3,3 10
-10
2,0 10
-10
1,6 10
-10
Pu-235
0,422 h
0,005
2,2 10
-11
5,0 10
-4
1,3 10
-11
6,5 10
-12
3,9 10
-12
2,7 10
-12
2,1 10
-12
Pu-236
2,85 a
0,005
2,1 10
-6
5,0 10
-4
2,2 10
-7
1,4 10
-7
1,0 10
-7
8,5 10
-8
8,7 10
-8
Pu-237
45,3 d
0,005
1,1 10
-9
5,0 10
-4
6,9 10
-10
3,6 10
-10
2,2 10
-10
1,3 10
-10
1,0 10
-10
Pu-238
87,7 a
0,005
4.0 10
-9
5,0 10
-4
4,0 10
-7
3,1 10
-7
2,4 10
-7
2,2 10
-7
2,3 10
-7
Pu-239
2,41 10
4
a
0,005
4,2 10
-6
5,0 10
-4
4,2 10
-7
3,3 10
-7
2,7 10
-7
2,4 10
-7
2,5 10
-7
Pu-240
6,54 10
3
a
0,005
4,2 10
-6
5,0 10
-4
4,2 10
-7
3,3 10
-7
2,7 10
-7
2,4 10
-7
2,5 10
-7
Pu-241
14,4 a
0,005
5,6 10
-8
5,0 10
-4
5,7 10
-9
5,5 10
-9
5,1 10
-9
4,8 10
-9
4,8 10
-9
Pu-242
3,76 10
5
a
0,005
4,0 10
-6
5,0 10
-7
4,0 10
-7
3,2 10
-7
2,6 10
-7
2,3 10
-7
2,4 10
-7
Pu-243
4,95 h
0,005
1,0 10
-9
5,0 10
-4
6,2 10
-10
3,1 10
-10
1,8 10
-10
1,1 10
-10
8,5 10
-11
Pu-244
8,26 10
7
a
0,005
4,0 10
-6
5,0 10
-4
4,1 10
-7
3,2 10
-7
2,6 10
-7
2,3 10
-7
2,4 10
-7
Pu-245
10,5 h
0,005
8,0 10
-9
5,0 10
-4
5,1 10
-9
2,6 10
-9
1,5 10
-9
8,9 10
-10
7,2 10
-10
Pu-246
10,9 d
0,005
3,6 10
-8
5,0 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
1,22 h
0,005
1,7 10
-10
5,0 10
-4
1,0 10
-10
5,5 10
-11
3,3 10
-11
2,2 10
-11
1,8 10
-11
Am-238
1,63 h
0,005
2,5 10
-10
5,0 10
-4
1,6 10
-10
9,1 10
-11
5,9 10
-11
4,0 10
-11
3,2 10
-11
Am-239
11,9 h
0,005
2,6 10
-9
5,0 10
-4
1,7 10
-9
8,4 10
-10
5,1 10
-10
3,0 10
-10
2,4 10
-10
Am-240
2,12 d
0,005
4,7 10
-9
5,0 10
-4
3,3 10
-9
1,8 10
-9
1,2 10
-9
7,3 10
-10
5,8 10
-10
Am-241
4,32 10
2
a
0,005
3,7 10
-6
5,0 10
-4
3,7 10
-7
2,7 10
-7
2,2 10
-7
2,0 10
-7
2,0 10
-7
Am-242
16,0 h
0,005
5,0 10
-9
5,0 10
-4
2,2 10
-9
1,1 10
-9
6,4 10
-10
3,7 10
-10
3,0 10
-10
Am-242m
1,52 10
2
a
0,005
3,1 10
-6
5,0 10
-4
3,0 10
-7
2,3 10
-7
2,0 10
-7
1,9 10
-7
1,9 10
-7
Am-243
7,38 10
3
a
0,005
3,6 10
-6
5,0 10
-4
3,7 10
-7
2,7 10
-7
2,2 10
-7
2,0 10
-7
2,0 10
-7
Am-244
10,1 h
0,005
4,9 10
-9
5,0 10
-4
3,1 10
-9
1,6 10
-9
9,6 10
-10
5,8 10
-10
4,6 10
-10
Am-244m
0,433 h
0,005
3,7 10
-10
5,0 10
-4
2,0 10
-10
9,6 10
-11
5,5 10
-11
3,7 10
-11
2,9 10
-11
Am-245
2,05 h
0,005
6,8 10
-10
5,0 10
-4
4,5 10
-10
2,2 10
-10
1,3 10
-10
7,9 10
-11
6,2 10
-11
Am-246
0,650 h
0,005
6,7 10
-10
5,0 10
-4
3,8 10
-10
1,9 10
-10
1,1 10
-10
7,3 10
-11
5,8 10
-11
Am-246m
0,417 h
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
2,40 h
0,005
7,8 10
-10
5,0 10
-4
4,9 10
-10
2,6 10
-10
1,6 10
-10
1,0 10
-10
8,0 10
-11
Cm-240
27,0 d
0,005
2,2 10
-7
5,0 10
-4
4,8 10
-8
2,5 10
-8
1,5 10
-8
9,2 10
-9
7,6 10
-9
Cm-241
32,8 d
0,005
1,1 10
-8
5,0 10
-9
5,7 10
-9
3,0 10
-9
1,9 10
-9
1,1 10
-9
9,1 10
-10
Cm-242
163 d
0,005
5,9 10
-7
5,0 10
-4
7,6 10
-8
3,9 10
-8
2,4 10
-8
1,5 10
-8
1,2 10
-8
Cm-243
28,5 a
0,005
3,2 10
-4
5,0 10
-4
3,3 10
-7
2,2 10
-7
1,6 10
-7
1,4 10
-7
1,5 10
-7
Cm-244
18,1 a
0,005
2,9 10
-6
5,0 10
-4
2,9 10
-7
1,9 10
-7
1,4 10
-7
1,2 10
-7
1,2 10
-7
Cm-245
8,50 10
3
a
0,005
3,7 10
-6
5,0 10
-4
3,7 10
-7
2,8 10
-7
2,3 10
-7
2,1 10
-7
2,1 10
-7
Cm-246
4,73 10
3
a
0,005
3,7 10
-6
5,0 10
-4
3,7 10
-7
2,8 10
-7
2,2 10
-7
2,1 10
-7
2,1 10
-7
Cm-247
1,56 10
7
a
0,005
3,4 10
-6
5,0 10
-4
3,5 10
-7
2,6 10
-7
2,1 10
-7
1,9 10
-7
1,9 10
-7
Cm-248
3,39 10
5
a
0,005
1,4 10
-5
5,0 10
-4
1,4 10
-6
1,0 10
-6
8,4 10
-7
7,7 10
-7
7,7 10
-7
Cm-249
1,07 h
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
6,90 10
3
a
0,005
7,8 10
-5
5,0 10
-4
8,2 10
-6
6,0 10
-6
4,9 10
-6
4,4 10
-6
4,4 10
-6
Berkelium
Bk-245
4,94 d
0,005
6,1 10
-9
5,0 10
-4
3,9 10
-9
2,0 10
-9
1,2 10
-9
7,2 10
-10
5,7 10
-10
Bk-246
1,83 d
0,005
3,7 10
-9
5,0 10
-4
2,6 10
-9
1,4 10
-9
9,4 10
-10
6,0 10
-10
4,8 10
-10
Bk-247
1,38 10
3
a
0,005
8,9 10
-6
5,0 10
-4
8,6 10
-7
6,3 10
-7
4,6 10
-7
3,8 10
-7
3,5 10
-7
Bk-249
320 d
0,005
2,2 10
-8
5,0 10
-4
2,9 10
-9
1,9 10
-9
1,4 10
-9
1,1 10
-9
9,7 10
-10
Bk-250
3,22 h
0,005
1,5 10
-9
5,0 10
-4
8,5 10
-10
4,4 10
-10
2,7 10
-10
1,7 10
-10
1,4 10
-10
Californium
Cf-244
0,323 h
0,005
9,8 10
-10
5,0 10
-4
4,8 10
-10
2,4 10
-10
1,3 10
-10
8,9 10
-11
7,0 10
-11
Cf-246
1,49 d
0,005
5,0 10
-8
5,0 10
-4
2,4 10
-8
1,2 10
-8
7,3 10
-9
4,1 10
-9
3,3 10
-9
Cf-248
334 d
0,005
1,5 10
-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
3,50 10
2
a
0,005
9,0 10
-6
5,0 10
-4
8,7 10
-7
6,4 10
-7
4,7 10
-7
3,8 10
-7
3,5 10
-7
Cf-250
13,1 a
0,005
5,7 10
-6
5,0 10
-4
5,5 10
-7
3,7 10
-7
2,3 10
-7
1,7 10
-7
1,6 10
-7
Cf-251
8,98 10
2
a
0,005
9,1 10
-6
5,0 10
-4
8,8 10
-7
6,5 10
-7
4,7 10
-7
3,9 10
-7
3,6 10
-7
Cf-252
2,64 a
0,005
5,0 10
-6
5,0 10
-4
5,1 10
-7
3,2 10
-7
1,9 10
-7
1,0 10
-7
9,0 10
-8
Cf-253
17,8 d
0,005
1,0 10
-7
5,0 10
-4
1,1 10
-8
6,0 10
-9
3,7 10
-9
1,8 10
-9
1,4 10
-9
Cf-254
60,5 d
0,005
1,1 10
-5
5,0 10
-4
2,6 10
-6
1,4 10
-6
8,4 10
-7
5,0 10
-7
4,0 10
-7
Einsteinium
Es-250
2,10 h
0,005
2,3 10
-10
5,0 10
-4
9,9 10
-11
5,7 10
-11
3,7 10
-11
2,6 10
-11
2,1 10
-11
Es-251
1,38 d
0,005
1,9 10
-9
5,0 10
-4
1,2 10
-9
6,1 10
-10
3,7 10
-10
2,2 10
-10
1,7 10
-10
Es-253
20,5 d
0,005
1,7 10
-7
5,0 10
-4
4,5 10
-8
2,3 10
-8
1,4 10
-8
7,6 10
-8
6,1 10
-9
Es-254
276 d
0,005
1,4 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
Es-254m
1,64 d
0,005
5,7 10
-8
5,0 10
-4
3,0 10
-8
1,5 10
-8
9,1 10
-9
5,2 10
-9
4,2 10
-9
Fermium
Fm-252
22,7 h
0,005
3,8 10
-8
5,0 10
-4
2,0 10
-8
9,9 10
-9
5,9 10
-9
3,3 10
-9
2,7 10
-9
Fm-253
3,00 d
0,005
2,5 10
-8
5,0 10
-4
6,7 10
-9
3,4 10
-9
2,1 10
-9
1,1 10
-9
9,1 10
-10
Fm-254
3,24 h
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
20,1 h
0,005
3,3 10
-8
5,0 10
-4
1,9 10
-8
9,5 10
-9
5,6 10
-9
3,2 10
-9
2,5 10
-9
Fm-257
101 d
0,005
9,8 10
-7
5,0 10
-4
1,1 10
-7
6,5 10
-8
4,0 10
-8
1,9 10
-8
1,5 10
-8
Mendelevium
Md-257
5,20 h
0,005
3,1 10
-9
5,0 10
-4
8,8 10
-10
4,5 10
-10
2,7 10
-10
1,5 10
-10
1,2 10
-10
Md-258
55,0 d
0,005
6,3 10
-7
5,0 10
-4
8,9 10
-8
5,0 10
-8
3,0 10
-8
1,6 10
-8
1,3 10
-8
TABLE (B)
Committed effective dose per unit intake via inhalation (Sv Bq
-1
) for members of the public
Nuclide
Physical half-life
Type
Age ≤ 1 a
Age
1—2 a
2—7 a
7—12 a
12—17 a
> 17 a
f
1
h(g)
f
1
h(g)
h(g)
h(g)
h(g)
h(g)
Hydrogen
Tritiated
12,3 a
F
1,000
2,6 10
-11
1,000
2.0 10
-11
1,1 10
-11
8,2 10
-12
5,9 10
-12
6,2 10
-12
water
M
0,200
3,4 10
-10
0,100
2,7 10
-10
1,4 10
-10
8,2 10
-11
5,3 10
-11
4,5 10
-11
S
0,020
1,2 10
-9
0,010
1,0 10
-9
6,3 10
-10
3,8 10
-10
2,8 10
-10
2,6 10
-11
Beryllium
Be-7
53,3 d
M
0,020
2,5 10
-10
0,005
2,1 10
-10
1,2 10
-10
8,3 10
-11
6,2 10
-11
5,0 10
-11
S
0,020
2,8 10
-10
0,005
2,4 10
-10
1,4 10
-10
9,6 10
-11
6,8 10
-11
5,5 10
-11
Be-10
1,60 10
6
a
M
0,020
4,1 10
-8
0,005
3,4 10
-8
2,0 10
-8
1,3 10
-8
1,1 10
-8
9,6 10
-9
S
0,020
9,9 10
-8
0,005
9,1 10
-8
6,1 10
-8
4,2 10
-8
3,7 10
-8
3,5 10
-8
Carbon
C-11
0,340 h
F
1,000
1,0 10
-10
1,000
7,0 10
-11
3,2 10
-11
2,1 10
-11
1,3 10
-11
1,1 10
-11
M
0,200
1,5 10
-10
0,100
1,1 10
-10
4,9 10
-11
3,2 10
-11
2,1 10
-11
1,8 10
-11
S
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
5,73 10
3
a
F
1,000
6,1 10
-10
1,000
6,7 10
-10
3,6 10
-10
2,9 10
-10
1,9 10
-10
2,0 10
-10
M
0,200
8,3 10
-9
0,100
6,6 10
-9
4,0 10
-9
2,8 10
-9
2,5 10
-9
2,0 10
-9
S
0,020
1,9 10
-8
0,010
1,7 10
-8
1,1 10
-8
7,4 10
-9
6,4 10
-9
5,8 10
-9
Fluorine
F-18
1,83 h
F
1,000
2,6 10
-10
1,000
1,9 10
-10
9,1 10
-11
5,6 10
-11
3,4 10
-11
2,8 10
-11
M
1,000
4,1 10
-10
1,000
2,9 10
-10
1,5 10
-10
9,7 10
-11
6,9 10
-11
5,6 10
-11
S
1,000
4,2 10
-10
1,000
3,1 10
-10
1,5 10
-10
1,0 10
-10
7,3 10
-11
5,9 10
-11
Sodium
Na-22
2,60 a
F
1,000
9,7 10
-9
1,000
7,3 10
-9
3,8 10
-9
2,4 10
-9
1,5 10
-9
1,3 10
-9
Na-24
15,0 h
F
1,000
2,3 10
-9
1,000
1,8 10
-9
9,3 10
-10
5,7 10
-10
3,4 10
-10
2,7 10
-10
Magnesium
Mg-28
20,9 h
F
1,000
5,3 10
-9
0,500
4,7 10
-9
2,2 10
-9
1,3 10
-9
7,3 10
-10
6,0 10
-10
M
1,000
7,3 10
-9
0,500
7,2 10
-9
3,5 10
-9
2,3 10
-9
1,5 10
-9
1,2 10
-9
Aluminium
Al-26
7,16 10
5
a
F
0,020
8,1 10
-8
0,010
6,2 10
-5
3,2 10
-8
2,0 10
-8
1,3 10
-8
1,1 10
-8
M
0,020
8,8 10
-8
0,010
7,4 10
-8
4,4 10
-8
2,9 10
-8
2,2 10
-8
2,0 10
-8
Silicon
Si-31
2,62 h
F
0,020
3,6 10
-10
0,010
2,3 10
-10
9,5 10
-11
5,9 10
-11
3,2 10
-11
2,7 10
-11
M
0,020
6,9 10
-10
0,010
4,4 10
-10
2,0 10
-10
1,3 10
-10
8,9 10
-11
7,4 10
-11
S
0,020
7,2 10
-10
0,010
4,7 10
-10
2,2 10
-10
1,4 10
-10
9,5 10
-11
7,9 10
-11
Si-32
4,50 10
2
a
F
0,020
3,0 10
-8
0,010
2,3 10
-8
1,1 10
-8
6,4 10
-9
3,8 10
-9
3,2 10
-9
M
0,020
7,1 10
-8
0,010
6,0 10
-8
3,6 10
-8
2,4 10
-8
1,9 10
-8
1,7 10
-8
S
0,020
2,8 10
-7
0,010
2,7 10
-7
1,9 10
-7
1,3 10
-7
1,1 10
-7
1,1 10
-7
Phosphorus
P-32
14,3 d
F
1,000
1,2 10
-8
0,800
7,5 10
-9
3,2 10
-9
1,8 10
-9
9,8 10
-10
7,7 10
-10
M
1,000
2,2 10
-8
0,800
1,5 10
-8
8,0 10
-9
5,3 10
-9
4,0 10
-9
3,4 10
-9
P-33
25,4 d
F
1,000
1,2 10
-9
0,800
7,8 10
-10
3,0 10
-10
2,0 10
-10
1,1 10
-10
9,2 10
-11
M
1,000
6,1 10
-9
0,800
4,6 10
-9
2,8 10
-9
2,1 10
-9
1,9 10
-9
1,5 10
-9
Sulphur
S-35
87,4 d
F
1,000
5,5 10
-10
0,800
3,9 10
-10
1,8 10
-10
1,1 10
-10
6,0 10
-11
5,1 10
-11
(inorganic)
M
0,200
5,9 10
-9
0,100
4,5 10
-9
2,8 10
-9
2,0 10
-9
1,8 10
-9
1,4 10
-9
S
0,020
7,7 10
-9
0,010
6,0 10
-4
3,6 10
-9
2,6 10
-9
2,3 10
-9
1,9 10
-9
Chlorine
Cl-36
3,01 10
5
a
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 10
-8
1,000
2,6 10
-8
1,5 10
-8
1,0 10
-8
8,8 10
-9
7,3 10
-9
Cl-38
0,620 h
F
1,000
2,9 10
-10
1,000
1,9 10
-10
8,4 10
-11
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
1,4 10
-10
8,5 10
-11
5,4 10
-11
4,5 10
-11
Cl-39
0,927 h
F
1,000
2,7 10
-10
1,000
1,8 10
-10
8,4 10
-11
5,1 10
-11
3,1 10
-11
2,5 10
-11
M
1,000
4,3 10
-10
1,000
2,8 10
-10
1,3 10
-10
8,5 10
-11
5,6 10
-11
4,6 10
-11
Potassium
K-40
1,28 10
9
a
F
1,000
2,4 10
-8
1,000
1,7 10
-8
7,5 10
-9
4,5 10
-9
2,5 10
-9
2,1 10
-9
K-42
12,4 h
F
1,000
1,6 10
-9
1,000
1,0 10
-10
4,4 10
-10
2,6 10
-10
1,5 10
-10
1,2 10
-10
K-43
22,6 h
F
1,000
1,3 10
-9
1,000
9,7 10
-10
4,7 10
-10
2,9 10
-10
1,7 10
-10
1,4 10
-10
K-44
0,369 h
F
1,000
2,2 10
-10
1,000
1,4 10
-10
6,5 10
-11
4,0 10
-11
2,4 10
-11
2,0 10
-11
K-45
0,333 h
F
1,000
1,5 10
-10
1,000
1,0 10
-10
4,8 10
-11
3,0 10
-11
1,8 10
-11
1,5 10
-11
Calcium
(a)
Ca-41
1,40 10
5
a
F
0,600
6,7 10
-10
0,300
3,8 10
-10
2,6 10
-10
3,3 10
-10
3,3 10
-10
1,7 10
-10
M
0,200
4,2 10
-10
0,100
2,6 10
-10
1,7 10
-10
1,7 10
-10
1,6 10
-10
9,5 10
-11
S
0,020
6,7 10
-10
0,010
6,0 10
-10
3,8 10
-10
2,4 10
-10
1,9 10
-10
1,8 10
-10
Ca-45
163 d
F
0,600
5,7 10
-9
0,300
3,0 10
-9
1,4 10
-9
1,0 10
-9
7,6 10
-10
4,6 10
-10
M
0,200
1,2 10
-8
0,100
8,8 10
-9
5,3 10
-9
3,9 10
-9
3,5 10
-8
2,7 10
-9
S
0,020
1,5 10
-8
0,010
1,2 10
-8
7,2 10
-9
5,1 10
-9
4,6 10
-9
3,7 10
-9
Ca-47
4,53 d
F
0,600
4,9 10
-9
0,300
3,6 10
-8
1,7 10
-9
1,1 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
2,9 10
-9
2,4 10
-9
1,9 10
-9
S
0,020
1,2 10
-8
0,010
8,5 10
-9
4,6 10
-9
3,3 10
-9
2,6 10
-9
2,1 10
-9
Scandium
Sc-43
3,89 h
S
0,001
9,3 10
-10
1,0 10
-4
6,7 10
-10
3,3 10
-10
2,2 10
-10
1,4 10
-10
1,1 10
-10
Sc-44
3,93 h
S
0,001
1,6 10
-9
1,0 10
-4
1,2 10
-9
5,6 10
-10
3,6 10
-10
2.3 10
-10
1,8 10
-10
Sc-44 m
2,44 d
S
0,001
1,1 10
-8
1,0 10
-4
8,4 10
-9
4,2 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
Sc-46
83,8 d
S
0,001
2,8 10
-8
1,0 10
-4
2,3 10
-4
1,4 10
-8
9,8 10
-9
8,4 10
-9
6,8 10
-9
Sc-47
3,35 d
S
0,001
4,0 10
-9
1,0 10
-4
2,8 10
-6
1,5 10
-4
1,1 10
-9
9,2 10
—10
7,3 10
-10
Sc-48
1,82 d
S
0,001
7,8 10
-9
1,0 10
-4
5,9 10
-9
3,1 10
-9
2,0 10
-9
1,4 10
-9
1,1 10
-9
Sc-49
0,956 h
S
0,001
3,9 10
-10
1,0 10
-4
2,4 10
-15
1,1 10
-10
7,1 10
-11
4,7 10
-11
4,0 10
-11
Titanium
Ti-44
47,3 a
F
0,020
3,1 10
-7
0,010
2,6 10
-7
1,5 10
-7
9,6 10
-8
6,6 10
-8
6,1 10
-8
M
0,020
1,7 10
-7
0,010
1,5 10
-7
9,2 10
-8
5,9 10
-8
4,6 10
-8
4,2 10
-8
S
0,020
3,2 10
-7
0,010
3,1 10
-7
2,1 10
-7
1,5 10
-7
1,3 10
-7
1,2 10
-7
Ti-45
3,08 h
F
0,020
4,4 10
-10
0,010
3,2 10
-10
1,5 10
-10
9,1 10
-11
5,1 10
-11
4,2 10
-11
M
0,020
7,4 10
-10
0,010
5,2 10
-10
2,5 10
-10
1,6 10
-10
1,1 10
-10
8,8 10
-11
S
0,020
7,7 10
-10
0,010
5,5 10
-10
2,7 10
-10
1,7 10
-10
1,1 10
-10
9,3 10
-11
Vanadium
V-47
0,543 h
F
0,020
1,8 10
-10
0,010
1,2 10
-10
5,6 10
-11
3,5 10
-11
2,1 10
-11
1,7 10
-11
M
0,020
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
16,2 d
F
0,020
8,4 10
-9
0,010
6,4 10
-9
3,3 10
-9
2,1 10
-9
1,3 10
-9
1,1 10
-9
M
0,020
1,4 10
-8
0,010
1,1 10
-8
6,3 10
-9
4,3 10
-9
2,9 10
-9
2,4 10
-9
V-49
330 d
F
0,020
2,0 10
-10
0,010
1,6 10
-
[illegible]
7,7 10
-11
4,3 10
-11
2,5 10
-11
2,1 10
-11
M
0,020
2,8 10
-10
0,010
2,1 10
-
[illegible]
1,1 10
-10
6,3 10
-11
4,0 10
-11
3,4 10
-
Chromium
Cr-48
23,0 h
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
-10
2,5 10
-10
2,0 10
-10
S
0,200
1,2 10
-9
0,100
9,8 10
-10
5,5 10
-10
3,7 10
-10
2,8 10
-10
2,2 10
-10
Cr-49
0,702 h
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
S
0,200
3,1 10
-10
0,100
2,1 10
-10
9,9 10
-11
6,4 10
-11
4,2 10
-11
3,5 10
-11
Cr-51
27,7 d
F
0,200
1,7 10
-10
0,100
1,3 10
-10
6,3 10
-11
4,0 10
-11
2,4 10
-11
2,0 10
-11
M
0,200
2,6 10
-10
0,100
1,9 10
-10
1,0 10
-10
6,4 10
-11
3,9 10
-11
3,2 10
-11
S
0,200
2,6 10
-10
0,100
2,1 10
-10
1,0 10
-10
6,6 10
-11
4,5 10
-11
3,7 10
-11
Manganese
Mn-51
0,770 h
F
0,200
2,5 10
-10
0,100
1,7 10
-10
7,5 10
-11
4,6 10
-11
2,7 10
-11
2,3 10
-11
M
0,200
4,0 10
-10
0,100
2,7 10
-10
1,2 10
-10
7,8 10
-11
5,0 10
-11
4,1 10
-11
Mn-52
5,59 d
F
0,200
7,0 10
-9
0,100
5,5 10
-9
2,9 10
-9
1,8 10
-9
1,1 10
-9
9,4 10
-10
M
0,200
8,6 10
-9
0,100
6,8 10
-9
3,7 10
-9
2,4 10
-9
1,7 10
-9
1,4 10
-9
Mn-52m
0,352 h
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
8,7 10
-11
5,5 10
-11
3,4 10
-11
2,9 10
-11
Mn-53
3,70 10
[illegible]
a
F
0,200
3,2 10
-10
0,100
2,2 10
-10
1,1 10
-10
6,0 10
-11
3,410
-11
2,9 10
-11
M
0,200
4,6 10
-10
0,100
3,4 10
-10
1,7 10
-10
1,0 10
-10
6,4 10
-11
5,4 10
-11
Mn-54
312 d
F
0,200
5,2 10
-9
0,100
4,1 10
-9
2,2 10
-9
1,5 10
-9
9,9 10
-10
8,5 10
-10
M
0,200
7,5 10
-9
0,100
6,2 10
-9
3,8 10
-9
2,4 10
-9
1,9 10
-9
1,5 10
-9
Mn-56
2,58 h
F
0,200
6,9 10
-10
0,100
4,9 10
-10
2,3 10
-10
1,4 10
-10
7,8 10
-11
6,4 10
-11
M
0,200
1,1 10
-9
0,100
7,8 10
-10
3,7 10
-10
2,4 10
-10
1,5 10
-10
1,2 10
-10
Iron
(a)
Fe-52
8,28 h
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
1,9 10
-9
1,2 10
-9
7,4 10
-10
6,0 10
-10
S
0,020
6,0 10
-9
0,010
4,2 10
-9
2,0 10
-9
1,3 10
-9
7,7 10
-10
6,3 10
-10
Fe-55
2,70 a
F
0,600
4,2 10
-9
0,100
3,2 10
-9
2,2 10
-9
1,4 10
-9
9,4 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
-10
3,8 10
-10
S
0,020
1,0 10
-9
0,010
8,5 10
-10
5,0 10
-10
2,9 10
-10
2,0 10
-10
1,8 10
-10
Fe-59
44,5 d
F
0,600
2,1 10
-8
0,100
1,3 10
-8
7,1 10
-9
4,2 10
-9
2,6 10
-9
2,2 10
-9
M
0,200
1,8 10
-8
0,100
1,3 10
-8
7,9 10
-9
5,5 10
-9
4,6 10
-9
3,7 10
-9
S
0,020
1,7 10
-8
0,010
1,3 10
-8
8,1 10
-9
5,8 10
-9
5,1 10
-9
4,0 10
-9
Fe-60
1,00 10
5
a
F
0,600
4,4 10
-7
0,100
3,9 10
-7
3,5 10
-7
3,2 10
-7
2,9 10
-7
2,8 10
-7
M
0,200
2,0 10
-7
0,100
1,7 10
-7
1,6 10
-7
1,4 10
-7
1,4 10
-7
1,4 10
-7
S
0,020
9,3 10
-8
0,010
8,8 10
-8
6,7 10
-8
5,2 10
-8
4,9 10
-8
4,9 10
-8
Cobalt
(b)
Co-55
17,5 h
F
0,600
2,2 10
-9
0,100
1,8 10
-9
9,0 10
-10
5,5 10
-10
3,1 10
-10
2,7 10
-10
M
0,200
4,1 10
-9
0,100
3,1 10
-9
1,5 10
-9
9,8 10
-10
6,1 10
-10
5,0 10
-10
S
0,020
4,6 10
-9
0,010
3,3 10
-9
1,6 10
-9
1,1 10
-9
6,6 10
-10
5,3 10
-10
Co-56
78,7 d
F
0,600
1,4 10
-8
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
7,4 10
-9
5,8 10
-9
4,8 10
-9
S
0,020
2,9 10
-8
0,010
2,5 10
-8
1,5 10
-8
1,0 10
-8
8,0 10
-9
6,7 10
-9
Co-57
271 d
F
0,600
1,5 10
-9
0,100
1,1 10
-9
5,6 10
-10
3,7 10
-10
2,3 10
-10
1,9 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
S
0,020
4,4 10
-9
0,010
3,7 10
-9
2,3 10
-9
1,5 10
-9
1,2 10
-9
1,0 10
-9
Co-58
70.8 d
F
0,600
4,0 10
-9
0,100
3,0 10
-9
1,6 10
-9
1,0 10
-9
6,4 10
-10
5, 10
-10
M
0,200
7,3 10
-9
0,100
6,5 10
-9
3,5 10
-9
2,4 10
-9
2,0 10
-9
1,6 10
-9
S
0,020
9,0 10
-9
0,010
7,5 10
-9
4,5 10
-9
3,1 10
-9
2,6 10
-9
2,1 10
-9
Co-58m
9,15 h
F
0,600
4,8 10
-11
0,100
3,6 10
-11
1,7 10
-11
1,1 10
-11
5,9 10
-12
5,2 10
-12
M
0,200
1,1 10
-10
0,100
7,6 10
-11
3,8 10
-11
2,4 10
-11
1,6 10
-11
1,3 10
-11
S
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
5,27 a
F
0,600
3,0 10
-8
0,100
2,3 10
-8
1,4 10
-8
8,9 10
-9
6,1 10
-9
5,2 10
-9
M
0,200
4,2 10
-8
0,100
3,4 10
-8
2,1 10
-8
1,5 10
-8
1,2 10
-8
1,0 10
-8
S
0,020
9,2 10
-8
0,010
8,6 10
-8
5,9 10
-8
4,0 10
-8
3,4 10
-8
3,1 10
-8
Co-60m
0,174 h
F
0,600
4,4 10
-12
0,100
2,8 10
-12
1,5 10
-12
1,0 10
-12
8,3 10
-12
6,9 10
-12
M
0,200
7,1 10
-12
0,100
4,7 10
-12
2,7 10
-12
1,8 10
-12
1,5 10
-12
1,2 10
-12
S
0,020
7,6 10
-12
0,010
5,1 10
-12
2,9 10
-12
2,0 10
-12
1,7 10
-12
1,4 10
-12
Co-61
1,65 h
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
-11
5,7 10
-11
4,7 10
-11
S
0,020
4,3 10
-10
0,010
2,8 10
-10
1,3 10
-10
8,8 10
-11
6,1 10
-11
5,1 10
-11
Co-62m
0,232 h
F
0,600
1,4 10
-10
0,100
9,5 10
-11
4,5 10
-11
2,8 10
-11
1,7 10
-11
1,4 10
-11
M
0,200
1,9 10
-10
0,100
1,3 10
-10
6,1 10
-11
3,8 10
-11
2,4 10
-11
2,0 10
-11
S
0,020
2,0 10
-10
0,010
1,3 10
-10
6,3 10
-11
4,0 10
-11
2,5 10
-11
2,1 10
-11
Nickel
Ni-56
6,10 d
F
0,100
3,3 10
-9
0,050
2,8 10
-9
1,5 10
-9
9,3 10
-10
5,8 10
-10
4,9 10
-10
M
0,100
4,9 10
-9
0,050
4,1 10
-9
2,3 10
-9
1,5 10
-9
1,1 10
-9
8,7 10
-10
S
0,020
5,5 10
-9
0,010
4,6 10
-9
2,7 10
-9
1,8 10
-9
1,3 10
-9
1,0 10
-9
Ni-57
1,50 d
F
0,100
2,2 10
-9
0,050
1,8 10
-9
8,9 10
-10
5,5 10
-10
3,1 10
-10
2,5 10
-10
M
0,100
3,6 10
-9
0,050
2,8 10
-9
1,5 10
-9
9,5 10
-10
6,2 10
-10
5,0 10
-10
S
0,020
3,9 10
-9
0,010
3,0 10
-9
1,5 10
-9
1,0 10
-9
6,6 10
-10
5,3 10
-10
Ni-59
7,50 10
4
a
F
0,100
9,6 10
-10
0,050
8,1 10
-10
4,5 10
-10
2,8 10
-10
1,9 10
-10
1,8 10
-10
M
0,100
7,9 10
-10
0,050
6,2 10
-10
3,4 10
-10
2,1 10
-10
1,4 10
-10
1,3 10
-10
S
0,020
1,7 10
-9
0,010
1,5 10
-9
9,5 10
-10
5,9 10
-10
4,6 10
-10
4,4 10
-10
Ni-63
96,0 a
F
0,100
2,3 10
-9
0,050
2,0 10
-9
1,1 10
-9
6,7 10
-10
4,6 10
-10
4,4 10
-10
M
0,100
2,4 10
-9
0,050
1,9 10
-9
1,1 10
-9
7,0 10
-10
5,3 10
-10
4,8 10
-10
S
0,020
4,8 10
-9
0,010
4,3 10
-9
2,7 10
-9
1,7 10
-9
1,3 10
-9
1,3 10
-9
Ni-65
2,52 h
F
0,100
4,4 10
-10
0,050
3,0 10
-10
1,4 10
-10
8,5 10
-11
4,9 10
-11
4,1 10
-11
M
0,100
7,7 10
-10
0,050
5,2 10
-10
2,4 10
-10
1,6 10
-10
1,0 10
-10
8,5 10
-11
S
0,020
8,1 10
-10
0,010
5,5 10
-10
2,6 10
-10
1,7 10
-10
1,1 10
-10
9,0 10
-11
Ni-66
2,27 d
F
0,100
5,7 10
-9
0,050
3,8 10
-9
1,6 10
-9
1,0 10
-9
5,1 10
-10
4,2 10
-10
M
0,100
1,3 10
-8
0,050
9,4 10
-9
4,5 10
-9
2,9 10
-9
2,0 10
-9
1,6 10
-9
S
0,020
1,5 10
-8
0,010
1,0 10
-8
5,0 10
-9
3,2 10
-9
2,2 10
-9
1,8 10
-9
Copper
Cu-60
0,387 h
F
1,000
2,1 10
-10
0,500
1,6 10
-10
7,5 10
-11
4,6 10
-11
2,8 10
-11
2,3 10
-11
M
1,000
3,0 10
-10
0,500
2,2 10
-10
1,0 10
-10
6,5 10
-11
4,0 10
-11
3,3 10
-11
S
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
3,41 h
F
1,000
3,1 10
-10
0,500
2,7 10
-10
1,3 10
-10
7,9 10
-11
4,5 10
-11
3,7 10
-11
M
1,000
4,9 10
-10
0,500
4,4 10
-10
2,1 10
-10
1,4 10
-10
9,1 10
-11
7,4 10
-11
S
1,000
5,1 10
-10
0,500
4,5 10
-10
2,2 10
-10
1,4 10
-10
9,6 10
-11
7,8 10
-11
Cu-64
12,7 h
F
1,000
2,8 10
-10
0,500
2,7 10
-10
1,2 10
-10
7,6 10
-11
4,2 10
-11
3,5 10
-11
M
1,000
5,5 10
-10
0,500
5,4 10
-10
2,7 10
-10
1,9 10
-10
1,4 10
-10
1,1 10
-10
S
1,000
5,8 10
-10
0,500
5,7 10
-10
2,9 10
-10
2,0 10
-10
1,3 10
-10
1,2 10
-10
Cu-67
2,58 d
F
1,000
9,5 10
-10
0,500
8,0 10
-10
3,5 10
-10
2,2 10
-10
1,2 10
-10
1,0 10
-10
M
1,000
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
S
1,000
2,5 10
-9
0,500
2,1 10
-9
1,2 10
-9
8,9 10
-10
7,7 10
-10
6,1 10
-10
Zinc
Zn-62
9,26 h
F
1,000
1,7 10
-9
0,500
1,7 10
-9
7,7 10
-10
4,6 10
-10
2,5 10
-10
2,0 10
-10
M
0,200
4,5 10
-9
0,100
3,5 10
-9
1,6 10
-9
1,0 10
-9
6,0 10
-10
5,0 10
-10
S
0,020
5,1 10
-9
0,010
3,4 10
-9
1,8 10
-9
1,1 10
-9
6,6 10
-10
5,5 10
-10
Zn-63
0,635 h
F
1,000
2,1 10
-10
0,500
1,4 10
-10
6,5 10
-11
4,0 10
-11
2,4 10
-11
2,0 10
-11
M
0,200
3,4 10
-10
0,100
2,3 10
-10
1,0 10
-10
6,6 10
-11
4,2 10
-11
3,5 10
-11
S
0,020
3,6 10
-10
0,010
2,4 10
-10
1,1 10
-10
6,9 10
-11
4,4 10
-11
3,7 10
-11
Zn-65
244 d
F
1,000
1,5 10
-8
0,500
1,0 10
-8
5,7 10
-9
3,8 10
-9
2,5 10
-9
2,210
-9
M
0,200
8,5 10
-9
0,100
6,5 10
-9
3,7 10
-9
2,4 10
-9
1,9 10
-9
1,6 10
-9
S
0,020
7,6 10
-9
0,010
6,7 10
-9
4,4 10
-9
2,9 10
-9
2,4 10
-9
2,0 10
-9
Zn-69
0,950 h
F
1,000
1,1 10
-10
0,500
7,4 10
-11
3,2 10
-11
2,1 10
-11
1,2 10
-11
1,1 10
-11
M
0,200
2,2 10
-10
0,100
1,4 10
-10
6,5 10
-11
4,4 10
-11
3,1 10
-11
2,6 10
-11
S
0,020
2,3 10
-10
0,010
1,5 10
-10
6,9 10
-11
4,7 10
-11
3,4 10
-11
2,8 10
-11
Zn-69m
13,8 h
F
1,000
6,6 10
-10
0,500
6,7 10
-10
3,0 10
-10
1,8 10
-10
9,9 10
-11
8,2 10
-11
M
0,200
2,1 10
-9
0,100
1,5 10
-9
7,5 10
-10
5,0 10
-10
3,0 10
-10
2,4 10
-10
S
0,020
2,2 10
-9
0,010
1,7 10
-9
8,2 10
-10
5,4 10
-10
3,3 10
-10
2,7 10
-10
Zn-71m
3,92 h
F
1,000
6,2 10
-10
0,500
5,5 10
-10
2,6 10
-10
1,6 10
-10
9,1 10
-11
7,4 10
-11
M
0,200
1,3 10
-9
0,100
9,4 10
-10
4,6 10
-10
2,9 10
-10
1,9 10
-10
1,5 10
-10
S
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
1,94 d
F
1,000
4,3 10
-9
0,500
3,5 10
-9
1,7 10
-9
1,0 10
-9
5,9 10
-10
4,9 10
-10
M
0,200
8,8 10
-9
0,100
6,5 10
-9
3,4 10
-9
2,3 10
-9
1,5 10
-9
1,2 10
-9
S
0,020
9,7 10
-9
0,010
7,0 10
-9
3,6 10
-9
2,4 10
-9
1,6 10
-9
1,3 10
-9
Gallium
Ga-65
0,253 h
F
0,010
1,1 10
-10
0,001
7,3 10
-11
3,4 10
-11
2,1 10
-11
1,3 10
-11
1,1 10
-11
M
0,010
1,6 10
-10
0,001
1,1 10
-10
4,8 10
-11
3,1 10
-11
2,0 10
-11
1,7 10
-11
Ga-66
9,40 h
F
0,010
2,8 10
-9
0,001
2,0 10
-9
9,2 10
-10
5,7 10
-10
3,0 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
5,3 10
-10
4,4 10
-10
Ga-67
3,26 d
F
0,010
6,4 10
-10
0,001
4,6 10
-10
2,2 10
-10
1,4 10
-10
7,7 10
-11
6,4 10
-11
M
0,010
1,4 10
-9
0,001
1,0 10
-9
5,0 10
-10
3,6 10
-10
3,0 10
-10
2,4 10
-10
Ga-68
1,13 h
F
0,010
2,9 10
-10
0,001
1,9 10
-10
8,8 10
-11
5,4 10
-11
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
5,9 10
-11
4,9 10
-11
Ga-70
0,353 h
F
0,010
9,5 10
-11
0,001
6,0 10
-11
2,6 10
-11
1,6 10
-11
1,0 10
-11
8,8 10
-12
M
0,010
1,5 10
-10
0,001
9,6 10
-11
4,3 10
-11
2,8 10
-11
1,8 10
-11
1,6 10
-11
Ga-72
14,1 h
F
0,010
2,9 10
-9
0,001
2,2 10
-9
1,0 10
-9
6,4 10
-10
6,5 10
-10
2,9 10
-10
M
0,010
4,5 10
-9
0,001
3,3 10
-9
1,6 10
-9
1,0 10
-9
6,5 10
-10
5,3 10
-10
Ga-73
4,91 h
F
0,010
6,7 10
-10
0,001
4,5 10
-10
2,0 10
-10
1,2 10
-10
6,4 10
-11
5,4 10
-11
M
0,010
1,2 10
-9
0,001
8,4 10
-10
4,0 10
-10
2,6 10
-10
1,7 10
-10
1,4 10
-10
Germanium
Ge-66
2,27 h
F
1,000
4,5 10
-10
1,000
3,5 10
-10
1,8 10
-10
1,1 10
-10
6,7 10
-11
5,4 10
-11
M
1,000
6,4 10
-10
1,000
4,8 10
-10
2,5 10
-10
1,6 10
-10
1,1 10
-10
9,1 10
-11
Ge-67
0,312 h
F
1,000
1,7 10
-10
1,000
1,1 10
-10
4,9 10
-11
3,1 10
-11
1,8 10
-11
1,5 10
-11
M
1,000
2,5 10
-10
1,000
1,6 10
-10
7,3 10
-11
4,6 10
-11
2,9 10
-11
2,5 10
-11
Ge-68
288 d
F
1,000
5,4 10
-9
1,000
3,8 10
-9
1,8 10
-9
1,1 10
-9
6,3 10
-10
5,2 10
-10
M
1,000
6,0 10
-8
1,000
5,0 10
-8
3,0 10
-8
2,0 10
-8
1,6 10
-8
1,4 10
-8
Ge-69
1,63 d
F
1,000
1,2 10
-9
1,000
9,0 10
-10
4,6 10
-10
2,8 10
-10
1,7 10
-10
1,3 10
-10
M
1,000
1,8 10
-9
1,000
1,4 10
-9
7,4 10
-10
4,9 10
-10
3,6 10
-10
2,9 10
-10
Ge-71
11,8 d
F
1,000
6,0 10
-11
1,000
4,3 10
-11
2,0 10
-11
1,1 10
-11
6,1 10
-12
4,8 10
-12
M
1,000
1,2 10
-10
1,000
8,6 10
-11
4,1 10
-11
2,4 10
-11
1,3 10
-11
1,1 10
-11
Ge-75
1,38 h
F
1,000
1,6 10
-10
1,000
1,0 10
-10
4,3 10
-11
2,8 10
-11
1,7 10
-11
1,5 10
-11
M
1,000
2,9 10
-10
1,000
1,9 10
-10
8,9 10
-11
6,1 10
-11
4,4 10
-11
3,6 10
-11
Ge-77
11,3 h
F
1,000
1,3 10
-10
1,000
9,5 10
-10
4,7 10
-10
2,9 10
-10
1,7 10
-10
3,6 10
-11
M
1,000
2,3 10
-10
1,000
1,7 10
-9
8,8 10
-10
6,0 10
-10
4,5 10
-10
3,7 10
-10
Ge-78
1,45 h
F
1,000
4,3 10
-10
1,000
2,9 10
-10
1,4 10
-10
8,9 10
-11
5,5 10
-11
4,5 10
-11
M
1,000
7,3 10
-10
1,000
5,0 10
-10
2,5 10
-10
1,6 10
-10
1,2 10
-10
9,5 10
-11
Arsenic
As-69
0,253 h
M
1,000
2,1 10
-10
0,500
1,4 10
-10
6,3 10
-11
4,0 10
-11
2,5 10
-11
2,1 10
-11
As-70
0,876 h
M
1,000
5,7 10
-10
0,500
4,3 10
-10
2,1 10
-10
1,3 10
-10
8,3 10
-11
6,7 10
-11
As-71
2,70 d
M
1,000
2,2 10
-9
0,500
1,9 10
-9
1,0 10
-9
6,8 10
-10
5,0 10
-10
4,0 10
-10
As-72
1,08 d
M
1,000
5,9 10
-9
0,500
5,7 10
-9
2,7 10
-9
1,7 10
-9
1,1 10
-9
9,0 10
-10
As-73
80,3 d
M
1,000
5,4 10
-9
0,500
4,0 10
-9
2,3 10
-9
1,5 10
-9
1,2 10
-9
1,0 10
-9
As-74
17,8 d
M
1,000
1,1 10
-8
0,500
8,4 10
-9
4,7 10
-9
3,3 10
-9
2,6 10
-9
2,1 10
-9
As-76
1,10 d
M
1,000
5,1 10
-9
0,500
4,6 10
-9
2,2 10
-9
1,4 10
-9
8,8 10
-10
7,4 10
-10
As-77
1,62 d
M
1,000
2,2 10
-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
1,51 h
M
1,000
8,0 10
-10
0,500
5,8 10
-10
2,7 10
-10
1,7 10
-10
1,1 10
-10
8,9 10
-11
Selenium
Se-70
0,683 h
F
1,000
3,9 10
-10
0,800
3,0 10
-10
1,5 10
-10
9,0 10
-11
5,1 10
-11
4,2 10
-11
M
0,200
6,5 10
-10
0,100
4,7 10
-10
2,3 10
-10
1,4 10
-10
8,9 10
-11
7,3 10
-11
S
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
Se-73
7,15 h
F
1,000
7,7 10
-10
0,800
6,5 10
-10
3,3 10
-10
2,1 10
-10
1,0 10
-10
8,0 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
-10
1,9 10
-10
S
0,020
1,8 10
-9
0,010
1,3 10
-9
6,3 10
-10
4,0 10
-10
2,6 10
-10
2,1 10
-10
Se-73m
0,650 h
F
1,000
9,3 10
-11
0,800
7,2 10
-11
3,5 10
-11
2,3 10
-11
1,1 10
-11
9,2 10
-12
M
0,200
1,8 10
-10
0,100
1,3 10
-10
6,1 10
-11
3,9 10
-11
2,5 10
-11
2,0 10
-11
S
0,020
1,9 10
-10
0,100
1,3 10
-10
6,5 10
-11
4,1 10
-11
2,6 10
-11
2,2 10
-11
Se-75
120 d
F
1,000
7,8 10
-9
0,800
6,0 10
-9
3,4 10
-9
2,5 10
-9
1,2 10
-9
1,010
-9
M
0,200
5,4 10
-9
0,100
4,5 10
-9
2,5 10
-9
1,7 10
-9
1,3 10
-9
1,1 10
-9
S
0,020
5,6 10
-9
0,010
4,7 10
-9
2,9 10
-9
2,0 10
-9
1,6 10
-9
1,3 10
-9
Se-79
6,50 10
4
a
F
1,000
1,6 10
-8
0,800
1,3 10
-8
7,7 10
-9
5,6 10
-9
1,5 10
-9
1,1 10
-9
M
0,200
1,4 10
-8
0,100
1,1 10
-8
6,9 10
-9
4,9 10
-9
3,3 10
-9
2,6 10
-9
S
0,020
2,3 10
-8
0,010
2,0 10
-8
1,3 10
-8
8,7 10
-9
7,6 10
-9
6,8 10
-9
Se-81
0,308 h
F
1,000
8,6 10
-11
0,800
5,4 10
-11
2,3 10
-11
1,5 10
-11
9,2 10
-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
1,6 10
-11
1,4 10
-11
S
0,020
1,4 10
-10
0,010
8,9 10
-11
3,9 10
-11
2,6 10
-11
1,7 10
-11
1,5 10
-11
Se-81m
0,954 h
F
1,000
1,8 10
-10
0,800
1,2 10
-10
5,4 10
-11
3,4 10
-11
1,9 10
-11
1,6 10
-11
M
0,200
3,8 10
-10
0,100
2,5 10
-10
1,2 10
-10
8,0 10
-11
5,8 10
-11
4,7 10
-11
S
0,020
4,1 10
-10
0,010
2,7 10
-10
1,3 10
-10
8,5 10
-11
6,2 10
-11
5,1 10
-11
Se-83
0,375 h
F
1,000
1,7 10
-10
0,800
1,2 10
-10
5,8 10
-11
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
3,9 10
-11
3,2 10
-11
S
0,020
2,8 10
-10
0,010
2,0 10
-10
9,6 10
-11
6,2 10
-11
4,1 10
-11
3,4 10
-11
Bromine
Br-74
0,422 h
F
1,000
2,5 10
-10
1,000
1,8 10
-10
8,6 10
-11
5,3 10
-11
3,2 10
-11
2,6 10
-11
M
1,000
3,6 10
-10
1,000
2,5 10
-10
1,2 10
-10
7,5 10
-11
4,6 10
-11
3,8 10
-11
Br-74m
0,691 h
F
1,000
4,0 10
-10
1,000
2,8 10
-10
1,3 10
-10
8,1 10
-11
4,8 10
-11
3,9 10
-11
M
1,000
5,9 10
-10
1,000
4,1 10
-10
1,9 10
-10
1,2 10
-10
7,5 10
-11
6,2 10
-11
Br-75
1,63 h
F
1,000
2,9 10
-10
1,000
2,1 10
-10
9,7 10
-11
5,9 10
-11
3,5 10
-11
2,9 10
-11
M
1,000
4,5 10
-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
16,2 h
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
M
1,000
2,0 10
-9
1,000
2,3 10
-9
1,2 10
-9
7,5 10
-10
5,0 10
-10
4,1 10
-10
Br-77
2,33 d
F
1,000
5,3 10
-10
1,000
4,4 10
-10
2,2 10
-10
1,3 10
-10
7,7 10
-11
6,2 10
-11
M
1,000
6,3 10
-10
1,000
5,1 10
-10
2,7 10
-10
1,6 10
-10
1,1 10
-10
8,4 10
-11
Br-80
0,290 h
F
1,000
7,1 10
-11
1,000
4,4 10
-11
1,8 10
-11
1,2 10
-11
6,9 10
-12
5,9 10
-12
M
1,000
1,1 10
-10
1,000
6,5 10
-11
2,8 10
-11
1,8 10
-11
1,1 10
-11
9,4 10
-12
Br-80m
4,42 h
F
1,000
4,3 10
-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
1,47 d
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
6,3 10
-10
M
1,000
3,8 10
-9
1,000
3,0 10
-9
1,7 10
-9
1,1 10
-9
7,9 10
-10
6,3 10
-10
Br-83
2,39 h
F
1,000
1,7 10
-10
1,000
1,1 10
-10
4,7 10
-11
3,0 10
-11
1,8 10
-4
1,6 10
-11
M
1,000
3,5 10
-10
1,000
2,3 10
-10
1,1 10
-10
7,7 10
-11
5,9 10
-11
4,8 10
-11
Br-84
0,530 h
F
1,000
2,4 10
-10
1,000
1,6 10
-10
7,1 10
-11
4,4 10
-11
2,6 10
-11
2,2 10
-11
M
1,000
3,7 10
-10
1,000
2,4 10
-10
1,1 10
-10
6,9 10
-11
4,4 10
-11
3,7 10
-11
Rubidium
Rb-79
0,382 h
F
1,000
1,6 10
-10
1,000
1,1 10
-10
5,0 10
-11
3,2 10
-11
1,0 10
-11
1,6 10
-11
Rb-81
4,58 h
F
1,000
3,2 10
-10
1,000
2,5 10
-10
1,2 10
-10
7,1 10
-11
4,2 10
-11
3,4 10
-11
Rb-81m
0,533 h
F
1,000
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-82m
6,20 h
F
1,000
8,6 10
-10
1,000
7,3 10
-10
3,9 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
Rb-83
86,2 d
F
1,000
4,9 10
-9
1,000
3,8 10
-9
2,0 10
-9
1,3 10
-9
7,9 10
-10
6,9 10
-10
Rb-84
32.8 d
F
1,000
8,6 10
-9
1,000
6,4 10
-9
3,1 10
-9
2,0 10
-9
1,2 10
-9
1,0 10
-9
Rb-86
18,7 d
F
1,000
1,2 10
-8
1,000
7,7 10
-9
3,4 10
-9
2,0 10
-9
1,1 10
-9
9,3 10
-10
Rb-87
4,70 10
10
a
F
1,000
6,0 10
-9
1,000
4,1 10
-9
1,8 10
-9
1,1 10
-9
6,0 10
-10
5,0 10
-10
Rb-88
0,297 h
F
1,000
1,9 10
-10
1,000
1,2 10
-10
5,2 10
-11
3,2 10
-11
1,9 10
-11
1,6 10
-11
Rb-89
0,253 h
F
1,000
1,4 10
-10
1,000
9,3 10
-11
4,3 10
-11
2,7 10
-11
1,6 10
-11
1,4 10
-11
Strontium
(a)
Sr-80
1,67 h
F
0,600
7,8 10
-10
0,300
5,4 10
-10
2,4 10
-10
1,4 10
-10
7,9 10
-11
7,1 10
-11
M
0,200
1,4 10
-9
0,100
9,0 10
-10
4,1 10
-10
2,5 10
-10
1,5 10
-10
1,3 10
-10
S
0,020
1,5 10
-9
0,010
9,4 10
-10
4,3 10
-10
2,7 10
-10
1,6 10
-10
1,4 10
-10
Sr-81
0.425 h
F
0,600
2,1 10
-10
0,300
1,5 10
-10
6,7 10
-11
4,1 10
-11
2,4 10
-11
2,1 10
-11
M
0,200
3,3 10
-10
0,100
2,2 10
-10
1,0 10
-10
6,6 10
-11
4,2 10
-11
3,5 10
-11
S
0,020
3,4 10
-10
0,010
2,3 10
-10
1,1 10
-10
6,9 10
-11
4,4 10
-11
3,7 10
-11
Sr-82
25,0 d
F
0,600
2,8 10
-8
0,300
1,5 10
-8
6,6 10
-9
4,6 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
1,4 10
-8
1,0 10
-8
8,9 10
-9
S
0,020
6,1 10
-8
0,010
4,6 10
-8
2,5 10
-8
1,7 10
-8
1,2 10
-8
1,1 10
-8
Sr-83
1,35 d
F
0,600
1,4 10
-9
0,300
1,1 10
-9
5,5 10
-10
3,4 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
3,9 10
-10
3,1 10
-10
S
0,020
2,8 10
-9
0,010
2,0 10
-9
1,0 10
-9
6,5 10
-10
4,2 10
-10
3,4 10
-10
Sr-85
64,8 d
F
0,600
4,4 10
-9
0,300
2,3 10
-9
1,1 10
-9
9,6 10
-10
8,3 10
-10
3,8 10
-10
M
0,200
4,3 10
-9
0,100
3,1 10
-9
1,8 10
-9
1,2 10
-9
8,8 10
-10
6,4 10
-10
S
0,020
4,4 10
-9
0,010
3,7 10
-9
2,2 10
-9
1,3 10
-9
1,0 10
-9
8,1 10
-10
Sr-85m
1,16 h
F
0,600
2,4 10
-11
0,300
1,9 10
-11
9,6 10
-12
6,0 10
-12
3,7 10
-12
2,9 10
-12
M
0,200
3,1 10
-11
0,100
2,5 10
-11
1,3 10
-11
8,0 10
-12
5,1 10
-12
4,1 10
-12
S
0,020
3,2 10
-11
0,010
2,6 10
-11
1,3 10
-11
8,3 10
-12
5,4 10
-12
4,3 10
-12
Sr-87m
2,80 h
F
0,600
9,7 10
-11
0,300
7,8 10
-11
3,8 10
-11
2,3 10
-11
1,3 10
-11
1,1 10
-11
M
0,200
1,6 10
-10
0,100
1,2 10
-10
5,9 10
-11
3,8 10
-11
2,5 10
-11
2,0 10
-11
S
0,020
1,7 10
-10
0,010
1,2 10
-10
6,2 10
-11
4,0 10
-11
2,6 10
-11
2,1 10
-11
Sr-89
50,5 d
F
0,600
1,5 10
-8
0,300
7,3 10
-9
3,2 10
-9
2,3 10
-9
1,7 10
-9
1,0 10
-9
M
0,200
3,3 10
-8
0,100
2,4 10
-8
1,3 10
-8
9,1 10
-9
7,3 10
-9
6,1 10
-9
S
0,020
3,9 10
-8
0,010
3,0 10
-8
1,7 10
-8
1,2 10
-8
9,3 10
-9
7,9 10
-9
Sr-90
29,1 a
F
0,600
1,3 10
-7
0,300
5,2 10
-8
3,1 10
-8
4,1 10
-8
5,3 10
-8
2,4 10
-8
M
0,200
1,5 10
-7
0,100
1,1 10
-7
6,5 10
-8
5,1 10
-8
5,0 10
-8
3,6 10
-8
S
0,020
4,2 10
-7
0,010
4,0 10
-7
2,7 10
-7
1,8 10
-7
1,6 10
-7
1,6 10
-7
Sr-91
9,50 h
F
0,600
1,4 10
-9
0,300
1,1 10
-9
5,2 10
-10
3,1 10
-10
1,7 10
-10
1,6 10
-10
M
0,200
3,1 10
-9
0,100
2,2 10
-9
1,1 10
-9
6,9 10
-10
4,4 10
-10
3,7 10
-10
S
0,020
3,5 10
-9
0,010
2,5 10
-9
1,2 10
-9
7,7 10
-10
4,9 10
-10
4,1 10
-10
Sr-92
2,71 h
F
0,600
9,0 10
-10
0,300
7,1 10
-10
3,3 10
-10
2,0 10
-10
1,0 10
-10
9,8 10
-11
M
0,200
1,9 10
-9
0,100
1,4 10
-9
6,5 10
-10
4,1 10
-10
2,5 10
-10
2,1 10
-10
S
0,020
2,2 10
-9
0,010
1,5 10
-9
7,0 10
-10
4,5 10
-10
2,7 10
-10
2,3 10
-10
Yttrium
Y-86
14,7 h
M
0,001
3,7 10
-9
1,0 10
-4
2,9 10
-9
1,5 10
-9
9,3 10
-10
5,5 10
-10
4,5 10
-10
S
0,001
3,8 10
-9
1,0 10
-4
3,0 10
-9
1,5 10
-9
9,6 10
-10
5,8 10
-10
4,7 10
-10
Y-86m
0,800 h
M
0,001
2,2 10
-10
1,0 10
-4
1,7 10
-10
8,7 10
-11
5,6 10
-11
3,4 10
-11
2,7 10
-11
S
0,001
2,3 10
-10
1,0 10
-4
1,8 10
-10
9,0 10
-11
5,7 10
-11
3,5 10
-11
2,8 10
-11
Y-87
3,35 d
M
0,001
2,7 10
-9
1,0 10
-4
2,1 10
-9
1,1 10
-9
7,0 10
-10
4,7 10
-10
3,7 10
-10
S
0,001
2,8 10
-9
1,0 10
-4
2,2 10
-9
1,1 10
-9
7,3 10
-10
5,0 10
-10
3,9 1
-10
Y-88
107 d
M
0,001
1,9 10
-8
1,0 10
-4
1,6 10
-8
1,0 10
-8
6,7 10
-9
4,9 10
-9
4,1 10
-9
S
0,001
2,0 10
-8
1,0 10
-4
1,7 10
-8
9,8 10
-9
6,6 10
-9
5,4 10
-9
4,4 10
-9
Y-90
2,67 d
M
0,001
1,3 10
-8
1,0 10
-4
8,4 10
-9
4,0 10
-9
2,6 10
-9
1,7 10
-9
1,4 10
-9
S
0,001
1,3 10
-8
1,0 10
-4
8,8 10
-9
4,2 10
-9
2,7 10
-9
1,8 10
-9
1,5 10
-9
Y-90m
3,19 h
M
0,001
7,2 10
-10
1,0 10
-4
5,7 10
-10
2,8 10
-10
1,8 10
-10
1,1 10
-10
9,5 10
-11
S
0,001
7,5 10
-10
1,0 10
-4
6,0 10
-10
2,9 10
-10
1,9 10
-10
1,2 10
-10
1,0 10
-10
Y-91
58.5 d
M
0,001
3,9 10
-8
1,0 10
-4
3,0 10
-8
1,6 10
-8
1,1 10
-8
8,4 10
-9
7,1 10
-9
S
0,001
4,3 10
-8
1,0 10
-4
3,4 10
-8
1,9 10
-8
1,3 10
-8
1,0 10
-8
8,9 10
-9
Y-91m
0.828 h
M
0,001
7,0 10
-11
1,0 10
-4
5,5 10
-11
2,9 10
-11
1,8 10
-11
1,2 10
-11
1,0 10
-11
S
0,001
7,4 10
-11
1,0 10
-4
5,9 10
-11
3,1 10
-11
2,0 10
-11
1,4 10
-11
1,1 10
-11
Y-92
3,54 h
M
0,001
1,8 10
-9
1,0 10
-4
1,2 10
-9
5,3 10
-10
3,3 10
-10
2,0 10
-10
1,7 10
-10
S
0,001
1,9 10
-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
10,1 h
M
0,001
4,4 10
-9
1,0 10
-4
2,9 10
-9
1,3 10
-9
8,1 10
-10
4,7 10
-10
4,0 10
-10
S
0,001
4,6 10
-9
1,0 10
-4
3,0 10
-9
1,4 10
-9
8,5 10
-10
5,0 10
-10
4,2 10
-10
Y-94
0,318 h
M
0,001
2,8 10
-10
1,0 10
-4
1,8 10
-10
8,1 10
-11
5,0 10
-11
3,1 10
-11
2,7 10
-11
S
0,001
2,9 10
-10
1,0 10
-4
1,9 10
-10
8,4 10
-11
5,2 10
-11
3,3 10
-11
2,8 10
-11
Y-95
0,178 h
M
0,001
1,5 10
-10
1,0 10
-4
9,8 10
-11
4,4 10
-11
2,8 10
-11
1,8 10
-11
1,5 10
-11
S
0,001
1,6 10
-10
1,0 10
-4
1,0 10
-10
4,5 10
-11
2,9 10
-11
1,8 10
-11
1,6 10
-11
Zirconium
Zr-86
16,5 h
F
0,020
2,4 10
-9
0,002
1,9 10
-9
9,5 10
-10
5,9 10
-10
3,4 10
-10
2,7 10
-10
M
0,020
3,4 10
-9
0,002
2,6 10
-9
1,3 10
-9
8,4 10
-10
5,2 10
-10
4,2 10
-10
S
0,020
3,5 10
-9
0,002
2,7 10
-9
1,4 10
-9
8,7 10
-10
5,4 10
-10
4,3 10
-10
Zr-88
83,4 d
F
0,020
6,9 10
-9
0,002
8,3 10
-9
5,6 10
-9
4,7 10
-9
3,6 10
-9
3,5 10
-9
M
0,020
8,5 10
-9
0,002
7,8 10
-9
5,1 10
-9
3,6 10
-9
3,0 10
-9
2,6 10
-9
S
0,020
1,3 10
-8
0,002
1,2 10
-8
7,7 10
-9
5,2 10
-9
4,3 10
-9
3,6 10
-9
Zr-89
3,27 d
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
-10
5,2 10
-10
S
0,020
3,9 10
-9
0,002
2,9 10
-9
1,5 10
-9
1,0 10
-9
6,8 10
-10
5,5 10
-10
Zr-93
1,53 10
9
a
F
0,020
3,5 10
-9
0,002
4,8 10
-9
5,3 10
-9
9,7 10
-9
1,8 10
-8
2,5 10
-8
M
0,020
3,3 10
-9
0,002
3,1 10
-9
2,8 10
-9
4,1 10
-9
7,5 10
-9
1,0 10
-8
S
0,020
7,0 10
-9
0,002
6,4 10
-9
4,5 10
-9
3,3 10
-9
3,3 10
-9
3,3 10
-9
Zr-95
64.0 d
F
0,020
1,2 10
-8
0,002
1,1 10
-8
6,4 10
-9
4,2 10
-9
2,8 10
-9
2,5 10
-9
M
0,020
2,0 10
-8
0,002
1,6 10
-8
9,7 10
-9
6,8 10
-9
5,9 10
-9
4,8 10
-9
S
0,020
2,4 10
-8
0,002
1,9 10
-8
1,2 10
-8
8,3 10
-9
7,3 10
-9
5,9 10
-9
Zr-97
16,9 h
F
0,020
5,0 10
-9
0,002
3,4 10
-9
1,5 10
-9
9,1 10
-10
4,8 10
-10
3,9 10
-10
M
0,020
7,8 10
-9
0,002
5,3 10
-9
2,8 10
-9
1,8 10
-9
1,1 10
-9
9,2 10
-10
S
0,020
8,2 10
-9
0,002
5,6 10
-9
2,9 10
-9
1,9 10
-9
1,2 10
-9
8,9 10
-10
Niobium
Nb-88
0,238 h
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
M
0,020
2,5 10
-10
0,010
1,8 10
-10
8,5 10
-11
5,3 10
-11
3,3 10
-11
2,7 10
-11
S
0,020
2,6 10
-10
0,010
1,8 10
-10
8,7 10
-11
5,5 10
-11
3,5 10
-11
2,8 10
-11
Nb-89
2,03 h
F
0,020
7,0 10
-10
0,010
4,8 10
-10
2,2 10
-10
1,3 10
-10
7,4 10
-11
3,8 10
-11
M
0,020
1,1 10
-9
0,010
7,6 10
-10
3,6 10
-10
2,2 10
-10
1,4 10
-10
1,1 10
-10
S
0,020
1,2 10
-9
0,010
7,9 10
-10
3,7 10
-10
2,3 10
-10
1,5 10
-10
1,2 10
-10
Nb-89
1,10 h
F
0,020
4,0 10
-10
0,010
2,9 10
-10
1,4 10
-10
8,3 10
-11
4,8 10
-11
3,9 10
-11
M
0,020
6,2 10
-10
0,010
4,3 10
-10
2,1 10
-10
1,3 10
-10
8,2 10
-11
6,8 10
-11
S
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
14,6 h
F
0,020
3,5 10
-9
0,010
2,7 10
-9
1,3 10
-9
8,2 10
-10
4,7 10
-10
3,8 10
-10
M
0,020
5,1 10
-9
0,010
3,9 10
-9
1,9 10
-9
1,3 10
-9
7,8 10
-10
6,3 10
-10
S
0,020
5,3 10
-9
0,010
4,0 10
-9
2,0 10
-9
1,3 10
-9
8,1 10
-10
6,6 10
-10
Nb-93m
13,6 a
F
0,020
1,8 10
-9
0,010
1,4 10
-9
7,0 10
-10
4,4 10
-10
2,7 10
-10
2,2 10
-10
M
0,020
3,1 10
-9
0,010
2,4 10
-9
1,3 10
-9
8,2 10
-10
5,9 10
-10
5,1 10
-10
S
0,020
7,4 10
-9
0,010
6,5 10
-9
4,0 10
-9
2,5 10
-9
1,9 10
-9
1,8 10
-9
Nb-94
2,03 10
4
a
F
0,020
3,1 10
-8
0,010
2,7 10
-8
1,5 10
-8
1,0 10
-8
6,7 10
-9
5,8 10
-9
M
0,020
4,3 10
-8
0,010
3,7 10
-8
2,3 10
-8
1,6 10
-8
1,3 10
-8
1,1 10
-8
S
0,020
1,2 10
-7
0,010
1,2 10
-7
8,3 10
-8
5,9 10
-8
5,2 10
-8
4,9 10
-8
Nb-95
35,1 d
F
0,020
4,1 10
-9
0,010
3,1 10
-9
1,6 10
-9
1,2 10
-9
7,5 10
-10
5,7 10
-10
M
0,020
6,8 10
-9
0,010
5,2 10
-9
3,1 10
-9
2,2 10
-9
1,9 10
-9
1,5 10
-9
S
0,020
7,7 10
-9
0,010
5,9 10
-9
3,6 10
-9
2,5 10
-9
2,2 10
-9
1,8 10
-9
Nb-95m
3,61 d
F
0,020
2,3 10
-9
0,010
1,6 10
-9
7,0 10
-10
4,2 10
-10
2,4 10
-10
2,0 10
-10
M
0,020
4,3 10
-9
0,010
3,1 10
-9
1,7 10
-9
1,2 10
-9
1,0 10
-9
7,9 10
-10
S
0,020
4,6 10
-9
0,010
3,4 10
-9
1,9 10
-9
1,3 10
-9
1,1 10
-9
7,9 10
-10
Nb-96
23,3 h
F
0,020
3,1 10
-9
0,010
2,4 10
-9
1,2 10
-9
7,3 10
-10
4,2 10
-10
3,4 10
-10
M
0,020
4,7 10
-9
0,010
3,6 10
-9
1,8 10
-9
1,2 10
-9
7,8 10
-10
6,9 10
-10
S
0,020
4,9 10
-9
0,010
3,7 10
-9
1,9 10
-9
1,2 10
-9
8,3 10
-10
6,6 10
-10
Nb-97
1,20 h
F
0,020
2,2 10
-10
0,010
1,5 10
-10
6,8 10
-11
4,2 10
-11
2,5 10
-11
2,1 10
-11
M
0,020
3,7 10
-10
0,010
2,5 10
-10
1,2 10
-10
7,7 10
-11
5,2 10
-11
4,3 10
-11
S
0,020
3,8 10
-10
0,010
2,6 10
-10
1,2 10
-10
8,1 10
-11
5,5 10
-11
4,5 10
-11
Nb-98
0,858 h
F
0,020
3,4 10
-10
0,010
2,4 10
-10
1,1 10
-10
6,9 10
-11
4,1 10
-11
3,3 10
-11
M
0,020
5,2 10
-10
0,010
3,6 10
-10
1,7 10
-10
1,1 10
-10
6,8 10
-11
5,6 10
-11
S
0,020
5,3 10
-10
0,010
3,7 10
-10
1,8 10
-10
1,1 10
-10
7,1 10
-11
5,8 10
-11
Molybdenum
Mo-90
5,67 h
F
1,000
1,2 10
-9
0,800
1,1 10
-9
5,3 10
-10
3,2 10
-10
1,9 10
-10
1,5 10
-10
M
0,200
2,6 10
-9
0,100
2,0 10
-9
9,9 10
-10
6,5 10
-10
4,2 10
-10
3,4 10
-10
S
0,020
2,8 10
-9
0,010
2,1 10
-9
1,1 10
-9
6,9 10
-10
4,5 10
-10
3,6 10
-10
Mo-93
3,50 10
3
a
F
1,000
3,1 10
-9
0,800
2,6 10
-9
1,7 10
-9
1,3 10
-9
1,1 10
-9
1,0 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
S
0,020
6,0 10
-9
0,010
5,8 10
-9
4,0 10
-9
2,8 10
-9
2,4 10
-9
2,3 10
-9
Mo-93m
6,85 h
F
1,000
7,3 10
-10
0,800
6,4 10
-10
3,3 10
-10
2,0 10
-10
1,2 10
-10
9,6 10
-11
M
0,200
1,2 10
-9
0,100
9,7 10
-10
5,0 10
-10
3,2 10
-10
2,0 10
-10
1,6 10
-10
S
0,020
1,3 10
-9
0,010
1,0 10
-9
5,2 10
-10
3,4 10
-10
2,1 10
-10
1,7 10
-10
Mo-99
2,75 d
F
1,000
2.3 10
-9
0,800
1,7 10
-9
7,7 10
-10
4,7 10
-10
2,6 10
-10
2,2 10
-10
M
0,200
6,0 10
-9
0,100
4,4 10
-9
2,2 10
-9
1,5 10
-9
1,1 10
-9
8,9 10
-10
S
0,020
6,9 10
-9
0,010
4,8 10
-9
2,4 10
-9
1,7 10
-9
1,2 10
-9
9,9 10
-10
Mo-101
0,244 h
F
1,000
1,4 10
-10
0,800
9,7 10
-11
4,4 10
-11
2,8 10
-11
1,7 10
-11
1,4 10
-11
M
0,200
2,2 10
-10
0,100
1,5 10
-10
7,0 10
-11
4,5 10
-11
3,0 10
-11
2.5 10
-11
S
0,020
2.3 10
-10
0,010
1,6 10
-10
7,2 10
-11
4,7 10
-11
3,1 10
-11
2,6 10
-11
Technetium
Tc-93
2,75 h
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
7,5 10
-11
4,4 10
-11
3,5 10
-11
S
0,020
2,8 10
-10
0,010
2,3 10
-10
1,2 10
-10
7,6 10
-11
4,5 10
-11
3,5 10
-11
Te-93m
0,725 h
F
1,000
1,2 10
-10
0,800
9,8 10
-11
4,9 10
-11
2,9 10
-11
1,8 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
-11
1,7 10
-11
S
0,020
1,4 10
-10
0,010
1,1 10
-10
5,4 10
-11
3,4 10
-11
2,2 10
-11
1,7 10
-11
Te-94
4,88 h
F
1,000
8.9 10
-10
0.800
7,5 10
-10
3,9 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
M
0,200
9,8 10
-10
0,100
8,1 10
-10
4,2 10
-10
2,6 10
-10
1,6 10
-10
1,2 10
-10
S
0,020
9,9 10
-10
0,010
8,2 10
-10
4,3 10
-10
2.7 10
-10
1,6 10
-10
1,3 10
-10
Tc-94m
0,867 h
F
1,000
4,8 10
-10
0,800
3,4 10
-10
1,6 10
-10
8,6 10
-11
5,2 10
-11
4,1 10
-11
M
0,200
9,8 10
-10
0,100
8,1 10
-10
4,2 10
-10
2,6 10
-10
1,6 10
-10
1,2 10
-10
S
0,020
4,3 10
-10
0,010
3,0 10
-10
1,4 10
-10
8,8 10
-11
5,6 10
-11
4,6 10
-11
Te-95
20,0 h
F
1,000
7,5 10
-10
0,800
6,3 10
-10
3,3 10
-10
2,0 10
-10
1,2 10
-10
9,6 10
-11
M
0,200
8,3 10
-10
0,100
6,9 10
-10
3,6 10
-10
2,2 10
-10
1,3 10
-10
1,0 10
-10
S
0,020
8,5 10
-10
0,010
7,0 10
-10
3,6 10
-10
2,3 10
-10
1,4 10
-10
1,1 10
-10
Tc-95m
61,0 d
F
1,000
2,4 10
-9
0,800
1,8 10
-9
9,3 10
-10
5,7 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
1,5 10
-9
1,1 10
-9
8,8 10
-10
S
0,020
6,0 10
-9
0,010
5,0 10
-9
2,7 10
-9
1,8 10
-9
1,5 10
-9
1,2 10
-9
Tc-96
4,28 d
F
1,000
4,2 10
-9
0,800
3,4 10
-9
1,8 10
-9
1,1 10
-9
7,0 10
-10
5,7 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
-10
6,8 10
-10
S
0,020
4,8 10
-9
0,010
3,9 10
-9
2,1 10
-9
1,4 10
-9
8,9 10
-10
7,0 10
-10
Tc-96m
0,858 h
F
1,000
5,3 10
-11
0,800
4,1 10
-11
2,1 10
-11
1,3 10
-11
7,7 10
-12
6,2 10
-12
M
0,200
5,6 10
-11
0,100
4,4 10
-11
2,3 10
-11
1,4 10
-11
9,3 10
-12
7,4 10
-12
S
0,020
5,7 10
-11
0,010
4,4 10
-11
2,3 10
-11
1,5 10
-11
9,5 10
-12
7,5 10
-12
Tc-97
2,60 10
[illegible]
a
F
1,000
5,2 10
-10
0,800
3,7 10
-10
1,7 10
-10
9,4 10
-11
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
2,8 10
-10
2,2 10
-10
S
0,020
5,0 10
-9
0,010
4,8 10
-9
3,3 10
-9
2,2 10
-9
1,9 10
-9
1,8 10
-9
Tc-97m
87,0 d
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 10
-9
4,1 10
-9
3,2 10
-9
S
0,020
1,6 10
-8
0,010
1,3 10
-8
7,8 10
-9
5,7 10
-9
5,2 10
-9
4,1 10
-9
Tc-98
4,20 10
[illegible]
a
F
1,000
1,0 10
-8
0,800
6,8 10
-9
3,2 10
-9
1,9 10
-9
1,2 10
-9
9,7 10
-10
M
0,200
3,5 10
-8
0,100
2,9 10
-8
1,7 10
-8
1,2 10
-8
1,0 10
-8
8,3 10
-9
S
0,020
1,1 10
[illegible]
0,010
1,1 10
[illegible]
7,6 10
-8
5,4 10
-8
4,8 10
-8
4,5 10
-8
Tc-99
2,13 10
5
a
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
5,7 10
-9
5,0 10
-9
4,0 10
-9
S
0,020
4,1 10
-8
0,010
3,7 10
-8
2,4 10
-8
1,7 10
-8
1,5 10
-8
1,3 10
-8
Te-99m
6,02 h
F
1,000
1,2 10
-10
0,800
8,7 10
-11
4,1 10
-11
2,4 10
-11
1,5 10
-11
1,2 10
-11
M
0,200
1,3 10
-10
0,100
9,9 10
-11
5,1 10
-11
3,4 10
-11
2,4 10
-11
1,9 10
-11
S
0,020
1,3 10
-10
0,010
1,0 10
-10
5,2 10
-11
3,5 10
-11
2,5 10
-11
2,0 10
-11
Te-101
0,237 h
F
1,000
8,5 10
-11
0,800
5,6 10
-11
2,5 10
-11
1,6 10
-11
9,7 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
1,4 10
-11
1,2 10
-11
S
0,020
1,1 10
-10
0,010
7,3 10
-11
3,3 10
-11
2,2 10
-11
1,4 10
-11
1,2 10
-11
Te-104
0,303 h
F
1,000
2,7 10
-10
0,800
1,8 10
-10
8,0 10
-11
4,6 10
-11
2,8 10
-11
2,3 10
-11
M
0,200
2,9 10
-10
0,100
1,9 10
-10
8,6 10
-11
5,4 10
-11
3,3 10
-11
2,8 10
-11
S
0,020
2,9 10
-10
0,010
1,9 10
-10
8,7 10
-11
5,4 10
-11
3,4 10
-11
2,9 10
-11
Ruthenium
Ru-94
0,863 h
F
0,100
2,5 10
-10
0,050
1,9 10
-10
9,0 10
-11
5,4 10
-11
3,1 10
-11
2,5 10
-11
M
0,100
3,8 10
-10
0,050
2,8 10
-10
1,3 10
-10
8,4 10
-11
5,2 10
-11
4,2 10
-11
S
0,020
4,0 10
-10
0,010
2,9 10
-10
1,4 10
-10
8,7 10
-11
5,4 10
-11
4,4 10
-11
Ru-97
2,90 d
F
0,100
5,5 10
-10
0,050
4,4 10
-10
2,2 10
-10
1,3 10
-10
7,7 10
-11
6,2 10
-11
M
0,100
7,7 10
-10
0,050
6,1 10
-10
3,1 10
-10
2,0 10
-10
1,3 10
-10
1,0 10
-10
S
0,020
8,1 10
-10
0,010
6,3 10
-10
3,3 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Ru-103
39,3 d
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
M
0,100
1,1 10
-8
0,050
8,4 10
-9
5,0 10
-9
3,5 10
-9
3,0 10
-9
2,4 10
-9
S
0,020
1,3 10
-8
0,010
1,0 10
-8
6,0 10
-9
4,2 10
-9
3,7 10
-9
3,0 10
-9
Ru-105
4,44 h
F
0,100
7,1 10
-10
0,050
5,1 10
-10
2,3 10
-10
1,4 10
-10
7,9 10
-10
6,5 10
-11
M
0,100
1,3 10
-9
0,050
9,2 10
-10
4,5 10
-10
3,0 10
-10
2,0 10
-10
1,7 10
-10
S
0,020
1,4 10
-9
0,010
9,8 10
-10
4,8 10
-10
3,2 10
-10
2,2 10
-10
1,8 10
-10
Ru-106
1,01 a
F
0,100
7,2 10
-8
0,050
5,4 10
-8
2,6 10
-8
1,6 10
-8
9,2 10
-9
7,9 10
-9
M
0,100
1,4 10
-7
0,050
1,1 10
-7
6,4 10
-8
4,1 10
-8
3,1 10
-8
2,8 10
-8
S
0,020
2,6 10
-7
0,010
2,3 10
-7
1,4 10
-7
9,1 10
-8
7,1 10
-8
6,6 10
-8
Rhodium
Rh-99
16,0 d
F
0,100
2,6 10
-9
0,050
2,0 10
-9
9,9 10
-10
6,2 10
-10
3,8 10
-10
3,2 10
-10
M
0,100
4,5 10
-9
0,050
3,5 10
-9
2,0 10
-9
1,3 10
-9
9,6 10
-10
7,7 10
-10
S
0,100
4,9 10
-9
0,050
3,8 10
-9
2,2 10
-9
1,3 10
-9
1,1 10
-9
8,7 10
-10
Rh-99m
4,70 h
F
0,100
2,4 10
-10
0,050
2,0 10
-10
1,0 10
-10
6,1 10
-11
3,5 10
-11
2,8 10
-11
M
0,100
3,1 10
-10
0,050
2,5 10
-10
1,3 10
-10
8,0 10
-11
4,9 10
-11
3,9 10
-11
S
0,100
3,2 10
-10
0,050
2,6 10
-10
1,3 10
-10
8,2 10
-11
5,1 10
-11
4,0 10
-11
Rh-100
20,8 h
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
M
0,100
2,7 10
-9
0,050
2,2 10
-9
1,1 10
-9
7,1 10
-10
4,3 10
-10
3,4 10
-10
S
0,100
2,8 10
-9
0,050
2,2 10
-9
1,2 10
-9
7,3 10
-10
4,4 10
-10
3,5 10
-10
Rh-101
3,20 a
F
0,100
7,4 10
-9
0,050
6,1 10
-9
3,5 10
-9
2,3 10
-9
1,5 10
-9
1,4 10
-9
M
0,100
9,8 10
-9
0,050
8,0 10
-9
4,9 10
-9
3,4 10
-9
2,8 10
-9
2,3 10
-9
S
0,100
1,9 10
-8
0,050
1,7 10
-8
1,1 10
-8
7,4 10
-9
6,2 10
-9
5,4 10
-9
Rh-101m
4,34 d
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
9,7 10
-11
M
0,100
1,3 10
-9
0,050
9,8 10
-10
5,2 10
-10
3,5 10
-10
2,5 10
-10
1,9 10
-10
S
0,100
1,3 10
-9
0,050
1,0 10
-9
5,5 10
-10
3,7 10
-10
2,7 10
-10
2,1 10
-10
Rh-102
2,90 a
F
0,100
3,3 10
-8
0,050
2,8 10
-8
1,7 10
-8
1,1 10
-8
7,9 10
-9
7,3 10
-9
M
0,100
3,0 10
-8
0,050
2,5 10
-8
1,5 10
-8
1,0 10
-8
7,9 10
-9
6,9 10
-9
S
0,100
5,4 10
-8
0,050
5,0 10
-8
3,5 10
-8
2,4 10
-8
2,0 10
-8
1,7 10
-8
Rh-102m
207 d
F
0,100
1,2 10
-8
0,050
8,7 10
-9
4,4 10
-9
2,7 10
-9
1,7 10
-9
1,5 10
-9
M
0,100
2,0 10
-8
0,050
1,6 10
-8
9,0 10
-9
6,0 10
-9
4,7 10
-9
4,0 10
-9
S
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-103m
0,935 h
F
0,100
8,6 10
-12
0,050
5,9 10
-12
2,7 10
-12
1,6 10
-12
1,0 10
-12
8,6 10
-16
M
0,100
1,9 10
-11
0,050
1,2 10
-11
6,3 10
-12
4,0 10
-12
3,0 10
-12
2,5 10
-12
S
0,100
2,0 10
-11
0,050
1,3 10
-11
6,7 10
-12
4,3 10
-12
3,2 10
-12
2,7 10
-12
Rh-105
1,47 d
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
M
0,100
2,2 10
-9
0,050
1,6 10
-9
7,4 10
-10
5,2 10
-10
4,1 10
-10
3,2 10
-10
S
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
2,20 h
F
0,100
5,7 10
-10
0,050
4,5 10
-10
2,2 10
-10
1,4 10
-10
8,0 10
-11
6,5 10
-11
M
0,100
8,2 10
-10
0,050
6,3 10
-10
3,2 10
-10
2,0 10
-10
1,3 10
-10
1,1 10
-10
S
0,100
8,5 10
-10
0,050
6,5 10
-10
3,3 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Rh-107
0,362 h
F
0,100
8,9 10
-11
0,050
5,9 10
-11
2,6 10
-11
1,7 10
-11
1,0 10
-11
9,0 10
-12
M
0,100
1,4 10
-10
0,050
9,3 10
-11
4,2 10
-11
2,8 10
-11
1,9 10
-11
1,6 10
-11
S
0,100
1,5 10
-10
0,050
9,7 10
-11
4,4 10
-11
2,9 10
-11
1,9 10
-11
1,7 10
-11
Palladium
Pd-100
3,63 d
F
0,050
3,9 10
-9
0,005
3,0 10
-9
1,5 10
-9
9,7 10
-10
5,8 10
-10
4,7 10
-10
M
0,050
5,2 10
-9
0,005
4,0 10
-9
2,2 10
-9
1,4 10
-9
9,9 10
-10
8,0 10
-10
S
0,050
5,3 10
-9
0,005
4,1 10
-9
2,2 10
-9
1,5 10
-9
1,0 10
-9
8,5 10
-10
Pd-101
8,27 h
F
0,050
3,6 10
-10
0,005
2,9 10
-10
1,4 10
-10
8,6 10
-11
4,9 10
-10
3,9 10
-11
M
0,050
4,8 10
-10
0,005
3,8 10
-10
1,9 10
-10
1,2 10
-10
7,5 10
-11
5,9 10
-11
S
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
17,0 d
F
0,050
9,7 10
-10
0,005
6,5 10
-10
3,0 10
-10
1,9 10
-10
1,1 10
-11
8,9 10
-11
M
0,050
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
S
0,050
2,5 10
-9
0,005
1,8 10
-9
1,0 10
-10
6,8 10
-9
5,3 10
-10
4,5 10
-10
Pd-107
6,50 10
[illegible]
a
F
0,050
2,6 10
-10
0,005
1,8 10
-10
8,2 10
-11
5,2 10
-11
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
1,5 10
-10
1,0 10
-10
8,5 10
-11
S
0,050
2,2 10
-9
0,005
2,0 10
-9
1,3 10
-9
7,8 10
-10
6,2 10
-10
5,9 10
-10
Pd-109
13,4 h
F
0,050
1,5 10
-9
0,005
9,9 10
-10
4,2 10
-10
2,6 10
-10
1,4 10
-10
1,2 10
-10
M
0,050
2,6 10
-9
0,005
1,8 10
-9
8,8 10
-10
5,9 10
-10
4,3 10
-10
3,4 10
-10
S
0,050
2,7 10
-9
0,005
1,9 10
-9
9,3 10
-10
6,3 10
-10
4,6 10
-10
3,7 10
-10
Silver
Ag-102
0,215 h
F
0,100
1,2 10
-10
0,050
8,6 10
-11
4,2 10
-11
2,6 10
-11
1,5 10
-11
1,3 10
-11
M
0,100
1,6 10
-10
0,050
1,1 10
-10
5,5 10
-11
3,4 10
-11
2,1 10
-11
1,7 10
-11
S
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
1,09 h
F
0,100
1,4 10
-10
0,050
1,0 10
-10
4,9 10
-11
3,0 10
-11
1,8 10
-11
1,4 10
-11
M
0,100
2,2 10
-10
0,050
1,6 10
10
7,6 10
-11
4,8 10
-10
3,2 10
-11
2,6 10
-11
S
0,020
2,3 10
-10
0,010
1,6 10
-10
7,9 10
-11
5,1 10
-11
3,3 10
-11
2,7 10
-11
Ag-104
1,15 h
F
0,100
2,3 10
-10
0,050
1,9 10
-10
9,8 10
-11
5,9 10
-11
3,5 10
-11
2,8 10
-11
M
0,100
2,9 10
-10
0,050
2,3 10
-10
1,2 10
-10
7,4 10
-11
4,5 10
-11
3,6 10
-11
S
0,020
2,9 10
-10
0,010
2,4 10
-10
1,2 10
-10
7,6 10
-11
4,6 10
-11
3,7 10
-11
Ag-104m
0,558 h
F
0,100
1,6 10
-10
0,050
1,1 10
-10
5,5 10
-11
3,4 10
-11
2,0 10
-11
1,6 10
-11
M
0,100
2,3 10
-10
0,050
1,6 10
-10
7,7 10
-11
4,8 10
-11
3,0 10
-11
2,5 10
-11
S
0,020
2,4 10
-10
0,010
1,7 10
-10
8,0 10
-11
5,0 10
-11
3,1 10
-11
2,6 10
-11
Ag-105
41,0 d
F
0,100
3,9 10
-9
0,050
3,4 10
-9
1,7 10
-9
1,0 10
-9
6,4 10
-10
54 10
-10
M
0,100
4,5 10
-9
0,050
3,5 10
-9
2,0 10
-9
1,3 10
-9
9,0 10
-10
7,3 10
-10
S
0,020
4,5 10
-9
0,010
3,6 10
-9
2,1 10
-9
1,3 10
-9
1,0 10
-9
8,1 10
-10
Ag-106
0,399 h
F
0,100
9,4 10
-11
0,050
6,4 10
-11
2,9 10
-11
1,8 10
-11
1,1 10
-11
9,1 10
-12
M
0,100
1,4 10
-10
0,050
9,5 10
-11
4,4 10
-11
2,8 10
-11
1,8 10
-11
1,5 10
-11
S
0,020
1,5 10
-10
0,010
9,9 10
-11
4,5 10
-11
2,9 10
-11
1,9 10
-11
1,6 10
-11
Ag-106m
8,41 d
F
0,100
7,7 10
-9
0,050
6,1 10
-9
3,2 10
-9
2,1 10
-9
1,3 10
-9
1,1 10
-9
M
0,100
7,2 10
-9
0,050
5,8 10
-9
3,2 10
-9
2,1 10
-9
1,4 10
-9
1,1 10
-9
S
0,020
7,0 10
-9
0,010
5,7 10
-9
3,2 10
-9
2,1 10
-9
1,4 10
-9
1,1 10
-9
Ag-108m
1,27 10
2
a
F
0,100
3,5 10
-8
0,050
2,8 10
-8
1,6 10
-8
1,0 10
-8
6,9 10
-9
6,1 10
-9
M
0,100
3,3 10
-8
0,050
2,7 10
-8
1,7 10
-8
1,0 10
-8
8,6 10
-9
7,4 10
-9
S
0,020
8,9 10
-8
0,010
8,7 10
-8
6,2 10
-8
4,4 10
-8
3,9 10
-8
3,7 10
-8
Ag-110m
250 d
F
0,100
3,5 10
-8
0,050
2,8 10
-8
1,5 10
-8
9,7 10
-9
6,3 10
-9
5,5 10
-9
M
0,100
3,5 10
-8
0,050
2,8 10
-8
1,7 10
-8
1,2 10
-8
9,2 10
-9
7,6 10
-9
S
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
7,45 d
F
0,100
4,8 10
-9
0,050
3,2 10
-9
1,4 10
-9
8,8 10
-10
4,8 10
-10
4,0 10
-10
M
0,100
9,2 10
-9
0,050
6,6 10
-9
3,5 10
-9
2,4 10
-9
1,9 10
-9
1,5 10
-9
S
0,020
9,9 10
-9
0,010
7,1 10
-9
3,8 10
-9
2,7 10
-9
2,1 10
-9
1,7 10
-9
Ag-112
3,12 h
F
0,100
9,8 10
-10
0,050
6,4 10
-10
2,8 10
-10
1,7 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
-10
3,2 10
-10
2,0 10
-10
1,6 10
-10
S
0,020
1,8 10
-9
0,010
1,2 10
-9
5,4 10
-10
3,4 10
-10
2,1 10
-10
1,7 10
-10
Ag-115
0,333 h
F
0,100
1,6 10
-10
0,050
1,0 10
-10
4,6 10
-11
2,9 10
-11
1,7 10
-11
1,5 10
-11
M
0,100
2,5 10
-10
0,050
1,7 10
-10
7,6 10
-11
4,9 10
-11
3,2 10
-11
2,7 10
-11
S
0,020
2,7 10
-10
0,010
1,7 10
-11
8,0 10
-11
5,2 10
-11
3,4 10
-11
2,9 10
-11
Cadmium
Cd-104
0,961 h
F
0,100
2,0 10
-10
0,050
1,7 10
-10
8,7 10
-11
5,2 10
-11
3,1 10
-11
2,4 10
-11
M
0,100
2,6 10
-10
0,050
2,1 10
-10
1,1 10
-10
6,9 10
-11
4,2 10
-11
3,4 10
-11
S
0,100
2,7 10
-10
0,050
2,2 10
-10
1,1 10
-10
7,0 10
-11
4,4 10
-11
3,5 10
-11
Cd-107
6,49 h
F
0,100
2,3 10
-10
0,050
1,7 10
-10
7,4 10
-11
4,6 10
-11
2,5 10
-11
2,1 10
-10
M
0,100
5,2 10
-10
0,050
3,7 10
-10
2,0 10
-10
1,3 10
-10
8,8 10
-11
8,3 10
-11
S
0,100
5,5 10
-10
0,050
3,9 10
-10
2,1 10
-10
1,4 10
-10
9,7 10
-11
7,7 10
-11
Cd-109
1,27 a
F
0,100
4,5 10
-8
0,050
3,7 10
-8
2,1 10
-8
1,4 10
-8
9,3 10
-9
8,1 10
-9
M
0,100
3,0 10
-8
0,050
2,3 10
-8
1,4 10
-8
9,5 10
-9
7,8 10
-9
6,6 10
-9
S
0,100
2,7 10
-8
0,050
2,1 10
-8
1,3 10
-8
8,9 10
-9
7,6 10
-9
6,2 10
-9
Cd-113
9,30 10
15
a
F
0,100
2,6 10
-7
0,050
2,4 10
-7
1,7 10
-7
1,4 10
-7
1,2 10
-7
1,2 10
-7
M
0,100
1,2 10
-7
0,050
1,0 10
-7
7,6 10
-8
6,1 10
-8
5,7 10
-8
5,5 10
-8
S
0,100
7,8 10
-8
0,050
5,8 10
-8
4,1 10
-8
3,0 10
-8
2,7 10
-8
2,6 10
-8
Cd-113m
13,6 a
F
0,100
3,0 10
-7
0,050
2,7 10
-7
1,8 10
-7
1,3 10
-7
1,3 10
-7
1,1 10
-7
M
0,100
1,4 10
-7
0,050
1,2 10
-7
8,1 10
-8
6,0 10
-8
5,3 10
-8
5,2 10
-8
S
0,100
1,1 10
-7
0,050
8,4 10
-8
5,5 10
-8
3,9 10
-8
3,3 10
-8
3,1 10
-8
Cd-115
2,23 d
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
1,7 10
-9
1,2 10
-9
9,8 10
-10
S
0,100
7,2 10
-9
0,050
5,1 10
-9
2,6 10
-9
1,8 10
-9
1,3 10
-9
1,1 10
-9
Cd-115m
44,6 d
F
0,100
4,6 10
-8
0,050
3,2 10
-8
1,5 10
-8
1,0 10
-8
6,4 10
-9
5,3 10
-9
M
0,100
4,0 10
-8
0,050
2,5 10
-8
1,4 10
-8
9,4 10
-9
7,3 10
-9
6,2 10
-9
S
0,100
3,9 10
-8
0,050
3,0 10
-8
1,7 10
-8
1,1 10
-8
8,9 10
-9
7,7 10
-9
Cd-117
2,49 h
F
0,100
7,4 10
-10
0,050
5,2 10
-10
2,4 10
-10
1,5 10
-10
8,1 10
-11
6,7 10
-11
M
0,100
1,3 10
-9
0,050
9,3 10
-10
4,5 10
-10
2,9 10
-10
2,0 10
-10
1,6 10
-10
S
0,100
1,4 10
-9
0,050
9,8 10
-10
4,8 10
-10
3,1 10
-10
2,1 10
-10
1,7 10
-10
Cd-117m
3,36 h
F
0,100
8,9 10
-10
0,050
6,7 10
-10
3,3 10
-10
2,0 10
-10
1,1 10
-10
9,4 10
-11
M
0,100
1,5 10
-9
0,050
1,1 10
-9
5,5 10
-10
3,6 10
-10
2,4 10
-10
2,0 10
-10
S
0,100
1,5 10
-9
0,050
1,1 10
-9
5,7 10
-10
3,8 10
-10
2,6 10
-10
2,1 10
-10
Indium
In-109
4,20 h
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
-10
1,3 10
-10
8,4 10
-11
5,3 10
-11
4,2 10
-11
In-110
4,90 h
F
0,040
8,2 10
-10
0,020
7,1 10
-10
3,7 10
-10
2,3 10
-10
1,3 10
-10
1,1 10
-10
M
0,040
9,9 10
-10
0,020
8,3 10
-10
4,4 10
-10
2,7 10
-10
1,6 10
-10
1,3 10
-10
In-110
1,15 h
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
5,8 10
-11
4,7 10
-11
In-111
2,83 d
F
0,040
1,2 10
-9
0,020
8,6 10
-10
4,2 10
-10
2,6 10
-10
1,5 10
-10
1,3 10
-10
M
0,040
1,5 10
-9
0,020
1,2 10
-9
6,2 10
-10
4,1 10
-10
2,9 10
-10
2,3 10
-10
In-112
0,240 h
F
0,040
4,4 10
-11
0,020
3,0 10
-11
1,3 10
-11
8,7 10
-12
5,4 10
-12
4,7 10
-12
M
0,040
6,5 10
-11
0,020
4,4 10
-11
2,0 10
-11
1,3 10
-11
8,7 10
-12
7,4 10
-12
In-113m
1,66 h
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
9,7 10
-12
M
0,040
1,6 10
-10
0,020
1,1 10
-10
5,5 10
-11
3,6 10
-11
2,4 10
-11
2,0 10
-11
In-114m
49,5 d
F
0,040
1,2 10
-7
0,020
7,7 10
-8
3,4 10
-8
1,9 10
-8
1,1 10
-8
9,3 10
-9
M
0,040
4,8 10
-8
0,020
3,3 10
-8
1,6 10
-8
1,0 10
-8
7,8 10
-8
6,1 10
-9
In-115
5,10 10
15
a
F
0,040
8,3 10
-7
0,020
7,8 10
-7
5,5 10
-7
5,0 10
-7
4,2 10
-7
3,9 10
-7
M
0,040
3,0 10
-7
0,020
2,8 10
-7
2,1 10
-7
1,9 10
-7
1,7 10
-7
1,6 10
-7
In-115m
4,49 h
F
0,040
2,8 10
-10
0,020
1,9 10
-10
8,4 10
-11
5,1 10
-11
2,8 10
-11
2,4 10
-11
M
0,040
4,7 10
-10
0,020
3,3 10
-10
1,6 10
-10
1,0 10
-10
7,2 10
-11
5,9 10
-11
In-116m
0,902 h
F
0,040
2,5 10
-10
0,020
1,9 10
-10
9,2 10
-11
5,7 10
-11
3,4 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
-11
5,6 10
-11
4,5 10
-11
In-117
0,730 h
F
0,040
1,4 10
-10
0,020
9,7 10
-11
4,5 10
-11
2,8 10
-11
1,7 10
-11
1,5 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-117m
1,94 h
F
0,040
3,4 10
-10
0,020
2,3 10
-10
1,0 10
-10
6,2 10
-11
3,5 10
-11
2,9 10
-11
M
0,040
6,0 10
-10
0,020
4,0 10
-10
1,9 10
-10
1,3 10
-10
8,7 10
-11
7,2 10
-11
In-119m
0,300 h
F
0,040
1,2 10
-10
0,020
7,3 10
-11
3,1 10
-11
2,0 10
-11
1,2 10
-11
1,0 10
-11
M
0,040
1,8 10
-10
0,020
1,1 10
-10
4,9 10
-11
3,2 10
-11
2,0 10
-11
1,7 10
-11
Tin
Sn-110
4,00 h
F
0,040
1,0 10
-9
0,020
7,6 10
-10
3,6 10
-10
2,2 10
-10
1,2 10
-10
9,9 10
-11
M
0,040
1,5 10
-9
0,020
1,1 10
-9
5,1 10
-10
3,2 10
-10
1,9 10
-10
1,6 10
-10
Sn-111
0,588 h
F
0,040
7,7 10
-11
0,020
5,4 10
-11
2,6 10
-11
1,6 10
-11
9,4 10
-12
7,8 10
-12
M
0,040
1,1 10
-10
0,020
8,0 10
-11
3,8 10
-11
2,5 10
-11
1,6 10
-11
1,3 10
-11
Sn-113
115 d
F
0,040
5,1 10
-9
0,020
3,7 10
-9
1,8 10
-9
1,1 10
-9
6,4 10
-10
5,4 10
-10
M
0,040
1,3 10
-8
0,020
1,0 10
-8
5,8 10
-9
4,0 10
-9
3,2 10
-9
2,7 10
-9
Sn-117m
13,6 d
F
0,040
3,3 10
-9
0,020
2,2 10
-9
1,0 10
-9
6,1 10
-10
3,4 10
-10
2,8 10
-10
M
0,040
1,0 10
-8
0,020
7,7 10
-9
4,6 10
-9
3,4 10
-9
3,1 10
-9
2,4 10
-9
Sn-119m
293 d
F
0,040
3,0 10
-9
0,020
2,2 10
-9
1,0 10
-9
6,0 10
-10
3,4 10
-10
2,8 10
-10
M
0,040
1,0 10
-8
0,020
7,9 10
-9
4,7 10
-9
3,1 10
-9
2,6 10
-9
2,2 10
-9
Sn-121
1,13 d
F
0,040
7,7 10
-10
0,020
5,0 10
-10
2,2 10
-10
1,3 10
-10
7,0 10
-11
6,0 10
-11
M
0,040
1,5 10
-9
0,020
1,1 10
-9
5,1 10
-10
3,6 10
-10
2,9 10
-11
2,3 10
-10
Sn-121m
[illegible]
55,0 a
F
0,040
6,9 10
-9
0,020
5,4 10
-9
2,8 10
-9
1,6 10
-9
9,4 10
-10
8,0 10
-10
M
0,040
1,9 10
-8
0,020
1,5 10
-8
9,2 10
-9
6,4 10
-10
5,5 10
-9
4,5 10
-9
Sn-123
129 d
F
0,040
1,4 10
-8
0,020
9,9 10
-9
4,5 10
-9
2,6 10
-9
1,4 10
-9
1,2 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
0,668 h
F
0,040
1,4 10
-10
0,020
8,9 10
-11
3,9 10
-11
2,5 10
-11
1,5 10
-11
1,3 10
-11
M
0,040
2,3 10
-10
0,020
1,5 10
-10
7,0 10
-11
4,6 10
-11
3,2 10
-11
2,7 10
-11
Sn-125
9,64 d
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
1,5 10
-8
7,6 10
-9
5,0 10
-9
3,6 10
-9
8,1 10
-9
Sn-126
1,00 10
3
a
F
0,040
7,3 10
-8
0,020
5,9 10
-8
3,2 10
-8
2,0 10
-8
1,3 10
-8
1,1 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
2,10 h
F
0,040
6,6 10
-10
0,020
4,7 10
-10
2,3 10
-10
1,4 10
-10
7,9 10
-11
6,5 10
-11
M
0,040
1,0 10
-9
0,020
7,4 10
-10
3,7 10
-10
2,4 10
-10
1,6 10
-10
1,3 10
-10
Sn-128
0,985 h
F
0,040
5,1 10
-10
0,020
3,6 10
-10
1,7 10
-10
1,0 10
-10
6,1 10
-11
5,0 10
-11
M
0,040
8,0 10
-10
0,020
5,5 10
-10
2,7 10
-10
1,7 10
-10
1,1 10
-10
9,2 10
-11
Antimony
Sb-115
0,530 h
F
0,200
8,1 10
-11
0,100
5,9 10
-11
2,8 10
-11
1,7 10
-11
1,0 10
-11
8,5 10
-12
M
0,020
1,2 10
-10
0,010
8,3 10
-11
4,0 10
-11
2,5 10
-11
1,6 10
-11
1,3 10
-11
S
0,020
1,2 10
-10
0,010
8,6 10
-11
4,1 10
-11
2,6 10
-11
1,7 10
-11
1,4 10
-11
Sb-116
0,263 h
F
0,200
8,4 10
-11
0,100
6,2 10
-11
3,0 10
-11
1,9 10
-11
1,1 10
-11
9,1 10
-12
M
0,020
1,1 10
-10
0,010
8,2 10
-11
4,0 10
-11
2,5 10
-11
1,5 10
-11
1,3 10
-11
S
0,020
1,2 10
-10
0,010
8,5 10
-11
4,1 10
-11
2,6 10
-11
1,6 10
-11
1,3 10
-11
Sb-116m
1,00 h
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
5,9 10
-11
4,7 10
-11
S
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
2,80 h
F
0,200
7,7 10
-11
0,100
6,0 10
-11
2,9 10
-11
1,8 10
-11
1,0 10
-11
8,5 10
-12
M
0,020
1,2 10
-10
0,010
9,1 10
-11
4,6 10
-11
3,0 10
-11
2,0 10
-11
1,6 10
-11
S
0,020
1,3 10
-10
0,010
9,5 10
-11
4,8 10
-11
3,1 10
-11
2,2 10
-11
1,7 10
-11
Sb-118m
5,00 h
F
0,200
7,3 10
-10
0,100
6,2 10
-10
3,3 10
-10
2,0 10
-10
1,2 10
-10
9,3 10
-11
M
0,020
9,3 10
-10
0,010
7,6 10
-10
4,0 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
S
0,020
9,5 10
-10
0,010
7,8 10
-10
4,1 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
Sb-119
1,59 d
F
0,200
2,7 10
-10
0,100
2,0 10
-10
9,4 10
-11
5,5 10
-11
2,9 10
-11
2,3 10
-11
M
0,020
4,0 10
-10
0,010
2,8 10
-10
1,3 10
-10
7,9 10
-11
4,4 10
-11
3,5 10
-11
S
0,020
4,1 10
-10
0,010
2,9 10
-10
1,4 10
-10
8,2 10
-11
4,5 10
-11
3,6 10
-11
Sb-120
5,76 d
F
0,200
4,1 10
-9
0,100
3,3 10
-9
1,8 10
-9
1,1 10
-9
6,7 10
-10
5,5 10
-10
M
0,020
6,3 10
-9
0,010
5,0 10
-9
2,8 10
-9
1,8 10
-9
1,3 10
-
[illegible]
1,0 10
-9
S
0,020
6,6 10
-9
0,010
5,3 10
-9
2,9 10
-9
1,9 10
-9
1,4 10
-
[illegible]
1,1 10
-9
Sb-120
0,265 h
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
M
0,020
6,6 10
-11
0,010
4,4 10
-11
2,0 10
-11
1,3 10
-11
8,3 10
-12
7,0 10
-12
S
0,020
6,8 10
-11
0,010
4,6 10
-11
2,1 10
-11
1,4 10
-11
8,7 10
-12
7,3 10
-12
Sb-122
2,70 d
F
0,200
4,2 10
-9
0,100
2,8 10
-9
1,4 10
-9
8,4 10
-10
4,4 10
-10
3,6 10
-10
M
0,020
8,3 10
-9
0,010
5,7 10
-9
2,8 10
-9
1,8 10
-9
1,3 10
-8
1,0 10
-9
S
0,020
8,8 10
-9
0,010
6,1 10
-9
3,0 19
-9
2,0 10
-9
1,4 10
-9
1,1 10
-9
Sb-124
60,2 d
F
0,200
1,2 10
-8
0,100
8,8 10
-9
4,8 10
-9
2,6 10
-9
1,6 10
-9
1,3 10
-9
M
0,020
3,1 10
-8
0,010
2,4 10
-8
1,4 10
-8
9,6 10
-9
7,7 10
-9
6,4 10
-9
S
0,020
3,9 10
-8
0,010
3,1 10
-8
1,8 10
-8
1,3 10
-8
1,0 10
-8
8,6 10
-9
Sb-124m
0,337 h
F
0,200
2,7 10
-11
0,100
1,9 10
-11
9,0 10
-12
5,6 10
-12
3,4 10
-12
2,8 10
-12
M
0,020
4,3 10
-11
0,010
3,1 10
-11
1,5 10
-11
9,6 10
-12
6,5 10
-12
5,4 10
-12
S
0,020
4,6 10
-11
0,010
3,3 10
-11
1,6 10
-11
1,0 10
-11
7,2 10
-12
5,9 10
-12
Sb-125
2,77 a
F
0,200
8,7 10
-9
0,100
6,8 10
-9
3,7 10
-9
2,3 10
-9
1,5 10
-9
1,4 10
-9
M
0,020
2,0 18
-8
0,010
1,6 10
-8
1,0 10
-8
6,8 10
-9
5,8 10
-9
4,8 10
-9
S
0,020
4,2 10
-8
0,010
3,8 10
-8
2,4 10
-8
1,6 10
-8
1,4 10
-8
1,2 10
-8
Sb-126
12,4 d
F
0,200
8,8 10
-9
0,100
6,6 10
-9
3,3 10
-9
2,1 10
-9
1,2 10
-9
1,0 10
-9
M
0,020
1,7 10
-8
0,010
1,3 10
-8
7,4 10
-9
5,1 10
-9
3,5 10
-9
2,8 10
-9
S
0,020
1,9 10
-8
0,010
1,5 10
-8
8,2 10
-9
5,0 10
-9
4,0 10
-9
3,2 10
-9
Sb-126m
0,317 h
F
0,200
1,2 10
-10
0,100
8,2 10
-11
3,8 10
-11
2,4 10
-11
1,5 10
-11
1,2 10
-11
M
0,020
1,7 10
-10
0,010
1,2 10
-10
5,5 10
-11
3,5 10
-11
2,3 10
-11
1,9 10
-11
S
0,020
1,8 10
-10
0,010
1,2 10
-10
5,7 10
-11
3,7 10
-11
2,4 10
-11
2,0 10
-11
Sb-127
3,85 d
F
0,200
5,1 10
-9
0,100
3,5 10
-9
1,6 10
-9
9,7 10
-10
5,2 10
-10
4,3 10
-10
M
0,020
1,0 10
-8
0,010
7,3 10
-9
3,9 10
-9
2,7 10
-9
2,1 10
-9
1,7 10
-9
S
0,020
1,1 10
-8
0,010
7,9 10
-9
4,2 10
-9
3,0 10
-9
2,3 10
-9
1,9 10
-9
Sb-128
9,01 h
F
0,200
2,1 10
-9
0,100
1,7 10
-9
8,3 10
-10
5,1 10
-10
2,9 10
-10
2,3 10
-10
M
0,020
3,3 10
-9
0,010
2,5 10
-9
1,2 10
-9
7,9 10
-10
5,0 10
-10
4,0 10
-10
S
0,020
3,4 10
-9
0,010
2,6 10
-9
1,3 10
-9
8,3 10
-10
5,2 10
-10
4,2 10
-10
Sb-128
0,173 h
F
0,200
9,8 10
-11
0,100
6,9 10
-11
3,2 10
-11
2,0 10
-11
1,2 10
-11
1,0 10
-11
M
0,020
1,3 10
-10
0,010
9,2 10
-11
4,3 10
-11
2,7 10
-11
1,7 10
-11
1,4 10
-11
S
0,020
1,4 10
-10
0,010
9,4 10
-11
4,4 10
-11
2,8 10
-11
1,8 10
-11
1,5 10
-11
Sb-129
4,32 h
F
0,200
1,1 10
-9
0,100
8,2 10
-10
3,8 10
-10
2,3 10
-10
1,3 10
-10
1,0 10
-10
M
0,020
2,0 10
-9
0,010
1,4 10
-9
6,8 10
-10
4,4 10
-10
2,9 10
-10
2,3 10
-10
S
0,020
2,1 10
-9
0,010
1,5 10
-9
7,2 10
-10
4,6 10
-10
3,0 10
-10
2,5 10
-10
Sb-130
0,667 h
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
M
0,020
4,5 10
-10
0,010
3,2 10
-10
1,6 10
-10
9,8 10
-11
6,3 10
-11
5,1 10
-11
S
0,020
4,6 10
-10
0,010
3,3 10
-10
1,6 10
-10
1,0 10
-10
6,5 10
-11
5,3 10
-11
Sb-131
0,383 h
F
0,200
3,5 10
-10
0,100
2,8 10
-10
1,4 10
-10
7,7 10
-11
4,6 10
-11
3,5 10
-11
M
0,020
3,9 10
-10
0,010
2,6 10
-10
1,3 10
-10
8,0 10
-11
5,3 10
-11
4,4 10
-11
S
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
2,49 h
F
0,600
5,3 10
-10
0,300
4,2 10
-10
2,1 10
-10
1,3 10
-10
7,2 10
-11
5,8 10
-11
M
0,200
8,6 10
-10
0,100
6,4 10
-10
3,2 10
-10
2,0 10
-10
1,3 10
-10
1,0 10
-10
S
0,020
9,1 10
-10
0,010
6,7 10
-10
3,3 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Te-121
17,0 d
F
0,600
1,7 10
-9
0,300
1,4 10
-9
7,2 10
-10
4,6 10
-10
2,9 10
-10
3,8 10
-10
M
0,200
2,3 10
-9
0,100
1,9 10
-9
1,0 10
-9
6,8 10
-10
4,7 10
-10
3,8 10
-10
S
0,020
2,4 10
-9
0,010
2,0 10
-9
1,1 10
-9
7,2 10
-10
5,1 10
-10
4,1 10
-10
Te-121m
154 d
F
0,600
1,4 10
-8
0,300
1,0 10
-8
5,3 10
-9
3,3 10
-9
2,1 10
-9
1,8 10
-9
M
0,200
1,9 10
-8
0,100
1,5 10
-8
8,8 10
-9
6,1 10
-9
5,1 10
-9
4,2 10
-9
S
0,020
2,3 10
-8
0,010
1,9 10
-8
1,2 10
-8
8,1 10
-9
6,9 10
-9
5,7 10
-9
Te-123
1,00 10
13
a
F
0,600
1,1 10
-8
0,300
9,1 10
-9
6,2 10
-9
4,8 10
-9
4,0 10
-9
3,9 10
-9
M
0,200
5,6 10
-9
0,100
4,4 10
-9
3,0 10
-9
2,3 10
-9
2,0 10
-9
1,9 10
-9
S
0,020
5,3 10
-9
0,010
5,0 10
-9
3,5 10
-9
2,4 10
-9
2,1 10
-9
2,0 10
-9
Te-123m
120 d
F
0,600
9,8 10
-9
0,300
6,8 10
-9
3,4 10
-9
1,9 10
-9
1,1 10
-9
9,5 10
-10
M
0,200
1,8 10
-8
0,100
1,3 10
-8
8,0 10
-9
5,7 10
-9
5,0 10
-9
4,0 10
-9
S
0,020
2,0 10
-8
0,010
1,6 10
-8
9,8 10
-9
7,1 10
-9
6,3 10
-9
5,1 10
-9
Te-125m
58,0 d
F
0,600
6,2 10
-9
0,300
4,2 10
-9
2,0 10
-9
1,1 10
-9
6,1 10
-10
5,1 10
-10
M
0,200
1,5 10
-8
0,100
1,1 10
-8
6,6 10
-8
4,8 10
-9
4,3 10
-9
3,4 10
-9
S
0,020
1,7 10
-8
0,010
1,3 10
-8
7,8 10
-9
5,8 10
-9
5,3 10
-9
4,2 10
-9
Te-127
9,35 h
F
0,600
4,3 10
-10
0,300
3,2 10
-10
1,4 10
-10
8,5 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
1,6 10
-10
1,3 10
-10
S
0,020
1,2 10
-9
0,010
7,9 10
-10
3,9 10
-10
2,6 10
-10
1,7 10
-10
1,4 10
-10
Te-127m
109 d
F
0,600
2,1 10
-8
0,300
1,4 10
-8
6,5 10
-9
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
1,1 10
-8
9,2 10
-9
7,4 10
-9
S
0,020
4,1 10
-8
0,010
3,3 10
-8
2,0 10
-8
1,4 10
-8
1,2 10
-8
9,8 10
-9
Te-129
1,16 h
F
0,600
1,8 10
-10
0,300
1,2 10
-10
5,1 10
-11
3,2 10
-11
1,9 10
-11
1,6 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
3,7 10
-11
S
0,020
3,5 10
-10
0,010
2,3 10
-10
1,0 10
-10
6,9 10
-11
4,7 10
-11
3,9 10
-11
Te-129m
33,6 d
F
0,600
2,0 10
-8
0,300
1,3 10
-8
5,8 10
-9
3,1 10
-9
1,7 10
-9
1,3 10
-9
M
0,200
3,5 10
-8
0,100
2,6 10
-8
1,4 10
-8
9,8 10
-9
8,0 10
-9
6,6 10
-9
S
0,020
3,8 10
-8
0,010
2,9 10
-8
1,7 10
-8
1,2 10
-8
9,6 10
-9
7,9 10
-9
Te-131
0,417 h
F
0,600
2,3 10
-10
0,300
2,0 10
-10
9,9 10
-11
5,3 10
-11
3,3 10
-11
2,3 10
-11
M
0,200
2,6 10
-10
0,100
1,7 10
-10
8,1 10
-11
5,2 10
-11
3,5 10
-11
2,8 10
-11
S
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-131m
1,25 d
F
0,600
8,7 10
-9
0,300
7,6 10
-9
3,9 10
-9
2,0 10
-9
1,2 10
-9
8,6 10
-10
M
0,200
7,9 10
-9
0,100
5,8 10
-9
3,0 10
-9
1,9 10
-9
1,2 10
-9
9,4 10
-10
S
0,020
7,0 10
-9
0,010
5,1 10
-9
2,6 10
-9
1,8 10
-9
1,1 10
-9
9,1 10
-10
Te-132
3,26 d
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
-8
6,4 10
-9
4,0 10
-9
2,6 10
-9
2,0 10
-9
S
0,020
1,5 10
-8
0,010
1,1 10
-8
5,8 10
-9
3,8 10
-9
2,5 10
-9
2,0 10
-9
Te-133
0,207 h
F
0,600
2,4 10
-10
0,300
2,1 10
-10
9,6 10
-11
4,6 10
-11
2,8 10
-11
1,9 10
-11
M
0,200
2,0 10
-10
0,100
1,3 10
-10
6,1 10
-11
3,8 10
-11
2,4 10
-11
2,0 10
-11
S
0,020
1,7 10
-10
0,010
1,2 10
-10
5,4 10
-11
3,5 10
-11
2,2 10
-11
1,9 10
-11
Te-133m
0,923 h
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
8,1 10
-11
M
0,200
8,5 10
-10
0,100
5,8 10
-10
2,8 10
-10
1,7 10
-10
1,1 10
-10
8,7 10
-11
S
0,020
7,4 10
-10
0,010
5,1 10
-10
2,5 10
-10
1,6 10
-10
1,0 10
-10
8,4 10
-11
Te-134
0,696 h
F
0,600
4,7 10
-10
0,300
3,7 10
-10
1,8 10
-10
1,0 10
-10
6,0 10
-11
4,7 10
-11
M
0,200
5,5 10
-10
0,100
3,9 10
-10
1,9 10
-10
1,2 10
-10
8,1 10
-11
6,6 10
-11
S
0,020
5,6 10
-10
0,010
4,0 10
-10
1,9 10
-10
1,3 10
-10
8,4 10
-11
6,8 10
-11
Iodine
I-120
1,35 h
F
1,000
1,3 10
-9
1,000
1,0 10
-9
4,8 10
-10
2,3 10
-10
1,4 10
-10
1,0 10
-10
M
0,200
1,1 10
-9
0,100
7,3 10
-10
3,4 10
-10
2,1 10
-10
1,3 10
-10
1,0 10
-10
S
0,020
1,0 10
-9
0,010
6,9 10
-10
3,2 10
-10
2,0 10
-10
1,2 10
-10
1,0 10
-10
I-120m
0,883 h
F
1,000
8,6 10
-10
1,000
6,9 10
-10
3,3 10
-10
1,8 10
-10
1,1 10
-10
8,2 10
-11
M
0,200
8,2 10
-10
0,100
5,9 10
-10
2,9 10
-10
1,8 10
-10
1,1 10
-10
8,7 10
-11
S
0,020
8,2 10
-10
0,010
5,8 10
-10
2,8 10
-10
1,8 10
-10
1,1 10
-10
8,8 10
-11
I-121
2,12 h
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
1,5 10
-10
7,8 10
-11
4,9 10
-11
3,2 10
-11
2,5 10
-11
S
0,020
1,9 10
-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
13,2 h
F
1,000
8,7 10
-10
1,000
7,9 10
-10
3,8 10
-10
1,8 10
-10
1,1 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
8,2 10
-11
6,4 10
-11
S
0,020
4,3 10
-10
0,010
3,2 10
-10
1,7 10
-10
1,1 10
-10
7,6 10
-11
6,0 10
-11
I-124
4,18 d
F
1,000
4,7 10
-8
1,000
4,5 10
-8
2,2 10
-8
1,1 10
-8
6,7 10
-9
4,4 10
-9
M
0,200
1,4 10
-8
0,100
9,3 10
-9
4,6 10
-9
2,5 10
-9
1,6 10
-9
1,2 10
-9
S
0,020
6,2 10
-9
0,010
4,4 10
-9
2,2 10
-9
1,4 10
-9
9,4 10
-10
7,7 10
-10
I-125
60,1 d
F
1,000
2,0 10
-8
1,000
2,3 10
-8
1,5 10
-8
1,1 10
-8
7,2 10
-9
5,1 10
-9
M
0,200
6,9 10
-9
0,100
5,6 10
-9
3,6 10
-9
2,6 10
-9
1,8 10
-9
1,4 10
-9
S
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
13,0 d
F
1,000
8,1 10
-8
1,000
8,3 10
-8
4,5 10
-8
2,4 10
-8
1,5 10
-8
9,8 10
-9
M
0,200
2,4 10
-8
0,100
1,7 10
-8
9,5 10
-9
5,5 10
-9
3,8 10
-9
2,7 10
-9
S
0,020
8,3 10
-9
0,010
5,9 10
-9
3,3 10
-9
2,2 10
-9
1,8 10
-9
1,4 10
-9
I-128
0,416 h
F
1,000
1,5 10
-10
1,000
1,1 10
-10
4,7 10
-11
2,7 10
-11
1,6 10
-11
1,3 10
-11
M
0,200
1,9 10
-10
0,100
1,2 10
-10
5,3 10
-11
3,4 10
-11
2,2 10
-11
1,9 10
-11
S
0,020
1,9 10
-10
0,010
1,2 10
-10
5,4 10
-11
3,5 10
-11
2,3 10
-11
2,0 10
-11
I-129
1,57 10
7
a
F
1,000
7,2 10
-8
1,000
8,6 10
-8
6,1 10
-8
6,7 10
-8
4,6 10
-8
3,6 10
-8
M
0,200
3,6 10
-8
0,100
3,3 10
-8
2,4 10
-8
2,4 10
-8
1,9 10
-8
1,5 10
-8
S
0,020
2,9 10
-8
0,010
2,6 10
-8
1,8 10
-8
1,3 10
-8
1,1 10
-8
9,8 10
-9
I-130
12,4 h
F
1,000
8,2 10
-9
1,000
7,4 10
-9
3,5 10
-9
1,6 10
-9
1,0 10
-8
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
S
0,020
3,3 10
-9
0,010
2,4 10
-9
1,2 10
-9
7,9 10
-10
5,1 10
-10
4,1 10
-10
I-131
8,04 d
F
1,000
7,2 10
-8
1,000
7,2 10
-8
3,7 10
-8
1,9 10
-8
1,1 10
-8
7,4 10
-9
M
0,200
2,2 10
-8
0,100
1,5 10
-8
8,2 10
-9
4,7 10
-9
3,4 10
-9
2,4 10
-9
S
0,020
8,8 10
-9
0,010
6,2 10
-9
3,5 10
-9
2,4 10
-9
2,0 10
-9
1,6 10
-9
I-132
2,30 h
F
1,000
1,1 10
-9
1,000
9,6 10
-10
4,5 10
-10
2,2 10
-10
1,3 10
-10
9,4 10
-11
M
0,200
9,9 10
-10
0,100
7,3 10
-10
3,6 10
-10
2,2 10
-10
1,4 10
-10
1,1 10
-10
S
0,020
9,3 10
-10
0,010
6,8 10
-10
3,4 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
I-132m
1,39 h
F
1,000
9,6 10
-10
1,000
8,4 10
-10
4,0 10
-10
1,9 10
-10
1,2 10
-10
7,9 10
-11
M
0,200
7,2 10
-10
0,100
5,3 10
-10
2,6 10
-10
1,6 10
-10
1,1 10
-10
8,7 10
-11
S
0,020
6,6 10
-10
0,010
4,8 10
-10
2,4 10
-10
1,6 10
-10
1,1 10
-10
8,5 10
-11
I-133
20,8 h
F
1,000
1,9 10
-8
1,000
1,8 10
-8
8,3 10
-9
3,8 10
-9
2,2 10
-9
1,5 10
-9
M
0,200
6,6 10
-9
0,100
4,4 10
-9
2,1 10
-9
1,2 10
-9
7,4 10
-10
5,5 10
-10
S
0,020
3,8 10
-9
0,010
2,9 10
-9
1,4 10
-9
9,0 10
-10
5,3 10
-10
4,3 10
-10
I-134
0,876 h
F
1,000
4,6 10
-10
1,000
3,7 10
-10
1,8 10
-10
9,7 10
-11
5,9 10
-11
4,5 10
-11
M
0,200
4,8 10
-10
0,100
3,4 10
-10
1,7 10
-10
1,0 10
-10
6,7 10
-11
5,4 10
-11
S
0,020
4,8 10
-10
0,010
3,4 10
-10
1,7 10
-10
1,1 10
-10
6,8 10
-11
5,5 10
-11
I-135
6,61 h
F
1,000
4,1 10
-9
1,000
3,7 10
-9
1,7 10
-9
7,9 10
-10
4,8 10
-10
3,2 10
-10
M
0,200
2,2 10
-9
0,100
1,6 10
-9
7,8 10
-10
4,7 10
-10
3,0 10
-10
2,4 10
-10
S
0,020
1,8 10
-9
0,010
1,3 10
-9
6,5 10
-10
4,2 10
-10
2,7 10
-10
2,2 10
-10
Caesium
Cs-125
0,750 h
F
1,000
1,2 10
-10
1,000
8,3 10
-11
3,9 10
-11
2,4 10
-11
1,4 10
-11
1,2 10
-11
M
0,200
2,0 10
-10
0,100
1,4 10
-10
6,5 10
-11
4,2 10
-11
2
[illegible]
10
-11
2,2 10
-11
S
0,020
2,1 10
-10
0,010
1,4 10
-10
6,8 10
-11
4,4 10
-11
2,8 10
-11
2,3 10
-11
Cs-127
6,25 h
F
1,000
1,6 10
-10
1,000
1,3 10
-10
6,9 10
-11
4,2 10
-11
2,5 10
-11
2,0 10
-11
M
0,200
2,8 10
-10
0,100
2,2 10
-10
1,1 10
-10
7,3 10
-11
4,6 10
-11
3,6 10
-11
S
0,020
3,0 10
-10
0,010
2,3 10
-10
1,2 10
-10
7,6 10
-11
4,8 10
-11
3,8 10
-11
Cs-129
1,34 d
F
1,000
3,4 10
-10
1,000
2,8 10
-10
1,4 10
-10
8,7 10
-11
5,2 10
-11
4,2 10
-11
M
0,200
5,7 10
-10
0,100
4,6 10
-10
2,4 10
-10
1,5 10
-10
9
[illegible]
10
-11
7,3 10
-11
S
0,020
6,3 10
-10
0,010
4,9 10
-10
2,5 10
-10
1,6 10
-10
9,
[illegible]
10
-11
7,7 10
1
Cs-130
0,498 h
F
1,000
8,3 10
-11
1,000
5,6 10
-11
2,5 10
-11
1,6 10
-11
9,4 10
-12
7,8 10
-12
M
0,200
1,3 10
-10
0,100
8,7 10
-11
4,0 10
-11
2,5 10
-11
1,6 10
-11
1,4 10
-11
S
0,020
1,4 10
-10
0,010
9,0 10
-11
4,1 10
-11
2,6 10
-11
1
[illegible]
10
-11
1,4 10
-11
Cs-131
9,69 d
F
1,000
2,4 10
-10
1,000
1,7 10
-10
8,4 10
-11
5,3 10
-11
3,2 10
-11
2,7 10
-11
M
0,200
3,5 10
-10
0,100
2,6 10
-10
1,4 10
-10
8,5 10
-11
5,5 10
-11
4,4 10
-11
S
0,020
3,8 10
-10
0,010
2,8 10
-10
1,4 10
-10
9,1 10
-11
5,9 10
-11
4,7 10
-11
Cs-132
6,48 d
F
1,000
1,5 10
-9
1,000
1,2 10
-9
6,4 10
-10
4,1 10
-10
2,7 10
-10
2,3 10
-10
M
0,200
1,9 10
-9
0,100
1,5 10
-9
8,4 10
-10
5,4 10
-10
3,7 10
-10
2,9 10
-10
S
0,020
2,0 10
-9
0,010
1,6 10
-9
8,7 10
-10
5,6 10
-10
3,8 10
-10
3,0 10
-10
Cs-134
2,06 a
F
1,000
1,1 10
-8
1,000
7,3 10
-9
5,2 10
-9
5,3 10
-9
6,3 10
-9
6,6 10
-9
M
0,200
3,2 10
-8
0,100
2,6 10
-8
1,6 10
-8
1,2 10
-8
1,1 10
-8
9,1 10
-9
S
0,020
7,0 10
-8
0,010
6,3 10
-8
4,1 10
-8
2,8 10
-8
2,3 10
-8
2,0 10
-8
Ca-134m
2,90h
F
1,000
1,3 10
-10
1,000
8,6 10
-11
3,8 10
-11
2,5 10
-11
1,6 10
-11
1,4 10
-11
M
0,200
3,3 10
-10
0,100
2,3 10
-10
1,2 10
-10
8,3 10
-11
6,6 10
-11
5,4 10
-11
S
0,020
3,6 10
-10
0,010
2,5 10
-10
1,3 10
-10
9,2 10
-11
7,4 10
-11
6,0 10
-11
Cs-135
2,30 10
[illegible]
a
F
1,000
1,7 10
-9
1,000
9,9 10
-10
6,2 10
-10
6,1 10
-10
6,8 10
-10
6,9 10
-10
M
0,200
1,2 10
-8
0,100
9,3 10
-9
5,7 10
-9
4,1 10
-9
3,8 10
-9
3,1 10
-9
S
0,020
2,7 10
-8
0,010
2,4 10
-8
1,6 10
-8
1,1 10
-8
9,5 10
-9
8,6 10
-9
Cs-135m
0,883 h
F
1,000
9,2 10
-11
1,000
7,8 10
-11
4,1 10
-11
2,4 10
-11
1,5 10
-11
1,2 10
-11
M
0,200
1,2 10
-10
0,100
9,9 10
-11
5,2 10
-11
3,2 10
-11
1,9 10
-11
1,5 10
-11
S
0,020
1,2 10
-10
0,010
1,0 10
-10
5,3 10
-11
3,3 10
-11
2,0 10
-11
1,6 10
-11
Cs-136
13,1 d
F
1,000
7,3 10
-9
1,000
5,2 10
-9
2,9 10
-9
2,0 10
-9
1,4 10
-9
1,2 10
-9
M
0,200
1,3 10
-8
0,100
1,0 10
-8
6,0 10
-9
3,7 10
-9
3,1 10
-9
2,5 10
-9
S
0,020
1,5 10
-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
30,0 a
F
1,000
8,8 10
-9
1,000
5,4 10
-9
3,6 10
-9
3,7 10
-9
4,4 10
-9
4,6 10
-9
M
0,200
3,6 10
-8
0,100
2,9 10
-8
1,8 10
-8
1,3 10
-8
1,1 10
-8
9,7 10
-9
S
0,020
1,1 10
-7
0,010
1,0 10
-7
7,0 10
-8
4,8 10
-8
4,2 10
-8
3,9 10
-8
Cs-138
0,536 h
F
1,000
2,6 10
-10
1,000
1,8 10
-10
8,1 10
-11
5,0 10
-11
2,9 10
-11
2,4 10
-11
M
0,200
4,0 10
-10
0,100
2,7 10
-10
1,3 10
-10
7,8 10
-11
4,9 10
-11
4,1 10
-11
S
0,020
4,2 10
-10
0,010
2,8 10
-10
1,3 10
-10
8,2 10
-11
5,1 10
-11
4,3 10
-11
Barium
(4)
Ba-126
1,61 h
F
0,600
6,7 10
-10
0,200
5,2 10
-10
2,4 10
-10
1,4 10
-10
6,9 10
-11
7,4 10
-11
M
0,200
1,0 10
-9
0,100
7,2 10
-10
3,2 10
-10
2,0 10
-10
1,2 10
-10
1,0 10
-10
S
0,020
1,1 10
-9
0,010
7,2 10
-10
3,3 10
-10
2,1 10
-10
1,3 10
-10
1,1 10
-10
Ba-128
2,43 d
F
0,600
5,9 10
-9
0,200
5,4 10
-9
2,5 10
-9
1,4 10
-9
7,4 10
-10
7,6 10
-10
M
0,200
1,1 10
-8
0,100
7,8 10
-9
3,7 10
-9
2,4 10
-9
1,5 10
-9
1,3 10
-9
S
0,020
1,2 10
-8
0,010
8,3 10
-9
4,0 10
-9
2,6 10
-9
1,6 10
-9
1,4 10
-9
Ba-131
11,8 d
F
0,600
2,1 10
-9
0,200
1,4 10
-9
7,1 10
-10
4,7 10
-10
3,1 10
-10
2,2 10
-10
M
0,200
3,7 10
-9
0,100
3,1 10
-9
1,6 10
-9
1,1 10
-9
9,7 10
-10
7,6 10
-10
S
0,020
4,0 10
-9
0,010
3,0 10
-9
1,8 10
-9
1,3 10
-9
1,1 10
-9
8,7 10
-10
Ba-131m
0,243 h
F
0,600
2,7 10
-11
0,200
2,1 10
-11
1,0 10
-11
6,7 10
-12
4,7 10
-12
4,0 10
-12
M
0,200
4,8 10
-11
0,100
3,3 10
-11
1,7 10
-11
1,2 10
-11
9,0 10
-12
7,4 10
-12
S
0,020
5,0 10
-11
0,010
3,5 10
-11
1,8 10
-11
1,2 10
-11
9,5 10
-12
7,8 10
-12
Ba-133
10,7 a
F
0,600
1,1 10
-8
0,200
4,5 10
-9
2,6 10
-9
3,7 10
-9
6,0 10
-9
1,5 10
-9
M
0,200
1,5 10
-8
0,100
1,0 10
-8
6,4 10
-9
5,1 10
-9
5,5 10
-9
3,1 10
-9
S
0,020
3,2 10
-8
0,010
2,9 10
-8
2,0 10
-8
1,3 10
-8
1,1 10
-8
1,0 10
-8
Ba-133m
1,62 d
F
0,600
1,4 10
-9
0,200
1,1 10
-9
4,9 10
-10
3,1 10
-10
1,5 10
-10
1,8 10
-10
M
0,200
3,0 10
-9
0,100
2,2 10
-9
1,0 10
-9
6,9 10
-10
5,2 10
-10
4,2 10
-10
S
0,020
3,1 10
-9
0,010
2,4 10
-9
1,1 10
-9
7,6 10
-10
5,8 10
-10
4,6 10
-10
Ba-135m
1,20 d
F
0,600
1,1 10
-9
0,200
1,0 10
-9
4,6 10
-10
2,5 10
-10
1,2 10
-10
1,4 10
-10
M
0,200
2,4 10
-9
0,100
1,8 10
-9
8,9 10
-10
5,4 10
-10
4,1 10
-10
3,3 10
-10
S
0,020
2,7 10
-9
0,010
1,9 10
-9
8,6 10
-10
5,9 10
-10
4,5 10
-10
3,6 10
-10
Ba-139
1,38 h
F
0,600
3,3 10
-10
0,200
2,4 10
-10
1,1 10
-10
6,0 10
-11
3,1 10
-11
3,4 10
-11
M
0,200
5,4 10
-10
0,100
3,5 10
-10
1,6 10
-10
1,0 10
-10
6,6 10
-11
5,6 10
-11
S
0,020
5,7 10
-10
0,010
3,6 10
-10
1,6 10
-10
1,1 10
-10
7,0 10
-11
5,9 10
-11
Ba-140
12,7 d
F
0,600
1,4 10
-8
0,200
7,8 10
-9
3,6 10
-9
2,4 10
-9
1,6 10
-9
1,0 10
-9
M
0,200
2,7 10
-8
0,100
2,0 10
-8
1,1 10
-8
7,6 10
-9
6,2 10
-9
5,1 10
-9
S
0,020
2,9 10
-8
0,010
2,2 10
-8
1,2 10
-8
8,6 10
-9
7,1 10
-9
5,8 10
-9
Ba-141
0,305 h
F
0,600
1,9 10
-10
0,200
1,4 10
-10
6,4 10
-11
3,8 10
-11
2,1 10
-11
2,1 10
-11
M
0,200
3,0 10
-10
0,100
2,0 10
-10
9,3 10
-11
5,9 10
-11
3,8 10
-11
3,2 10
-11
S
0,020
3,2 10
-10
0,010
2,1 10
-10
9,7 10
-11
6,2 10
-11
4,0 10
-11
3,4 10
-11
Ba-142
0,177 h
F
0,600
1,3 10
-10
0,200
9,6 10
-11
4,5 10
-11
2,7 10
-11
1,6 10
-11
1,5 10
-11
M
0,200
1,8 10
-10
0,100
1,3 10
-10
6,1 10
-11
3,9 10
-11
2,5 10
-11
2,1 10
-11
S
0,020
1,9 10
-10
0,010
1,3 10
-10
6,2 10
-11
4,0 10
-11
2,6 10
-11
2,2 10
-11
Lanthanum
La-131
0,983 h
F
0,005
1,2 10
-10
5,0 10
-4
8,7 10
-11
4,2 10
-11
2,6 10
-11
1,5 10
-11
1,3 10
-11
M
0,005
1,8 10
-10
5,0 10
-4
1,3 10
-10
6,4 10
-11
4,1 10
-11
2,8 10
-11
2,3 10
-11
La-132
4,80 h
F
0,005
1,0 10
-9
5,0 10
-4
7,7 10
-10
3,7 10
-10
2,2 10
-10
1,2 10
-10
1,0 10
-10
M
0,005
1,5 10
-9
5,0 10
-4
1,1 10
-9
5,4 10
-10
3,4 10
-10
2,0 10
-10
1,6 10
-10
La-135
19,5 h
F
0,005
1,0 10
-10
5,0 10
-4
7,7 10
-11
3,8 10
-11
2,3 10
-11
1,3 10
-11
1,0 10
-11
M
0,005
1,3 10
-10
5,0 10
-4
1,0 10
-10
4,9 10
-11
3,0 10
-11
1,7 10
-11
1,4 10
-11
La-137
6,00 10
4
a
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 10
-9
8,7 10
-9
M
0,005
8,6 10
-9
5,0 10
-4
8,1 10
-9
5,6 10
-9
4,0 10
-9
3,6 10
-9
3,6 10
-9
La-138
1,35 10
-11
a
F
0,005
3,7 10
-7
5,0 10
-4
3,5 10
-7
2,4 10
-7
1,8 10
-7
1,6 10
-7
1,5 10
-7
M
0,005
1,3 10
-7
5,0 10
-4
1,2 10
-7
9,1 10
-8
6,8 10
-8
6,4 10
-8
6,4 10
-8
La-140
1,68 d
F
0,005
5,8 10
-9
5,0 10
-9
4,2 10
-9
1,2 10
-9
1,2 10
-9
6,9 10
-10
5,7 10
-10
M
0,005
8,8 10
-9
5,0 10
-9
6,3 10
-9
3,1 10
-9
2,0 10
-9
1,3 10
-9
1,1 10
-9
La-141
3,93 h
F
0,005
8,6 10
-10
5,0 10
-4
5,5 10
-10
2,3 10
-10
1,4 10
-10
7,5 10
-10
6,3 10
-11
M
0,005
1,4 10
-9
5,0 10
-4
9,3 10
-10
4,3 10
-10
2,8 10
-10
1,8 10
-10
1,5 10
-10
La-142
1,54 h
F
0,005
5,3 10
-10
5,0 10
-4
3,8 10
-10
1,8 10
-10
1,1 10
-10
6,3 10
-10
5,2 10
-11
M
0,005
8,1 10
-10
5,0 10
-4
5,7 10
-10
2,7 10
-10
1,7 10
-10
1,7 10
-10
8,9 10
-11
La-143
0,237 h
F
0,005
1,4 10
-10
5,0 10
-4
8,6 10
-11
3,7 10
-11
2,3 10
-11
1,4 10
-11
1,2 10
-11
M
0,005
2,1 10
-10
5,0 10
-4
1,3 10
-10
6,0 10
-11
3,9 10
-11
2,5 10
-11
2,1 10
-11
Cerium
Ce-134
3,00 d
F
0,005
7,6 10
-9
5,0 10
-4
5,3 10
-9
2,3 10
-9
1,4 10
-9
7,7 10
-10
5,7 10
-10
M
0,005
1,1 10
-8
5,0 10
-4
7,6 10
-9
3,7 10
-9
2,4 10
-9
1,5 10
-9
1,3 10
-9
S
0,005
1,2 10
-8
5,0 10
-4
8,0 10
-9
3,8 10
-9
2,5 10
-9
1,6 10
-9
1,3 10
-9
Ce-135
17,6 h
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
M
0,005
3,6 10
-9
5,0 10
-4
2,7 10
-9
1,4 10
-9
8,9 10
-10
5,9 10
-10
4,8 10
-10
S
0,005
3,7 10
-9
5,0 10
-4
2,8 10
-9
1,4 10
-9
9,4 10
-10
6,3 10
-10
5,0 10
-10
Ce-137
9,00 h
F
0,005
7,5 10
-11
5,0 10
-4
5,6 10
-11
2,7 10
-11
1,6 10
-11
8,7 10
-11
7,0 10
-12
M
0,005
1,1 10
-10
5,0 10
-4
7,6 10
-11
3,6 10
-11
2,2 10
-11
1,2 10
-11
9,8 10
-12
S
0,005
1,1 10
-10
5,0 10
-4
7,8 10
-11
3,7 10
-11
2,3 10
-11
1,3 10
-11
1,0 10
-11
Ce-137m
1,43 d
F
0,005
1,6 10
-9
5,0 10
-4
1,1 10
-9
4,6 10
-10
2,8 10
-10
1,5 10
-10
1,2 10
-10
M
0,005
3,1 10
-9
5,0 10
-4
2,2 10
-9
1,1 10
-9
6,7 10
-10
5,1 10
-10
4,1 10
-10
S
0,005
3,3 10
-9
5,0 10
-4
1,0 10
-9
1,0 10
-9
7,3 10
-10
5,6 10
-10
4,4 10
-10
Ce-139
138 d
F
0,005
1,1 10
-8
5,0 10
-4
8,5 10
-9
4,5 10
-9
2,8 10
-9
1,8 10
-9
1,5 10
-9
M
0,005
7,5 10
-9
5,0 10
-4
6,1 10
-9
3,6 10
-9
2,5 10
-9
2,1 10
-9
1,7 10
-9
S
0,005
7,8 10
-9
5,0 10
-4
6,3 10
-9
3,9 10
-9
2,7 10
-9
2,4 10
-9
1,9 10
-9
Ce-141
32,5 d
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
M
0,005
1,4 10
-8
5,0 10
-4
1,1 10
-8
6,3 10
-9
4,6 10
-9
4,1 10
-9
3,2 10
-9
S
0,005
1,6 10
-8
5,0 10
-4
1,2 10
-8
7,1 10
-9
5,3 10
-9
4,8 10
-9
3,8 10
-9
Ce-143
1,38 d
F
0,005
3,6 10
-9
5,0 10
-4
2,3 10
-9
1,0 10
-9
6,2 10
-10
3,3 10
-10
2,7 10
-10
M
0,005
5,6 10
-9
5,0 10
-4
3,9 10
-9
1,9 10
-9
1,3 10
-9
9,3 10
-10
7,5 10
-10
S
0,005
5,9 10
-9
5,0 10
-4
4,1 10
-9
2,1 10
-9
1,4 10
-9
1,0 10
-9
8,3 10
-10
Ce-144
284 d
F
0,005
3,6 10
-7
5,0 10
-4
2,7 10
-7
1,4 10
-7
7,8 10
-8
4,8 10
-8
4,0 10
-8
M
0,005
1,9 10
-7
5,0 10
-4
1,6 10
-7
8,8 10
-8
5,5 10
-8
4,1 10
-8
3,6 10
-8
S
0,005
2,1 10
-7
5,0 10
-4
1,8 10
-7
1,1 10
-7
7,3 10
-8
5,8 10
-8
5,3 10
-8
Praseodymium
Pr-136
0,218 h
M
0,005
1,3 10
-10
5,0 10
-4
8,8 10
-11
4,2 10
-11
2,6 10
-11
1,6 10
-11
1,3 10
-11
S
0,005
1,3 10
-10
5,0 10
-4
9,0 10
-11
4,3 10
-11
2,7 10
-11
1,7 10
-11
1,4 10
-11
Pr-137
1,28 h
M
0,005
1,8 10
-10
5,0 10
-4
1,3 10
-10
6,1 10
-11
3,9 10
-11
2,4 10
-11
2,0 10
-11
S
0,005
1,9 10
-10
5,0 10
-4
1,3 10
-10
6,4 10
-11
4,0 10
-11
2,5 10
-11
2,1 10
-11
Pr-138m
2,10 h
M
0,005
5,9 10
-10
5,0 10
-4
4,5 10
-10
2,3 10
-10
1,4 10
-10
9,0 10
-11
7,2 10
-11
S
0,005
6,0 10
-10
5,0 10
-4
4,7 10
-10
2,4 10
-10
1,5 10
-10
9,3 10
-11
7,4 10
-11
Pr-139
4,51 h
M
0,005
1,5 10
-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
S
0,005
1,6 10
-10
5,0 10
-4
1,2 10
-10
5,7 10
-11
3,7 10
-11
2,4 10
-11
2,0 10
-11
Pr-142
19,1 h
M
0,005
5,3 10
-9
5,0 10
-4
3,5 10
-9
1,6 10
-9
1,0 10
-9
6,2 10
-10
5,2 10
-10
S
0,005
5,5 10
-9
5,0 10
-4
3,7 10
-9
1,7 10
-9
1,1 10
-9
6,6 10
-10
5,5 10
-10
Pr-142m
0,243h
M
0,005
6,7 10
-11
5,0 10
-4
4,5 10
-11
2,0 10
-11
1,3 10
-11
7,9 10
-12
6,6 10
-12
S
0,005
7,0 10
-11
5,0 10
-4
4,7 10
-11
2,2 10
-11
1,4 10
-11
8,4 10
-12
7,0 10
-12
Pr-143
13,6 d
M
0,005
1,2 10
-8
5,0 10
-4
8,4 10
-9
4,6 10
-9
3,2 10
-9
2,7 10
-9
2,2 10
-9
S
0,005
1,3 10
-8
5,0 10
-4
9,2 10
-9
5,1 10
-9
3,6 10
-9
3,0 10
-9
2,4 10
-9
Pr-144
0,288 h
M
0,005
1,9 10
-10
5,0 10
-4
1,2 10
-10
5,0 10
-11
3,2 10
-11
2,1 10
-11
1,8 10
-11
S
0,005
1,9 10
-10
5,0 10
-4
1,2 10
-10
5,2 10
-11
3,4 10
-11
2,1 10
-11
1,8 10
-11
Pr-145
5,98 h
M
0,005
1,6 10
-9
5,0 10
-4
1,0 10
-9
4,7 10
-10
3,0 10
-10
1,9 10
-10
1,6 10
-10
S
0,005
1,6 10
-9
5,0 10
-4
1,1 10
-9
4,9 10
-10
3,2 10
-10
2,0 10
-10
1,7 10
-10
Pr-147
0,227 h
M
0,005
1,5 10
-10
5,0 10
-4
1,0 10
-10
4,8 10
-11
3,1 10
-11
2,1 10
-11
1,8 10
-11
S
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
0,844 h
M
0,005
4,6 10
-10
5,0 10
-4
3,2 10
-10
1,6 10
-10
9,8 10
-11
6,3 10
-11
5,1 10
-11
S
0,005
4,8 10
-10
5,0 10
-4
3,3 10
-10
1,6 10
-10
1,0 10
-10
6,6 10
-11
5,4 10
-11
Nd-138
5,04 h
M
0,005
2,3 10
-9
5,0 10
-4
1,7 10
-9
7,7 10
-10
4,8 10
-10
2,8 10
-10
2,3 10
-10
S
0,005
2,4 10
-9
5,0 10
-4
1,8 10
-9
8,0 10
-10
5,0 10
-10
3,0 10
-10
2,5 10
-10
Nd-139
0,495 h
M
0,005
9,0 10
-11
5,0 10
-4
6,2 10
-11
3,0 10
-11
1,2 10
-11
9,9 10
-11
9,9 10
-12
S
0,005
9,4 10
-11
5,0 10
-4
6,4 10
-11
3,1 10
-11
2,0 10
-11
1,3 10
-11
1,0 10
-11
Nd-139m
5,50 h
M
0,005
1,1 10
-9
5,0 10
-4
8,8 10
-10
4,5 10
-10
2,9 10
-10
1,8 10
-10
1,5 10
-10
S
0,005
1,2 10
-9
5,0 10
-4
9,1 10
-10
4,6 10
-10
3,0 10
-10
1,9 10
-10
1,5 10
-10
Nd-141
2,49 h
M
0,005
4,1 10
-11
5,0 10
-4
3,1 10
-11
1,5 10
-11
9,6 10
-12
6,0 10
-12
4,8 10
-12
S
0,005
4,3 10
-11
5,0 10
-4
3,2 10
-11
1,6 10
-11
1,0 10
-11
6,2 10
-12
5,0 10
-12
Nd-147
11,0 d
M
0,005
1,1 10
-8
5,0 10
-4
8,0 10
-9
4,5 10
-9
3,2 10
-9
2,6 10
-9
2,1 10
-9
S
0,005
1,2 10
-8
5,0 10
-4
8,6 10
-9
4,9 10
-9
3,5 10
-9
3,0 10
-9
2,4 10
-9
Nd-149
1,73 h
M
0,005
6,8 10
-10
5,0 10
-4
4,6 10
-10
2,2 10
-10
1,5 10
-10
1,0 10
-10
8,4 10
-11
S
0,005
7,1 10
-10
5,0 10
-4
4,8 10
-10
2,3 10
-10
1,5 10
-10
1,1 10
-10
8,9 10
-11
Nd-151
0,207 h
M
0,005
1,5 10
-10
5,0 10
-4
9,9 10
-11
4,6 10
-11
3,0 10
-11
2,0 10
-11
1,7 10
-11
S
0,005
1,5 10
-10
5,0 10
-4
1,0 10
-10
4,8 10
-11
3,1 10
-11
2,1 10
-11
1,7 10
-11
Promethium
Pm-141
0,348 h
M
0,005
1,4 10
-10
5,0 10
-4
9,4 10
-11
4,3 10
-11
2,7 10
-11
1,7 10
-11
1,4 10
-11
S
0,005
1,5 10
-10
5,0 10
-4
9,7 10
-11
4,4 10
-11
2,8 10
-11
1,8 10
-11
1,5 10
-11
Pm-143
265 d
M
0,005
6,2 10
-9
5,0 10
-4
5,4 10
-9
3,3 10
-9
2,2 10
-9
1,7 10
-9
1,5 10
-9
S
0,005
5,5 10
-9
5,0 10
-4
4,8 10
-9
3,1 10
-9
2,1 10
-9
1,7 10
-9
1,4 10
-9
Pm-144
363 d
M
0,005
3,1 10
-8
5,0 10
-8
2,8 10
-8
1,8 10
-8
1,2 10
-8
9,3 10
-9
8,2 10
-9
S
0,005
2,6 10
-8
5,0 10
-4
2,4 10
-8
1,6 10
-8
1,1 10
-8
8,9 10
-9
7,5 10
-9
Pm-145
17,7 a
M
0,005
1,1 10
-8
5,0 10
-4
9,8 10
-9
6,4 10
-9
4,3 10
-9
3,7 10
-9
3,6 10
-9
S
0,005
7,1 10
-9
5,0 10
-9
6,5 10
-9
4,3 10
-9
2,9 10
-9
2,4 10
-9
2,3 10
-9
Pm-146
5,53 a
M
0,005
6,4 10
-8
5,0 10
-4
5,9 10
-8
3,9 10
-8
2,6 10
-8
2,2 10
-8
2,1 10
-8
S
0,005
5,3 10
-8
5,0 10
-4
4,9 10
-8
3,3 10
-8
2,2 10
-8
1,9 10
-8
1,7 10
-8
Pm-147
2,62 a
M
0,005
2,1 10
-8
5,0 10
-4
1,8 10
-8
1,1 10
-8
7,0 10
-9
5,7 10
-9
5,0 10
-9
S
0,005
1,9 10
-8
5,0 10
-4
1,6 10
-8
1,0 10
-8
6,8 10
-9
5,8 10
-9
4,9 10
-9
Pm-148
5,37 d
M
0,005
1,5 10
-8
5,0 10
-4
1,0 10
-8
5,2 10
-9
3,4 10
-9
2,4 10
-9
2,0 10
-9
S
0,005
1,5 10
-8
5,0 10
-4
1,1 10
-8
5,5 10
-9
3,7 10
-9
2,6 10
-9
2,2 10
-9
Pm-148m
41,3 d
M
0,005
2,4 10
-8
5,0 10
-4
1,9 10
-8
1,1 10
-8
7,7 10
-9
6,3 10
-9
5,1 10
-9
S
0,005
2,5 10
-8
5,0 10
-4
2,0 10
-8
1,2 10
-8
8,3 10
-9
7,1 10
-9
5,7 10
-9
Pm-149
2,21 d
M
0,005
5,0 10
-9
5,0 10
-4
3,5 10
-9
1,7 10
-9
1,1 10
-9
8,3 10
-10
6,7 10
-10
S
0,005
5,3 10
-9
5,0 10
-4
3,6 10
-9
1,8 10
-9
1,2 10
-9
9,0 10
-10
7,3 10
-10
Pm-150
2,68 h
M
0,005
1,2 10
-9
5,0 10
-4
7,9 10
-10
3,8 10
-10
2,4 10
-10
1,5 10
-10
1,2 10
-10
S
0,005
1,2 10
-9
5,0 10
-4
8,2 10
-10
3,9 10
-10
2,5 10
-10
1,6 10
-10
1,3 10
-10
Pm-151
1,18 d
M
0,005
3,3 10
-9
5,0 10
-4
2,5 10
-9
1,2 10
-9
8,3 10
-10
5,3 10
-10
4,3 10
-10
S
0,005
3,4 10
-9
5,0 10
-4
2,6 10
-9
1,3 10
-9
7,9 10
-10
5,7 10
-10
4,6 1
-10
Samarium
Sm-141
0,170 h
M
0,005
1,5 10
-10
5,0 10
-4
1,0 10
-10
4,7 10
-11
2,9 10
-11
1,8 10
-11
1,5 10
-11
Sm-141m
0,377 h
M
0,005
3,0 10
-10
5,0 10
-4
2,1 10
-10
9,7 10
-11
6,1 10
-11
3,9 10
-11
3,2 10
-11
Sm-142
1,21 h
M
0,005
7,5 10
-10
5,0 10
-4
4,8 10
-10
2,2 10
-10
1,4 10
-10
8,5 10
-11
7,1 10
-11
Sm-145
340 d
M
0,005
8,1 10
-9
5,0 10
-4
6,8 10
-9
4,0 10
-9
2,5 10
-9
1,9 10
-4
1,6 10
-9
Sm-146
1,03 10
8
a
M
0,005
2,7 10
-5
5,0 10
-4
2,6 10
-5
1,7 10
-5
1,2 10
-5
1,1 10
-5
1,1 10
-5
Sm-147
1,06 10
11
a
M
0,005
2,5 10
-5
5,0 10
-4
2,3 10
-5
1,6 10
-5
1,1 10
-5
9,6 10
-6
9,6 10
-6
Sm-151
90,0 a
M
0,005
1,1 10
-8
5,0 10
-4
1,0 10
-8
6,7 10
-9
4,5 10
-9
4,0 10
-9
4,0 10
-9
Sm-153
1,95 d
M
0,005
4,2 10
-9
5,0 10
-4
2,9 10
-9
1,5 10
-9
1,0 10
-9
7,9 10
-10
6,3 10
-10
Sm-155
0,368 h
M
0,005
1,5 10
-10
5,0 10
-4
9,9 10
-11
4,4 10
-11
2,9 10
-11
2,0 10
-11
1,7 10
-11
Sm-156
9,40 h
M
0,005
1,6 10
-9
5,0 10
-4
1,1 10
-9
5,8 10
-10
3,5 10
-10
2,7 10
-10
2,2 10
-10
Europium
Eu-145
5,94 d
M
0,005
3,6 10
-9
5,0 10
-4
2,9 10
-9
1,6 10
-9
1,0 10
-9
6,8 10
-10
5,5 10
-10
Eu-146
4,61 d
M
0,005
5,5 10
-9
5,0 10
-4
4,4 10
-9
2,4 10
-9
1,5 10
-9
1,0 10
-9
8,0 10
-10
Eu-147
24,0 d
M
0,005
4,9 10
-9
5,0 10
-4
3,7 10
-9
2,2 10
-9
1,6 10
-9
1,3 10
-9
1,1 10
-9
Eu-148
54,5 d
M
0,005
1,4 10
-8
5,0 10
-4
1,2 10
-8
6,8 10
-9
4,6 10
-9
3,2 10
-9
2,6 10
-9
Eu-149
93,1 d
M
0,005
1,6 19
-9
5,0 10
-4
1,3 10
-9
7,3 10
-10
4,7 10
-10
3,5 10
-10
2,9 10
-10
Eu-150
34,2 a
M
0,005
1,1 10
-7
5,0 10
-4
1,1 10
-7
7,8 10
-8
5,7 10
-8
5,3 10
-8
5,3 10
-8
Eu-150
12,6 h
M
0,005
1,6 10
-9
5,0 10
-4
1,1 10
-9
5,2 10
-10
3,4 10
-10
2,3 10
-10
1,9 10
-10
Eu-152
13,3 a
M
0,005
1,1 10
-7
5,0 10
-4
1,0 10
-7
7,0 10
-8
4,9 10
-8
4,3 10
-8
4,2 10
-8
Eu-152m
9,32 h
M
0,005
1,9 10
-9
5,0 10
-4
1,3 10
-9
6,6 10
-10
4,2 10
-10
2,4 10
-10
2,2 10
-10
Eu-154
8,80 a
M
0,005
1,6 10
-7
5,0 10
-4
1,5 10
-7
9,7 10
-8
6,5 10
-8
5,6 10
-8
5,3 10
-8
Eu-155
4,96 a
M
0,005
2,6 10
-8
5,0 10
-8
2,3 10
-8
1,4 10
-8
9,2 10
-9
7,6 10
-9
6,9 10
-9
Eu-156
15,2 d
M
0,005
1,9 10
-8
5,0 10
-4
1,4 10
-8
7,7 10
-9
5,3 10
-9
4,2 10
-9
3,4 10
-9
Eu-157
15,1 h
M
0,005
2,5 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
0,765 h
M
0,005
4,3 10
-10
5,0 10
-4
2,9 10
-10
1,3 10
-10
8,5 10
-11
5,6 10
-11
4,7 10
-11
Gadolinium
Gd-145
0,382 h
F
0,005
1,3 10
-10
5,0 10
-4
9,6 10
-11
4,7 10
-11
2,9 10
-11
1,7 10
-11
1,4 10
-11
M
0,005
1,8 10
-10
5,0 10
-4
1,3 10
-10
6,2 10
-11
3,9 10
-11
2,4 10
-11
2,0 10
-11
Gd-146
48,3 d
F
0,005
2,9 10
-8
5,0 10
-4
2,3 10
-8
1,2 10
-8
7,8 10
-9
5,1 10
-9
4,4 10
-9
M
0,005
2,8 10
-8
5,0 10
-4
2,2 10
-8
1,3 10
-8
9,3 10
-9
7,9 10
-9
6,4 10
-9
Gd-147
1,59 d
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
M
0,005
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 1
-10
Gd-148
93,0 a
F
0,005
8,3 10
-5
5,0 10
-4
7,6 10
-5
4,7 10
-5
3,2 10
-5
2,6 10
-5
2,6 10
-5
M
0,005
3,2 10
-5
5,0 10
-4
2,9 10
-5
1,9 10
-5
1,3 10
-5
1,2 10
-5
1,1 10
-5
Gd-149
9,40 d
F
0,005
2,6 10
-9
5,0 10
-4
2,0 10
-9
8,0 10
-10
5,1 10
-10
3,1 10
-10
2,6 10
-10
M
0,005
3,6 10
-9
5,0 10
-4
3,0 10
-9
1,5 10
-9
1,1 10
-9
9,2 10
-10
7,3 10
-10
Gd-151
120 d
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
7,8 10
-10
M
0,005
4,5 10
-9
5,0 10
-4
3,5 10
-9
2,0 10
-9
1,3 10
-9
1,0 10
-9
8,6 10
-10
Gd-152
1,08 10
14
a
F
0,005
5,9 10
-5
5,0 10
-4
5,4 10
-5
3,4 10
-5
2,4 10
-5
1,9 10
-5
1,9 10
-5
M
0,005
2,1 10
-5
5,0 10
-4
1,9 10
-5
1,3 10
-5
8,9 10
-9
7,9 10
-6
8,0 10
-9
Gd-153
242 d
F
0,005
1,5 10
-8
5,0 10
-4
1,2 10
-8
6,5 10
-9
3,9 10
-9
2,4 10
-9
2,1 10
-9
M
0,005
9,9 10
-9
5,0 10
-4
7,9 10
-9
4,8 10
-9
3,1 10
-9
2,5 10
-9
2,1 10
-9
Gd-159
18,6 h
F
0,005
1,2 10
-9
5,0 10
-4
8,9 10
-10
3,8 10
-10
2,3 10
-10
1,2 10
-10
1,0 10
-10
M
0,005
2,2 10
-9
5,0 10
-4
1,5 10
-9
7,3 10
-10
4,9 10
-10
3,4 10
-10
2,70
-10
Terbium
Tb-147
1,65 h
M
0,005
6,7 10
-10
5,0 10
-4
4,8 10
-10
2,3 10
-10
1,5 10
-10
9,3 10
-11
7,6 10
-11
Tb-149
4,15 h
M
0,005
2,1 10
-8
5,0 10
-4
1,5 10
-8
9,6 10
-9
6,6 10
-9
5,8 10
-9
4,9 10
-9
Tb-150
3,27 h
M
0,005
1,0 10
-9
5,0 10
-4
7,4 10
-10
3,5 10
-10
2,2 10
-10
1,3 10
-10
1,1 10
-10
Tb-151
17,6 h
M
0,005
1,6 10
-9
5,0 10
-4
1,2 10
-9
6,3 10
-10
4,2 10
-10
2,8 10
-10
2,3 10
-10
Tb-153
2,34 d
M
0,005
1,4 10
-9
5,0 10
-4
1,0 10
-9
5,4 10
-10
3,6 10
-10
2,3 10
-10
1,9 10
-10
Tb-154
21,4 h
M
0,005
2,7 10
-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-155
5,32 d
M
0,005
1,4 10
-9
5,0 10
-4
1,0 10
-9
5,6 10
-10
3,4 10
-10
2,7 10
-10
2,2 10
-10
Tb-156
5,34 d
M
0,005
7,0 10
-9
5,0 10
-4
5,4 10
-9
3,0 10
-9
2,0 10
-9
1,5 10
-9
1,2 10
-9
Tb-156m
1,02 d
M
0,005
1,1 10
-9
5,0 10
-4
9,4 10
-10
4,7 10
-10
3,3 10
-10
2,7 10
-10
2,1 10
-10
Tb-156m
5,00 h
M
0,005
6,2 10
-10
5,0 10
-4
4,5 10
-10
2,4 10
-10
1,7 10
-10
1,2 10
-10
9,6 10
-11
Tb-157
1,50 10
2
a
M
0,005
3,2 10
-9
5,0 10
-4
3,0 10
-9
2,0 10
-9
1,4 10
-9
1,2 10
-9
1,2 10
-9
Tb-158
1,50 10
2
a
M
0,005
1,1 10
-7
5,0 10
-4
1,0 10
-7
7,0 10
-8
5,1 10
-8
4,7 10
-8
4,6 10
-8
Tb-160
72,3 d
M
0,005
3,2 10
-8
5,0 10
-4
2,5 10
-8
1,5 10
-8
1,0 10
-8
8,6 10
-9
7,0 10
-9
Tb-161
6,91 d
M
0,005
6,6 10
-9
5,0 10
-4
4,7 10
-9
2,6 10
-9
1,9 10
-9
1,6 10
-9
1,3 10
-9
Dysprosium
Dy-155
10,0 h
M
0,005
5,6 10
-10
5,0 10
-4
4,4 10
-10
2,3 10
-10
1,5 10
-10
9,6 10
-11
7,7 10
-11
Dy-157
8,10 h
M
0,005
2,4 10
-10
5,0 10
-4
1,9 10
-10
9,9 10
-11
6,2 10
-11
3,8 10
-11
3,0 10
-11
Dy-159
144 d
M
0,005
2,1 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
2,33 h
M
0,005
5,2 10
-10
5,0 10
-4
3,4 10
-10
1,6 10
-10
1,1 10
-10
7,2 10
-11
6,0 10
-11
Dy-166
3,40 d
M
0,005
1,2 10
-8
5,0 10
-4
8,3 10
-9
4,4 10
-9
3,0 10
-9
2,3 10
-9
1,9 10
-9
Holmium
Ho-155
0,800 h
M
0,005
1,7 10
-10
5,0 10
-4
1,2 10
-10
5,8 10
-11
3,7 10
-11
2,4 10
-11
2,0 10
-11
Ho-157
0,210 h
M
0,005
3,4 10
-11
5,0 10
-4
2,5 10
-4
1,3 10
-11
8,0 10
-12
5,1 10
-12
4,2 10
-12
Ho-159
0,550 h
M
0,005
4,6 10
-11
5,0 10
-4
3,3 10
-11
1,7 10
-11
1,1 10
-11
7,5 10
-12
6,1 10
-12
Ho-161
2,50 h
M
0,005
5,7 10
-11
5,0 10
-4
4,0 10
-11
2,0 10
-11
1,2 10
-11
7,5 10
-12
6,0 10
-12
Ho-162
0,250 h
M
0,005
2,1 10
-11
5,0 10
-4
1,5 10
-11
7,2 10
-12
4,8 10
-12
3,4 10
-12
2,8 10
-12
Ho-162m
1,13 h
M
0,005
1,5 10
-10
5,0 10
-4
1,1 10
-10
5,8 10
-11
3,8 10
-11
2,6 10
-11
2,1 10
-11
Ho-164
0,483 h
M
0,005
6,8 10
-4
5,0 10
-4
4,5 10
-11
2,1 10
-11
1,4 10
-11
9,9 10
-12
8,4 10
-12
Ho-164m
0,625 h
M
0,005
9,1 10
-11
5,0 10
-4
5,9 10
-11
3,0 10
-11
2,0 10
-11
1,3 10
-11
1,2 10
-11
Ho-166
1,12 d
M
0,005
6,0 10
-9
5,0 10
-4
4,0 10
-9
1,9 10
-9
1,2 10
-9
7,9 10
-10
6,5 10
-10
Ho-166m
1,20 10
3
a
M
0,005
2,6 10
-7
5,0 10
-4
2,5 10
-7
1,8 10
-7
1,3 10
-7
1,2 10
-7
1,2 10
-7
Ho-167
3,10 h
M
0,005
5,2 10
-10
5,0 10
-4
3,6 10
-10
1,8 10
-10
1,2 10
-10
8,7 10
-11
7,1 10
-11
Erbium
Er-161
3,24 h
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
10,4 h
M
0,005
7,2 10
-11
5,0 10
-4
5,3 10
-11
2,6 10
-11
1,6 10
-11
9,6 10
-12
7,9 10
-12
Er-169
9,30 d
M
0,005
4,7 10
-9
5,0 10
-4
3,5 10
-9
2,0 10
-9
1,5 10
-9
1,3 10
-9
1,0 10
-9
Er-171
7,52 h
M
0,005
1,8 10
-9
5,0 10
-4
1,2 10
-9
5,9 10
-10
3,9 10
-10
2,7 10
-10
2,2 10
-10
Er-172
2,05 d
M
0,005
6,6 10
-9
5,0 10
-4
4,7 10
-9
2,5 10
-9
1,7 10
-9
1,4 10
-9
1,1 10
-9
Thulium
Tm-162
0,362 h
M
0,005
1,3 10
-10
5,0 10
-4
9,6 10
-11
4,7 10
-11
3,0 10
-11
1,9 10
-11
1,6 10
-11
Tm-166
7,70 h
M
0,005
1,3 10
-9
5,0 10
-4
9,9 10
-10
5,2 10
-10
3,3 10
-10
2,2 10
-10
1,7 10
-10
Tm-167
9,24 d
M
0,005
5,6 10
-9
5,0 10
-4
4,1 10
-9
2,3 10
-9
1,7 10
-9
1,4 10
-9
1,1 10
-9
Tm-170
129 d
M
0,005
3,6 10
-8
5,0 10
-4
2,8 10
-8
1,6 10
-8
1,1 10
-8
8,5 10
-9
7,0 10
-9
Tm-171
1,92 a
M
0,005
6,8 10
-9
5,0 10
-4
5,7 10
-9
3,4 10
-9
2,0 10
-9
1,6 10
-9
1,4 10
-9
Tm-172
2,65 d
M
0,005
8,4 10
-9
5,0 10
-4
5,8 10
-9
2,9 10
-9
1,9 10
-9
1,4 10
-9
1,1 10
-9
Tm-173
8,24 h
M
0,005
1,5 10
-9
5,0 10
-4
1,0 10
-9
5,0 10
-10
3,3 10
-10
2,2 10
-10
1,8 10
-10
Tm-175
0,253 h
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-162
0,315 h
M
0,005
1,1 10
-10
5,0 10
-4
7,9 10
-11
3,9 10
-11
2,5 10
-11
1,6 10
-11
1,3 10
-11
S
0,005
1,2 10
-10
5,0 10
-4
8,2 10
-11
4,0 10
-11
2,6 10
-11
1,7 10
-11
1,4 10
-11
Yb-166
2,36 d
M
0,005
4,7 10
-9
5,0 10
-4
3,5 10
-9
1,9 10
-9
1,3 10
-9
9,0 10
-10
7,2 10
-10
S
0,005
4,9 10
-9
5,0 10
-4
3,7 10
-9
2,0 10
-9
1,3 10
-9
9,6 10
-10
7,7 10
-10
Yb-167
0,292 h
M
0,005
4,4 10
-11
5,0 10
-4
3,2 10
-11
1,7 10
-11
1,1 10
-11
8,4 10
-12
6,9 10
-12
S
0,005
4,6 10
-11
5,0 10
-4
3,2 10
-11
1,7 10
-11
1,1 10
-11
8,4 10
-12
6,9 10
-12
Yb-169
32,0 d
M
0,005
1,2 10
-8
5,0 10
-4
8,7 10
-9
5,1 10
-9
3,7 10
-9
3,2 10
-9
2,5 10
-9
S
0,005
1,3 10
-8
5,0 10
-4
9,8 10
-9
5,9 10
-9
4,2 10
-9
3,7 10
-9
8,0 10
-9
Yb-175
4,19 d
M
0,005
3,5 10
-9
5,0 10
-4
2,5 10
-9
1,4 10
-9
9,8 10
-10
8,3 10
-10
6,5 10
-10
S
0,005
3,7 10
-9
5,0 10
-4
2,7 10
-9
1,5 10
-9
1,1 10
-9
9,2 10
-10
7,3 10
-10
Yb-177
1,90 h
M
0,005
5,0 10
-10
5,0 10
-4
3,3 10
-10
1,6 10
-10
1,1 10
-10
7,8 10
-11
6,4 10
-11
S
0,005
5,3 10
-10
5,0 10
-4
3,5 10
-10
1,7 10
-10
1,2 10
-10
8,4 10
-11
6,9 10
-11
Yb-178
1,23 h
M
0,005
5,9 10
-10
5,0 10
-4
3,9 10
-10
1,8 10
-10
1,2 10
-10
8,5 10
-11
7,0 10
-11
S
0,005
6,2 10
-10
5,0 10
-4
4,1 10
-10
1,9 10
-10
1,3 10
-10
9,1 10
-11
7,5 10
-11
Lutetium
Lu-169
1,42 d
M
0,005
2,3 10
-9
5,0 10
-4
1,8 10
-9
9,5 10
-10
6,3 10
-10
4,4 10
-10
3,5 10
-10
S
0,005
2,4 10
-9
5,0 10
-4
1,9 10
-9
1,0 10
-9
6,7 10
-10
4,8 10
-10
3,8 10
-10
Lu-170
2,00 d
M
0,005
4,3 10
-9
5,0 10
-4
3,4 10
-9
1,8 10
-9
1,2 10
-9
7,8 10
-10
6,3 10
-10
S
0,005
4,5 10
-9
5,0 10
-9
3,5 10
-9
1,8 10
-9
1,2 10
-9
8,2 10
-10
6,6 10
-10
Lu-171
8,22 d
M
0,005
5,0 10
-9
5,0 10
-4
3,7 10
-9
2,1 10
-9
1,2 10
-9
9,8 10
-10
8,0 10
-10
S
0,005
4,7 10
-9
5,0 10
-4
3,9 10
-9
2,0 10
-9
1,4 10
-9
1,1 10
-9
8,8 10
-10
Lu-172
6,70 d
M
0,005
8,7 10
-9
5,0 10
-4
6,7 10
-9
3,8 10
-9
2,6 10
-9
1,8 10
-9
1,4 10
-9
S
0,005
9,3 10
-9
5,0 10
-4
7,1 10
-9
4,0 10
-9
2,8 10
-9
2,0 10
-9
1,6 10
-9
Lu-173
1,37 a
M
0,005
1,0 10
-8
5,0 10
-4
8,5 10
-9
5,1 10
-9
3,2 10
-9
2,5 10
-9
2,2 10
-9
S
0,005
1,0 10
-8
5,0 10
-4
8,7 10
-9
5,4 10
-9
3,6 10
-9
2,9 10
-9
2,4 10
-9
Lu-174
3,31 a
M
0,005
1,7 10
-8
5,0 10
-4
1,5 10
-8
9,1 10
-9
5,8 10
-9
4,7 10
-9
4,2 10
-9
S
0,005
1,6 10
-8
5,0 10
-4
1,4 10
-8
8,9 10
-9
5,9 10
-9
4,9 10
-9
4,2 10
-9
Lu-174m
142 d
M
0,005
1,9 10
-8
5,0 10
-4
1,4 10
-8
8,6 10
-9
5,4 10
-9
4,3 10
-9
3,7 10
-9
S
0,005
2,0 10
-8
5,0 10
-4
1,5 10
-8
9,2 10
-9
6,1 10
-9
5,0 10
-9
4,2 10
-9
Lu-176
3,60 10
10
a
M
0,005
1,8 10
-7
5,0 10
-4
1,7 10
-7
1,1 10
-7
7,8 10
-8
7,1 10
-8
7,0 10
-8
S
0,005
1,5 10
-7
5,0 10
-4
1,4 10
-7
9,4 10
-8
6,5 10
-8
5,9 10
-8
5,6 10
-8
Lu-176m
3,68 h
M
0,005
8,9 10
-10
5,0 10
-4
5,9 10
-10
2,8 10
-10
1,9 10
-10
1,2 10
-10
1,1 10
-10
S
0,005
9,3 10
-10
5,0 10
-4
6,2 10
-10
3,0 10
-10
2,0 10
-10
1,2 10
-10
1,2 10
-10
Lu-177
6,71 d
M
0,005
5,3 10
-9
5,0 10
-4
3,8 10
-9
2,2 10
-9
1,6 10
-9
1,4 10
-9
1,1 10
-9
S
0,005
5,7 10
-9
5,0 10
-4
4,1 10
-9
2,4 10
-9
1,7 10
-9
1,5 10
-9
1,2 10
-9
Lu-177m
161 d
M
0,005
5,8 10
-8
5,0 10
-4
4,6 10
-8
2,8 10
-8
1,9 10
-8
1,6 10
-8
1,3 10
-8
S
0,005
6,5 10
-8
5,0 10
-4
5,3 10
-8
3,2 10
-8
2,3 10
-8
2,0 10
-8
1,6 10
-8
Lu-178
0,473 h
M
0,005
2,3 10
-10
5,0 10
-4
1,5 10
-10
6,6 10
-11
4,3 10
-11
2,9 10
-11
2,4 10
-11
S
0,005
2,4 10
-10
5,0 10
-4
1,5 10
-10
6,9 10
-11
4,5 10
-11
3,0 10
-11
2,6 10
-11
Lu-178m
0,378 h
M
0,005
2,6 10
-10
5,0 10
-4
1,8 10
-10
8,3 10
-11
5,6 10
-11
3,8 10
-11
3,2 10
-11
S
0,005
2,7 10
-10
5,0 10
-4
1,9 10
-10
8,7 10
-11
5,8 10
-11
4,0 10
-11
3,3 10
-11
Lu-179
4,59 h
M
0,005
9,9 10
-10
5,0 10
-4
6,5 10
-10
3,0 10
-10
2,0 10
-10
1,2 10
-10
1,1 10
-10
S
0,005
1,0 10
-9
5,0 10
-4
6,8 10
-10
3,2 10
-10
2,1 10
-10
1,3 10
-10
1,2 10
-10
Hafnium
Hf-170
16,0 h
F
0,020
1,4 10
-9
0,002
1,1 10
-9
5,4 10
-10
3,4 10
-10
2,0 10
-10
1,6 10
-10
M
0,020
2,2 10
-9
0,002
1,7 10
-9
8,7 10
-10
5,8 10
-10
3,9 10
-10
3,2 10
-10
Hf-172
1,87 a
F
0,020
1,5 10
-7
0,002
1,3 10
-7
7,8 10
-8
4,9 10
-8
3,5 10
-8
3,2 10
-8
M
0,020
8,1 10
-8
0,002
6,9 10
-8
4,3 10
-8
2,8 10
-8
2,3 10
-8
2,0 10
-8
Hf-173
24,0 h
F
0,020
6,6 10
-10
0,002
5,0 10
-10
2,5 10
-10
1,5 10
-10
8,9 10
-11
7,4 10
-11
M
0,020
1,1 10
-9
0,002
8,2 10
-10
4,3 10
-10
2,9 10
-10
2,0 10
-10
1,6 10
-10
Hf-175
70,0 d
F
0,020
5,4 10
-9
0,002
4,0 10
-9
2,1 10
-9
1,3 10
-9
8,5 10
-10
7,2 10
-10
M
0,020
5,8 10
-9
0,002
4,5 10
-9
2,6 10
-9
1,8 10
-9
1,4 10
-9
1,2 10
-9
Hf-177m
0,856 h
F
0,020
3,9 10
-10
0,002
2,8 10
-10
1,3 10
-10
8,5 10
-11
5,2 10
-11
4,4 10
-11
M
0,020
6,5 10
-10
0,002
4,7 10
-10
2,3 10
-10
1,5 10
-10
1,1 10
-10
9,0 10
-11
Hf-178m
31,0 a
F
0,020
6,2 10
-7
0,002
5,8 10
-7
4,0 10
-7
3,1 10
-7
2,7 10
-7
2,6 10
-7
M
0,020
2,6 10
-7
0,002
2,4 10
-7
1,7 10
-7
1,3 10
-7
1,2 10
-7
1,2 10
-7
Hf-179m
25,1 d
F
0,020
9,7 10
-9
0,002
6,8 10
-9
3,4 10
-9
2,1 10
-9
1,2 10
-9
1,1 10
-9
M
0,020
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-180m
5,50 h
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
M
0,020
9,1 10
-10
0,002
6,8 10
-10
3,6 10
-10
2,4 10
-10
1,7 10
-10
1,3 10
-10
Hf-181
42,4 d
F
0,020
1,3 10
-8
0,002
9,6 10
-9
4,8 10
-9
2,8 10
-9
1,7 10
-9
1,4 10
-9
M
0,020
2,2 10
-8
0,002
1,7 10
-8
9,9 10
-9
7,1 10
-9
6,3 10
-9
5,0 10
-9
Hf-182
9,00 10
6
a
F
0,020
6,5 10
-7
0,002
6,2 10
-7
1,3 10
-7
4,4 10
-7
3,6 10
-7
3,1 10
[illegible]
M
0,020
2,4 10
-7
0,002
2,3 10
-7
1,7 10
-7
1,3 10
-7
1,3 10
-7
1,3 10
-7
Hf-182m
1,02 h
F
0,020
1,9 10
-10
0,002
1,4 10
-10
6,6 10
-11
4,2 10
-11
2,6 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
-11
4,6 10
-11
Hf-183
1,07 h
F
0,020
2,5 10
-10
0,002
1,7 10
-10
7,9 10
-11
4,9 10
-11
2,8 10
-11
2,4 10
-11
M
0,020
4,4 10
-10
0,002
3,0 10
-10
1,5 10
-10
9,8 10
-11
7,0 10
-11
5,7 10
-11
Hf-184
4,12 h
F
0,020
1,4 10
-9
0,002
9,6 10
-10
4,3 10
-10
2,7 10
-10
1,4 10
-10
1,2 10
-10
M
0,020
2,6 10
-9
0,002
1,8 10
-9
8,9 10
-10
5,9 10
-10
4,0 10
-10
3,3 10
-10
Tantalum
Ta-172
0,613 h
M
0,010
2,8 10
-10
0,001
1,9 10
-10
9,3 10
-11
6,0 10
-11
4,0 10
-11
3,3 10
-11
S
0,010
2,9 10
-10
0,001
2,0 10
-10
9,8 10
-11
6,3 10
-11
4,2 10
-11
3,5 10
-11
Ta-173
3,65 h
M
0,010
8,8 10
-10
0,001
6,2 10
-10
3,0 10
-10
2,0 10
-10
1,3 10
-10
1,1 10
-10
S
0,010
9,2 10
-10
0,001
6,5 10
-10
3,2 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
Ta-174
1,20 h
M
0,010
3,2 10
-10
0,001
2,2 10
-10
1,1 10
-10
7,1 10
-11
5,0 10
-11
4,1 10
-11
S
0,010
3,4 10
-10
0,001
2,3 10
-10
1,1 10
-10
7,5 10
-11
5,3 10
-11
4,3 10
-11
Ta-175
10,5 h
M
0,010
9,1 10
-10
0,001
7,0 10
-10
3,7 10
-10
2,4 10
-10
1,5 10
-10
1,2 10
-10
S
0,010
9,5 10
-10
0,001
7,3 10
-10
3,8 10
-10
2,5 10
-10
1,6 10
-10
1,3 10
-10
Ta-176
8,08 h
M
0,010
1,4 10
-9
0,001
1,1 10
-9
5,7 10
-10
3,7 10
-10
2,4 10
-10
1,9 10
-10
S
0,010
1,4 10
-9
0,001
1,1 10
-9
5,9 10
-10
3,8 10
-10
2,5 10
-10
2,0 10
-10
Ta-177
2,36 d
M
0,010
6,5 10
-10
0,001
4,7 10
-10
2,5 10
-10
1,5 10
-10
1,2 10
-10
9,6 10
-11
S
0,010
6,9 10
-10
0,001
5,0 10
-10
2,7 10
-10
1,7 10
-10
1,3 10
-10
1,1 10
-10
Ta-178
2,20 h
M
0,010
4,4 10
-10
0,001
3,3 10
-10
1,7 10
-10
1,1 10
-10
8,0 10
-11
6,5 10
-11
S
0,010
4,6 10
-10
0,001
3,4 10
-10
1,8 10
-10
1,2 10
-10
8,5 10
-11
6,8 10
-11
Ta-179
1,82 a
M
0,010
1,2 10
-9
0,001
9,6 10
-10
5,5 10
-10
3,5 10
-10
2,6 10
-10
2,2 10
-10
S
0,010
2,4 10
-9
0,001
2,1 10
-9
1,3 10
-9
8,3 10
-10
6,4 10
-10
5,6 10
-10
Ta-180
1,00 10
13
a
M
0,010
2,7 10
-8
0,001
2,2 10
-8
1,3 10
-8
9,2 10
-9
7,9 10
-9
6,4 10
-9
S
0,010
7,0 10
-8
0,001
6,5 10
-8
4,5 10
-8
3,1 10
-8
2,8 10
-8
2,6 10
-8
Ta-180 m
8,10 h
M
0,010
3,1 10
-10
0,001
2,2 10
-10
1,1 10
-10
7,4 10
-11
4,8 10
-11
4,4 10
-11
S
0,010
3,3 10
-10
0,001
2,3 10
-10
1,2 10
-10
7,9 10
-11
5,2 10
-11
4,2 10
-11
Ta-182
115 d
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
S
0,010
4,2 10
-8
0,001
3,4 10
-8
2,1 10
-8
1,5 10
-8
1,3 10
-8
1,0 10
-8
Ta-182m
0,264 h
M
0,010
1,6 10
-10
0,001
1,1 10
-10
4,9 10
-11
3,4 10
-11
2,4 10
-11
2,0 10
-11
S
0,010
1,6 10
-10
0,001
1,1 10
-10
5,2 10
-11
3,6 10
-11
2,5 10
-11
2,1 10
-11
Ta-183
5,10 d
M
0,010
1,0 10
-8
0,001
7,4 10
-9
4,1 10
-9
2,9 10
-9
2,4 10
-9
1,9 10
-9
S
0,010
1,1 10
-8
0,001
8,0 10
-9
4,5 10
-9
3,2 10
-9
2,7 10
-9
2,1 10
-9
Ta-184
8,70 h
M
0,010
3,2 10
-9
0,001
2,3 10
-9
1,1 10
-9
7,5 10
-10
5,0 10
-10
4,1 10
-10
S
0,010
3,4 10
-9
0,001
2,4 10
-9
1,2 10
-9
7,9 10
-10
5,4 10
-10
4,3 10
-10
Ta-185
0,816 h
M
0,010
3,8 10
-10
0,001
2,5 10
-10
1,2 10
-10
7,7 10
-11
5,4 10
-11
4,5 10
-11
S
0,010
4,0 10
-10
0,001
2,6 10
-10
1,2 10
-10
8,2 10
-11
5,7 10
-11
4,8 10
-11
Ta-186
0,175 h
M
0,010
1,6 10
-10
0,001
1,1 10
-10
4,8 10
-11
3,1 10
-11
2,0 10
-11
1,7 10
-11
S
0,010
1,6 10
-10
0,001
1,1 10
-10
5,0 10
-11
3,2 10
-11
2,1 10
-11
1,8 10
-11
Tungsten
W-176
2,30 h
F
0,600
3,3 10
-10
0,300
2,7 10
-10
1,4 10
-10
8,6 10
-11
5,0 10
-11
4,1 10
-11
W-177
2,25 h
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
21,7 d
F
0,600
7,2 10
-10
0,300
5,4 10
-10
2,5 10
-10
1,6 10
-11
8,7 10
-11
7,2 10
-11
W-179
0,625 h
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
121 d
F
0,600
2,5 10
-10
0,300
1,9 10
-10
9,2 10
-11
5,7 10
-11
3,2 10
-11
2,7 10
-11
W-185
75,1 d
F
0,600
1,4 10
-9
0,300
1,0 10
-9
4,4 10
-10
2,7 10
-10
1,4 10
-10
1,2 10
-10
W-187
23,9 h
F
0,600
2,0 10
-9
0,300
1,5 10
-9
7,0 10
-10
4,3 10
-10
2,3 10
-10
1,9 10
-10
W-188
69,4 d
F
0,600
7,1 10
-9
0,300
5,0 10
-9
2,2 10
-9
1,3 10
-9
6,8 10
-10
5,7 10
-10
Rhenium
Re-177
0,233 h
F
1,000
9,4 10
-11
0,800
6,7 10
-11
3,2 10
-11
1,9 10
-11
1,2 10
-11
9,7 10
-12
M
1,000
1,1 10
-10
0,800
7,9 10
-11
3,9 10
-11
2,5 10
-11
1,7 10
-11
1,4 10
-11
Re-178
0,220 h
F
1,000
9,9 10
-11
0,800
6,8 10
-11
3,1 10
-11
1,9 10
-11
1,2 10
-11
1,0 10
-11
M
1,000
1,3 10
-10
0,800
8,5 10
-11
3,9 10
-11
2,6 10
-11
1,7 10
-11
1,4 10
-11
Re-181
20,0 h
F
1,000
2,0 10
-9
0,800
1,4 10
-9
6,7 10
-10
3,8 10
-10
2,3 10
-10
1,8 10
-10
M
1,000
2,1 10
-9
0,800
1,5 10
-9
7,4 10
-10
4,6 10
-10
3,1 10
-10
2,5 10
-10
Re-182
2,67 d
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
1,000
8,7 10
-9
0,800
6,3 10
-9
3,4 10
-9
2,2 10
-9
1,5 10
-9
1,2 10
-9
Re-182
12,7 h
F
1,000
1,3 10
-9
0,800
1,0 10
-9
4,9 10
-10
2,8 10
-10
1,7 10
-10
1,4 10
-10
M
1,000
1,4 10
-9
0,800
1,1 10
-9
5,7 10
-10
3,6 10
-10
2,5 10
-10
2,0 10
-10
Re-184
38,0 d
F
1,000
4,1 10
-9
0,800
2,9 10
-9
1,4 10
-9
8,6 10
-10
5,4 10
-10
4,4 10
-10
M
1,000
9,1 10
-9
0,800
6,8 10
-9
4,0 10
-9
2,8 10
-9
2,4 10
-9
1,9 10
-9
Re-184m
165 d
F
1,000
6,6 10
-9
0,800
4,6 10
-9
2,0 10
-9
1,2 10
-9
7,3 10
-10
5,9 10
-10
M
1,000
2,9 10
-8
0,800
2,2 10
-8
1,3 10
-8
9,3 10
-9
8,1 10
-9
6,5 10
-9
Re-186
3,78 d
F
1,000
7,3 10
-9
0,800
4,7 10
-9
2,0 10
-9
1,1 10
-9
6,6 10
-10
5,2 10
-10
M
1,000
8,7 10
-9
0,800
5,7 10
-9
2,8 10
-9
1,8 10
-9
1,4 10
-9
1,1 10
-9
Re-186 m
2,00 10
5
a
F
1,000
1,2 10
-9
0,800
7,0 10
-9
2,9 10
-9
1,7 10
-9
1,0 10
-9
8,3 10
-10
M
1,000
5,9 10
-8
0,800
4,6 10
-8
2,7 10
-8
1,8 10
-8
1,4 10
-8
1,2 10
-8
Re-187
5,00 10
10
a
F
1,000
2,6 10
-11
0,800
1,6 10
-11
6,8 10
-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
17,0 h
F
1,000
6,5 10
-9
0,800
4,4 10
-9
1,9 10
-9
1,0 10
-9
6,1 10
-10
4,6 10
-10
M
1,000
6,0 10
-9
0,800
4,0 10
-9
1,8 10
-9
1,0 10
-9
6,8 10
-10
5,4 10
10
Re-188m
0,310 h
F
1,000
1,4 10
-10
0,800
9,1 10
-11
4,0 10
-11
2,1 10
-11
1,3 10
-11
1,0 10
-11
M
1,000
1,3 10
-10
0,800
8,6 10
-11
4,0 10
-11
2,7 10
-11
1,6 10
-11
1,3 10
-11
Re-189
1,01 d
F
1,000
3,7 10
-9
0,800
2,5 10
-9
1,1 10
-9
5,8 10
-10
3,5 10
-10
2,7 10
-10
M
1,000
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
0,366 h
F
0,020
7,1 10
-11
0,010
5,3 10
-11
2,6 10
-11
1,6 10
-11
1,0 10
-11
8,2 10
-12
M
0,020
1,1 10
-10
0,010
7,9 10
-11
3,9 10
-11
2,5 10
-11
1,7 10
-11
1,4 10
-11
S
0,020
1,1 10
-10
0,010
8,2 10
-11
4,1 10
-11
2,6 10
-11
1,8 10
-11
1,5 10
-11
Os-181
1,75 h
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
M
0,020
4,5 10
-10
0,010
3,4 10
-10
1,8 10
-10
1,1 10
-10
7,6 10
-11
6,2 10
-11
S
0,020
4,7 10
-10
0,010
3,6 10
-10
1,8 10
-10
1,2 10
-10
8,1 10
-11
6,5 10
-11
Os-182
22,0 h
F
0,020
1,6 10
-9
0,010
1,2 10
-9
6,0 10
-10
3,7 10
-10
2,1 10
-10
1,7 10
-10
M
0,020
2,5 10
-9
0,010
1,9 10
-9
1,0 10
-9
6,6 10
-10
4,5 10
-10
3,6 10
-10
S
0,020
2,6 10
-9
0,010
2,0 10
-9
1,0 10
-9
6,9 10
-10
4,8 10
-10
3,8 10
-10
Os-185
94,0 d
F
0,020
7,2 10
-9
0,010
5,8 10
-9
3,1 10
-9
1,9 10
-9
1,2 10
-9
1,1 10
-9
M
0,020
6,6 10
-9
0,010
5,4 10
-9
2,9 10
-9
2,0 10
-9
1,5 10
-9
1,3 10
-9
S
0,020
7,0 10
-9
0,010
5,8 10
-9
3,6 10
-9
2,4 10
-9
1,9 10
-9
1,6 10
-9
Os-189m
6,00 h
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
M
0,020
6,5 10
-11
0,010
4,1 10
-11
1,8 10
-11
1,1 10
-11
6,0 10
-12
5,0 10
-12
S
0,020
6,8 10
-11
0,010
4,3 10
-11
1,9 10
-11
1,2 10
-11
6,3 10
-12
5,3 10
-12
Os-191
15,4 d
F
0,020
2,8 10
-9
0,010
1,9 10
-9
8,5 10
-10
5,3 10
-10
3,0 10
-10
2,5 10
-10
M
0,020
8,0 10
-9
0,010
5,8 10
-9
3,4 10
-9
2,4 10
-9
2,0 10
-9
1,7 10
-9
S
0,020
9,0 10
-9
0,010
6,5 10
-9
3,9 10
-9
2,7 10
-9
2,3 10
-9
1,9 10
-9
Os-191m
13,0 h
F
0,020
3,0 10
-10
0,010
2,0 10
-10
8,8 10
-11
5,4 10
-11
2,9 10
-11
2,4 10
-11
M
0,020
7,8 10
-10
0,010
5,4 10
-10
3,1 10
-10
2,1 10
-10
1,7 10
-10
1,4 10
-10
S
0,020
8,5 10
-10
0,010
6,0 10
-10
3,4 10
-10
2,4 10
-10
2,0 10
-10
1,6 10
-10
Os-193
1,25 d
F
0,020
1,9 10
-9
0,010
1,2 10
-9
5,2 10
-10
3,2 10
-10
1,8 10
-10
1,6 10
-10
M
0,020
3,8 10
-9
0,010
2,6 10
-9
1,3 10
-9
8,4 10
-10
5,9 10
-10
4,8 10
-10
S
0,020
4,0 10
-9
0,010
2,7 10
-9
1,3 10
-9
9,0 10
-10
6,4 10
-10
5,2 10
-10
Os-194
6,00 a
F
0,020
8,7 10
-8
0,010
6,8 10
-8
3,4 10
-8
2,1 10
-8
1,3 10
-8
1,1 10
-8
M
0,020
9,9 10
-8
0,010
8,3 10
-8
4,8 10
-8
3,1 10
-8
2,4 10
-8
2,1 10
-8
S
0,020
2,6 10
-7
0,010
2,4 10
-7
1,6 10
-7
1,1 10
-7
8,8 10
-8
8,5 10
-8
Iridium
Ir-182
0,250 h
F
0,020
1,4 10
-10
0,010
9,8 10
-11
4,5 10
-11
2,8 10
-11
1,7 10
-11
1,4 10
-11
M
0,020
2,1 10
-10
0,010
1,4 10
-10
6,7 10
-11
4,3 10
-11
2,8 10
-11
2,3 10
-11
S
0,020
2,2 10
-10
0,010
1,5 10
-10
6,9 10
-11
4,4 10
-11
2,9 10
-11
2,4 10
-11
Ir-184
3,02 h
F
0,020
5,7 10
-10
0,010
4,4 10
-10
2,1 10
-10
1,3 10
-10
7,6 10
-11
6,2 10
-11
M
0,020
8,6 10
-10
0,010
6,4 10
-10
3,2 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
S
0,020
8,9 10
-10
0,010
6,6 10
-10
3,4 10
-10
2,2 10
-10
1,4 10
-10
1,2 10
-10
Ir-185
14,0 h
F
0,020
8,0 10
-10
0,010
6,1 10
-10
2,9 10
-10
1,8 10
-10
1,0 10
-10
8,2 10
-11
M
0,020
1,3 10
-9
0,010
9,7 10
-9
4,9 10
-10
3,2 10
-10
2,2 10
-10
1,8 10
-10
S
0,020
1,4 10
-9
0,010
1,0 10
-9
5,2 10
-10
3,4 10
-10
2,3 10
-10
1,9 10
-10
Ir-186
15,8 h
F
0,020
1,5 10
-9
0,010
1,2 10
-9
5,9 10
-10
3,6 10
-10
2,1 10
-10
1,7 10
-10
M
0,020
2,2 10
-9
0,010
1,7 10
-9
8,8 10
-10
5,8 10
-10
3,8 10
-10
3,1 10
-10
S
0,020
2,3 10
-9
0,010
1,8 10
-9
9,2 10
-10
6,0 10
-10
4,0 10
-10
3,2 10
-10
Ir-186
1,75 h
F
0,020
2,1 10
-10
0,010
1,6 10
-10
7,7 10
-11
4,8 10
-11
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
7,7 10
-11
5,1 10
-11
4,2 10
-11
S
0,020
3,4 10
-10
0,010
2,5 10
-10
1,2 10
-10
8,1 10
-11
5,4 10
-11
4,4 10
-11
Ir-187
10,5 h
F
0,020
3,6 10
-10
0,010
2,8 10
-10
1,4 10
-10
8,2 10
-11
4,6 10
-11
3,7 10
-11
M
0,020
5,8 10
-10
0,010
4,3 10
-10
2,2 10
-10
1,4 10
-10
9,2 10
-11
7,4 10
-11
S
0,020
6,0 10
-10
0,010
4,5 10
-10
2,3 10
-10
1,5 10
-10
9,7 10
-11
7,9 10
-11
Ir-188
1,73 d
F
0,020
2,0 10
-9
0,010
1,6 10
-9
8,0 10
-10
5,0 10
-10
2,9 10
-10
2,4 10
-10
M
0,020
2,7 10
-9
0,010
2,1 10
-9
1,1 10
-9
7,5 10
-10
5,0 10
-10
4,0 10
-10
S
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
13,3 d
F
0,020
1,2 10
-9
0,010
8,2 10
-10
3,8 10
-10
2,4 10
-10
1,3 10
-10
1,1 10
-10
M
0,020
2,7 10
-9
0,010
1,9 10
-9
1,1 10
-9
7,7 10
-10
6,4 10
-10
5,2 10
-10
S
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
12,1 d
F
0,020
6,2 10
-9
0,010
4,7 10
-9
2,4 10
-9
1,5 10
-9
9,1 10
-10
7,7 10
-10
M
0,020
1,1 10
-8
0,010
8,6 10
-9
4,4 10
-9
3,1 10
-9
2,7 10
-9
2,1 10
-9
S
0,020
1,1 10
-8
0,010
9,4 10
-9
4,8 10
-9
3,5 10
-9
3,0 10
-9
2,4 10
-9
Ir-190m
3,10 h
F
0,020
4,2 10
-10
0,010
3,4 10
-10
1,7 10
-10
1,0 10
-10
6,0 10
-11
4,9 10
-11
M
0,020
6,0 10
-10
0,010
4,7 10
-10
2,4 10
-10
1,5 10
-10
9,9 10
-11
7,9 10
-11
S
0,020
6,2 10
-10
0,010
4,8 10
-10
2,5 10
-10
1,6 10
-10
1,0 10
-10
8,3 10
-11
Ir-190m
1,20 h
F
0,020
3,2 10
-11
0,010
2,4 10
-11
1,2 10
-11
7,2 10
-12
4,3 10
-12
3,6 10
-12
M
0,020
5,7 10
-11
0,010
4,2 10
-11
2,0 10
-11
1,4 10
-11
1,2 10
-11
9,3 10
-12
S
0,020
5,5 10
-11
0,010
4,5 10
-11
2,2 10
-11
1,6 10
-11
1,3 10
-11
1,0 10
-11
Ir-192
74,0 d
F
0,020
1,5 10
-8
0,010
1,1 10
-8
5,7 10
-9
3,3 10
-9
2,1 10
-9
1,8 10
-9
M
0,020
2,3 10
-8
0,010
1,8 10
-8
1,1 10
-8
7,6 10
-9
6,4 10
-9
5,2 10
-9
S
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-192m
2,41 10
2
a
F
0,020
2,7 10
-8
0,010
2,3 10
-8
1,4 10
-8
8,2 10
-9
5,4 10
-9
4,8 10
-9
M
0,020
2,3 10
-8
0,010
2,1 10
-8
1,3 10
-8
8,4 10
-9
6,6 10
-9
5,8 10
-9
S
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
11,9 d
F
0,020
1,2 10
-9
0,010
8,4 10
-10
3,7 10
-10
2,2 10
-10
1,2 10
-10
1,0 10
-10
M
0,020
4,8 10
-9
0,010
3,5 10
-9
2,1 10
-9
1,5 10
-9
1,4 10
-9
1,1 10
-9
S
0,020
5,4 10
-9
0,010
4,0 10
-9
2,4 10
-9
1,8 10
-9
1,6 10
-9
1,3 10
-9
Ir-194
19,1 h
F
0,020
2,9 10
-9
0,010
1,9 10
-9
8,1 10
-10
4,9 10
-10
2,5 10
-10
2,1 10
-10
M
0,020
5,3 10
-9
0,010
3,5 10
-9
1,6 10
-9
1,0 10
-9
6,3 10
-10
5,2 10
-10
S
0,020
5,5 10
-9
0,010
3,7 10
-9
1,7 10
-9
1,1 10
-9
6,7 10
-10
5,6 10
-10
Ir-194m
171 d
F
0,020
3,4 10
-8
0,010
2,7 10
-8
1,4 10
-8
9,5 10
-9
6,2 10
-9
5,4 10
-9
M
0,020
3,9 10
-8
0,010
3,2 10
-8
1,9 10
-8
1,3 10
-8
1,1 10
-8
9,0 10
-9
S
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
2,50 h
F
0,020
2,9 10
-10
0,010
1,9 10
-10
8,1 10
-11
5,1 10
-11
2,9 10
-11
2,4 10
-11
M
0,020
5,4 10
-10
0,010
3,6 10
-10
1,7 10
-10
1,1 10
-10
8,1 10
-11
6,7 10
-11
S
0,020
5,7 10
-10
0,010
3,8 10
-10
1,8 10
-10
1,2 10
-10
8,7 10
-11
7,1 10
-11
Ir-195m
3,80 h
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
M
0,020
1,2 10
-9
0,010
8,6 10
-10
4,2 10
-10
2,7 10
-10
1,9 10
-10
1,6 10
-10
S
0,020
1,3 10
-9
0,010
9,0 10
-10
4,4 10
-10
2,9 10
-10
2,0 10
-10
1,7 10
-10
Platinum
Pt-186
2,00 h
F
0,020
3,0 10
-10
0,010
2,4 10
-10
1,2 10
-10
7,2 10
-11
4,1 10
-11
3,3 10
-11
Pt-188
10,2 d
F
0,020
3,6 10
-9
0,010
2,7 10
-9
1,3 10
-9
8,4 10
-10
5,0 10
-10
4,2 10
-10
Pt-189
10,9 h
F
0,020
3,8 10
-10
0,010
2,9 10
-10
1,4 10
-10
8,4 10
-11
4,7 10
-11
3,8 10
-11
Pt-191
2,80 d
F
0,020
1,1 10
-9
0,010
7,9 10
-10
3,7 10
-10
2,3 10
-10
1,3 10
-10
1,1 10
-10
Pt-193
50,0 a
F
0,020
2,2 10
-10
0,010
1,6 10
-10
7,2 10
-11
4,3 10
-11
2,5 10
-11
2,1 10
-11
Pt-193m
4,33 d
F
0,020
1,6 10
-9
0,010
1,0 10
-9
4,5 10
-10
2,7 10
-10
1,4 10
-10
1,2 10
-10
Pt-195m
4,02 d
F
0,020
2,2 10
-9
0,010
1,5 10
-9
6,4 10
-10
3,9 10
-10
2,1 10
-10
1,8 10
-10
Pt-197
18,3 h
F
0,020
1,1 10
-9
0,010
7,3 10
-10
3,1 10
-10
1,9 10
-10
1,0 10
-10
8,5 10
-11
Pt-197m
1,57 h
F
0,020
2,8 10
-10
0,010
1,8 10
-10
7,9 10
-11
4,9 10
-11
2,8 10
-11
2,4 10
-11
Pt-199
0,513 h
F
0,020
1,3 10
-10
0,010
8,3 10
-11
3,6 10
-11
2,3 10
-11
1,4 10
-11
1,2 10
-11
Pt-200
12,5 h
F
0,020
2,6 10
-9
0,010
1,7 10
-9
7,2 10
-10
5,1 10
-10
2,6 10
-10
2,2 10
-10
Gold
Au-193
17,6 h
F
0,200
3,7 10
-10
0,100
2,8 10
-10
1,3 10
-10
7,9 10
-11
4,3 10
-11
3,6 10
-11
M
0,200
7,5 10
-10
0,100
5,6 10
-10
2,8 10
-10
1,9 10
-10
1,4 10
-10
1,1 10
-10
S
0,200
7,9 10
-10
0,100
5,9 10
-10
3,0 10
-10
2,0 10
-10
1,5 10
-10
1,2 10
-10
Au-194
1,65 d
F
0,200
1,2 10
-9
0,100
9,6 10
-10
4,9 10
-10
3,0 10
-10
1,8 10
-10
1,4 10
-10
M
0,200
1,7 10
-9
0,100
1,4 10
-9
7,1 10
-10
4,6 10
-10
2,9 10
-10
2,3 10
-10
S
0,200
1,7 10
-9
0,100
1,4 10
-9
7,3 10
-10
4,7 10
-10
3,0 10
-10
2,4 10
-10
Au-195
183 d
F
0,200
7,2 10
-10
0,100
5,3 10
-10
2,5 10
-10
1,5 10
-10
8,1 10
-11
6,6 10
-11
M
0,200
5,2 10
-9
0,100
4,1 10
-9
2,4 10
-9
1,6 10
-9
1,4 10
-9
1,1 10
-9
S
0,200
8,1 10
-9
0,100
6,6 10
-9
3,9 10
-9
2,6 10
-9
2,1 10
-9
1,7 10
-9
Au-198
2,69 d
F
0,200
2,4 10
-9
0,100
1,7 10
-9
7,6 10
-10
4,7 10
-10
2,5 10
-10
2,1 10
-10
M
0,200
5,0 10
-9
0,100
4,1 10
-9
1,9 10
-9
1,3 10
-9
9,7 10
-10
7,8 10
-10
S
0,200
5,4 10
-9
0,100
4,4 10
-9
2,0 10
-9
1,4 10
-9
1,1 10
-9
8,6 10
-10
Au-198m
2,30 d
F
0,200
3,3 10
-9
0,100
2,4 10
-9
1,1 10
-9
6,9 10
-10
3,7 10
-10
3,2 10
-10
M
0,200
8,7 10
-9
0,100
6,5 10
-9
3,6 10
-9
2,6 10
-9
2,2 10
-9
1,8 10
-9
S
0,200
9,5 10
-9
0,100
7,1 10
-9
4,0 10
-9
2,9 10
-9
2,5 10
-9
2,0 10
-9
Au-199
3,14 d
F
0,200
1,1 10
-9
0,100
7,9 10
-10
3,5 10
-10
2,2 10
-10
1,1 10
-10
9,8 10
-11
M
0,200
3,4 10
-9
0,100
2,5 10
-9
1,4 10
-9
1,0 10
-9
9,0 10
-10
7,1 10
-10
S
0,200
3,8 10
-9
0,100
2,8 10
-9
1,6 10
-9
1,2 10
-9
1,0 10
-9
7,9 10
-10
Au-200
0,807 h
F
0,200
1,9 10
-10
0,100
1,2 10
-10
5,2 10
-11
3,2 10
-11
1,9 10
-11
1,6 10
-11
M
0,200
3,2 10
-10
0,100
2,1 10
-10
9,3 10
-11
6,0 10
-11
4,0 10
-11
3,3 10
-11
S
0,200
3,4 10
-10
0,100
2,1 10
-10
9,8 10
-11
6,3 10
-11
4,2 10
-11
3,5 10
-11
Au-200m
18,7 h
F
0,200
2,7 10
-9
0,100
2,1 10
-9
1,0 10
-9
6,4 10
-10
3,6 10
-10
2,9 10
-10
M
0,200
4,8 10
-9
0,100
3,7 10
-9
1,9 10
-9
1,2 10
-9
8,4 10
-10
6,8 10
-10
S
0,200
5,1 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
0,440 h
F
0,200
9,0 10
-11
0,100
5,7 10
-11
2,5 10
-11
1,6 10
-11
1,0 10
-11
8,7 10
-12
M
0,200
1,5 10
-10
0,100
9,6 10
-11
4,3 10
-11
2,9 10
-11
2,0 10
-11
1,7 10
-11
S
0,200
1,5 10
-10
0,100
1,0 10
-10
4,5 10
-11
3,0 10
-11
2,1 10
-11
1,7 10
-11
Mercury
Hg-193
3,50 h
F
0,800
2,2 10
-10
0,400
1,8 10
-10
8,2 10
-11
5,0 10
-11
2,9 10
-11
2,4 10
-11
(organic)
Hg-193
3,50 h
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
-10
1,9 10
-10
1,3 10
-10
9,2 10
-11
7,5 10
-11
Hg-193m
11,1 h
F
0,800
8,4 10
-10
0,400
7,6 10
-10
3,7 10
-10
2,2 10
-10
1,3 10
-10
1,0 10
-10
(organic)
Hg-193m
11,1 h
F
0,040
1,1 10
-9
0,020
8,5 10
-10
4,1 10
-10
2,5 10
-10
1,4 10
-10
1,1 10
-10
(inorganic)
M
0,040
1,9 10
-9
0,020
1,4 10
-9
7,2 10
-10
4,7 10
-10
3,2 10
-10
2,6 10
-10
Hg-194
2,60 10
2
a
F
0,800
4,9 10
-8
0,400
3,7 10
-8
2,4 10
-8
1,9 10
-8
1,5 10
-8
1,4 10
-8
(organic)
Hg-194
2,60 10
2
a
F
0,040
3,2 10
-8
0,020
2,9 10
-8
2,0 10
-8
1,6 10
-8
1,4 10
-8
1,3 10
-8
(inorganic)
M
0,040
2,1 10
-8
0,020
1,9 10
-8
1,3 10
-8
1,0 10
-8
8,9 10
-9
8,3 10
-9
Hg-195
9,90 h
F
0,800
2,0 10
-10
0,400
1,8 10
-10
8,5 10
-11
5,1 10
-11
2,8 10
-11
2,3 10
-11
(organic)
Hg-195
9,90 h
F
0,040
2,7 10
-10
0,020
2,0 10
-10
9,5 10
-11
5,7 10
-11
3,1 10
-11
2,5 10
-11
(inorganic)
M
0,040
5,3 10
-10
0,020
3,9 10
-10
2,0 10
-10
1,3 10
-10
9,0 10
-11
7,3 10
-11
Hg-195m
1,73 d
F
0,800
1,1 10
-9
0,400
9,7 10
-10
4,4 10
-10
2,7 10
-10
1,4 10
-10
1,2 10
-10
(organic)
Hg-195m
1,73 d
F
0,040
1,6 10
-9
0,020
1,1 10
-9
5,1 10
-10
3,1 10
-10
1,7 10
-10
1,4 10
-10
(inorganic)
M
0,040
3,7 10
-9
0,020
2,6 10
-9
1,4 10
-9
8,5 10
-10
6,7 10
-10
5,3 10
-10
Hg-197
2,67 d
F
0,800
4,7 10
-10
0,400
4,0 10
-10
1,8 10
-10
1,1 10
-10
5,8 10
-10
4,7 10
-11
(organic)
Hg-197
2,67 d
F
0,040
6,8 10
-10
0,020
4,7 10
-10
2,1 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
-10
4,6 10
-10
3,8 10
-10
3,0 10
-10
Hg-197m
23,8 h
F
0,800
9,3 10
-10
0,400
7,8 10
-10
3,4 10
-10
2,1 10
-10
1,1 10
-10
9,6 10
-11
(organic)
Hg-197m
23,8 h
F
0,040
1,4 10
-9
0,020
9,3 10
-10
4,0 10
-10
2,5 10
-10
1,3 10
-10
1,1 10
-10
(inorganic)
M
0,040
3,5 10
-9
0,020
2,5 10
-9
1,1 10
-9
8,2 10
-10
6,7 10
-10
5,3 10
-10
Hg-199m
0,710 h
F
0,800
1,4 10
-10
0,400
9,6 10
-11
4,2 10
-11
2,7 10
-11
1,7 10
-11
1,5 10
-11
(organic)
Hg-199m
0,710 h
F
0,040
1,4 10
-10
0,020
9,6 10
-11
4,2 10
-11
2,7 10
-11
1,7 10
-11
1,5 10
-11
(inorganic)
M
0,040
2,5 10
-10
0,020
1,7 10
-10
7,9 10
-11
5,4 10
-11
3,8 10
-11
3,2 10
-11
Hg-203
46,6 d
F
0,800
5,7 10
-9
0,400
3,7 10
-9
1,7 10
-9
1,1 10
-9
6,6 10
-10
5,6 10
-10
(organic)
Hg-203
46,6 d
F
0,040
4,2 10
-9
0,020
2,9 10
-9
1,4 10
-9
9,0 10
-10
5,5 10
-10
4,6 10
-10
(inorganic)
M
0,040
1,0 10
-8
0,020
7,9 10
-9
4,7 10
-9
3,4 10
-9
3,0 10
-9
2,4 10
-9
Thallium
Tl-194
0,550 h
F
1,000
3,6 10
-11
1,000
3,0 10
-11
1,5 10
-11
9,2 10
-12
5,5 10
-12
4,4 10
-12
Tl-194m
0,546 h
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
1,16 h
F
1,000
1,3 10
-10
1,000
1,0 10
-10
5,3 10
-11
3,2 10
-11
1,9 10
-11
1,5 10
-11
Tl-197
2,84 h
F
1,000
1,3 10
-10
1,000
9,7 10
-11
4,7 10
-11
2,9 10
-11
1,7 10
-11
1,4 10
-11
Tl-198
5,30 h
F
1,000
4,7 10
-10
1,000
4,0 10
-10
2,1 10
-10
1,3 10
-10
7,5 10
-11
6,0 10
-11
Tl-198m
1,87 h
F
1,000
3,2 10
-10
1,000
2,5 10
-10
1,2 10
-10
7,5 10
-11
4,5 10
-11
3,7 10
-11
Tl-199
7,42 h
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
1,09 d
F
1,000
1,0 10
-9
1,000
8,7 10
-10
4,6 10
-10
2,8 10
-10
1,6 10
-10
1,3 10
-10
Tl-201
3,04 d
F
1,000
4,5 10
-10
1,000
3,3 10
-10
1,5 10
-10
9,4 10
-11
5,4 10
-11
4,4 10
-11
Tl-202
12,2 d
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
3,78 a
F
1,000
5,0 10
-9
1,000
3,3 10
-9
1,5 10
-9
8,8 10
-10
4,7 10
-10
3,9 10
-10
Lead
(a)
Pb-195m
0,263 h
F
0,600
1,3 10
-10
0,200
1,0 10
-10
4,9 10
-11
3,1 10
-11
1,9 10
-11
1,6 10
-11
M
0,200
2,0 10
-10
0,100
1,5 10
-10
7,1 10
-11
4,6 10
-11
3,1 10
-11
2,5 10
-11
S
0,020
2,1 10
-10
0,010
1,5 10
-10
7,4 10
-11
4,8 10
-11
3,2 10
-11
2,7 10
-11
Pb-198
2,40 h
F
0,600
3,4 10
-10
0,200
2,9 10
-10
1,5 10
-10
8,9 10
-11
5,2 10
-11
4,3 10
-11
M
0,200
5,0 10
-10
0,100
4,0 10
-10
2,1 10
-10
1,3 10
-10
8,3 10
-11
6,6 10
-11
S
0,020
5,4 10
-10
0,010
4,2 10
-10
2,2 10
-10
1,4 10
-10
8,7 10
-11
7,0 10
-11
Pb-199
1,50 h
F
0,600
1,9 10
-10
0,200
1,6 10
-10
8,2 10
-11
4,9 10
-11
2,9 10
-11
2,3 10
-11
M
0,200
2,8 10
-10
0,100
2,2 10
-10
1,1 10
-10
7,1 10
-11
4,5 10
-11
3,6 10
-11
S
0,020
2,9 10
-10
0,010
2,3 10
-10
1,2 10
-10
7,4 10
-11
4,7 10
-11
3,7 10
-11
Pb-200
21,5 h
F
0,600
1,1 10
-9
0,200
9,3 10
-10
4,6 10
-10
2,8 10
-10
1,6 10
-10
1,4 10
-10
M
0,200
2,2 10
-9
0,100
1,7 10
-9
8,6 10
-10
5,7 10
-10
4,1 10
-10
3,3 10
-10
S
0,020
2,4 10
-9
0,010
1,8 10
-9
9,2 10
-10
6,2 10
-10
4,4 10
-10
3,5 10
-10
Pb-201
9,40 h
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
6,4 10
-10
3,3 10
-10
2,1 10
-10
1,4 10
-10
1,1 10
-10
S
0,020
8,8 10
-10
0,010
6,7 10
-10
3,5 10
-10
2,2 10
-10
1,5 10
-10
1,2 10
-10
Pb-202
3,00 10
5
a
F
0,600
1,9 10
-8
0,200
1,3 10
-8
8,9 10
-9
1,3 10
-8
1,8 10
-8
1,1 10
-8
M
0,200
1,2 10
-8
0,100
8,9 10
-9
6,2 10
-9
6,7 10
-9
8,7 10
-9
6,3 10
-9
S
0,020
2,8 10
-8
0,010
2,8 10
-8
2,0 10
-8
1,4 10
-8
1,3 10
-8
1,2 10
-8
Pb-202m
3,62 h
F
0,600
4,7 10
-10
0,200
4,0 10
-10
2,1 10
-10
1,3 10
-10
7,5 10
-11
6,2 10
-11
M
0,200
6,9 10
-10
0,100
5,6 10
-10
2,9 10
-10
1,9 10
-10
1,2 10
-10
9,5 10
-11
S
0,020
7,3 10
-10
0,010
5,8 10
-10
3,0 10
-10
1,9 10
-10
1,3 10
-10
1,0 10
-10
Pb-203
2,17 d
F
0,600
7,2 10
-10
0,200
5,8 10
-10
2,8 10
-10
1,7 10
-10
9,9 10
-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
2,5 10
-10
2,0 10
-10
S
0,020
1,5 10
-9
0,010
1,1 10
-9
5,8 10
-10
3,8 10
-10
2,8 10
-10
2,2 10
-10
Pb-205
1,43 10
[illegible]
a
F
0,600
1,1 10
-9
0,200
6,9 10
-10
4,0 10
-10
4,1 10
-10
4,30
-10
3,3 10
-10
M
0,200
1,1 10
-9
0,100
7,7 10
-10
4,3 10
-10
3,2 10
-10
2,9 10
-10
2,5 10
-10
S
0,020
2,9 10
-9
0,010
2,7 10
-9
1,7 10
-9
1,1 10
-9
9,2 10
-10
8,5 10
-10
Pb-209
3,25 h
F
0,600
1,8 10
-10
0,200
1,2 10
-10
5,3 10
-11
3,4 10
-11
1,9 10
-11
1,7 10
-11
M
0,200
4,0 10
-10
0,100
2,7 10
-10
1,3 10
-10
9,2 10
-11
6,9 10
-11
5,6 10
-11
S
0,020
4,4 10
-10
0,010
2,9 10
-10
1,4 10
-10
9,9 10
-11
7,5 10
-11
6,1 10
-11
Pb-210
22,3 a
F
0,600
4,7 10
-
[illegible]
0,200
2,9 10
-
[illegible]
1,5 10
-
[illegible]
1,4 10
-
[illegible]
1,3 10
[illegible]
9,0 10
-
[illegible]
M
0,200
5,0 10
-
[illegible]
0,100
3,7 10
-
[illegible]
2,2 10
-
[illegible]
1,5 10
-
[illegible]
1,3 10
-
[illegible]
1,1 10
-
[illegible]
S
0,020
1,8 10
-5
0,010
1,8 10
-5
1,1 10
-5
7,2 10
-
[illegible]
5,9 10
-
[illegible]
5,6 10
-
[illegible]
Pb-211
0,601 h
F
0,600
2,5 10
-8
0,200
1,7 10
-8
8,7 10
-9
6,1 10
-9
4,6 10
-9
3,9 10
-9
M
0,200
6,2 10
-8
0,100
4,5 10
-8
2,5 10
-8
1,9 10
-8
1,4 10
-8
1,1 10
-8
S
0,020
6,6 10
-8
0,010
4,8 10
-8
2,7 10
-8
2,0 10
-8
1,5 10
-8
1,2 10
-8
Pb-212
10,6 h
F
0,600
1,9 10
-7
0,200
1,2 10
-7
5,4 10
-8
3,5 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
1,7 10
-7
S
0,020
6,7 10
-7
0,010
5,0 10
-7
3,3 10
-7
2,5 10
-7
2,4 10
-7
1,9 10
-7
Pb-214
0,447 h
F
0,600
2,2 10
-8
0,200
1,5 10
-8
6,9 10
-9
4,8 10
-9
3,3 10
-9
2,8 10
-9
M
0,200
6,4 10
-8
0,100
4,6 10
-8
2,6 10
-8
1,9 10
-8
1,4 10
-8
1,4 10
-8
S
0,020
6,9 10
-8
0,010
5,0 10
-8
2,8 10
-8
2,1 10
-8
1,5 10
-8
1,5 10
-8
Bismuth
Bi-200
0,606 h
F
0,100
1,9 10
-10
0,050
1,5 10
-10
7,4 10
-11
4,5 10
-11
2,7 10
-11
2,2 10
-11
M
0,100
2,5 10
-10
0,050
1,9 10
-10
9,9 10
-11
6,3 10
-11
4,1 10
-11
3,3 10
-11
Bi-201
1,80 h
F
0,100
4,0 10
-10
0,050
3,1 10
-10
1,5 10
-10
9,3 10
-11
5,4 10
-11
4,4 10
-11
M
0,100
5,5 10
-10
0,050
4,1 10
-10
2,0 10
-10
1,3 10
-10
8,3 10
-11
6,6 10
-11
Bi-202
1,67 h
F
0,100
3,4 10
-10
0,050
2,8 10
-10
1,5 10
-10
9,0 10
-11
5,3 10
-11
4,3 10
-11
M
0,100
4,2 10
-10
0,050
3,4 10
-10
1,8 10
-10
1,1 10
-10
6,9 10
-11
5,5 10
-11
Bi-203
11,8 h
F
0,100
1,5 10
-9
0,050
1,2 10
-9
6,4 10
-10
4,0 10
-10
2,3 10
-10
1,9 10
-10
M
0,100
2,0 10
-9
0,050
1,6 10
-9
8,2 10
-10
5,3 10
-10
3,3 10
-10
2,6 10
-10
Bi-205
15,3 d
F
0,100
3,0 10
-9
0,050
2,4 10
-9
1,3 10
-9
8,0 10
-10
4,7 10
-10
3,8 10
-10
M
0,100
5,5 10
-9
0,050
4,4 10
-9
2,5 10
-9
1,6 10
-9
1,2 10
-9
9,3 10
-10
Bi-206
6,24 d
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
M
0,100
1,0 10
-
[illegible]
0,050
8,0 10
-9
4,4 10
-9
2,9 10
-9
2,1 10
-9
1,7 10
-9
Bi-207
38,0 a
F
0,100
4,3 10
-9
0,050
3,3 10
-9
1,7 10
-9
1,0 10
-9
6,0 10
-10
4,9 10
-10
M
0,100
2,3 10
-9
0,050
2,0 10
-8
1,2 10
-8
8,2 10
-9
6,5 10
-9
5,6 10
-9
Bi-210
5,01 d
F
0,100
1,1 10
-
[illegible]
0,050
6,9 10
-9
3,2 10
-9
2,1 10
-9
1,3 10
-9
1,1 10
-9
M
0,100
3,9 10
-
[illegible]
0,050
3,0 10
-
[illegible]
1,9 10
-
[illegible]
1,3 10
-
[illegible]
1,1 10
-
[illegible]
9,3 10
-8
Bi-210m
3,00 10
[illegible]
a
F
0,100
4,1 10
-
[illegible]
0,050
2,6 10
-
[illegible]
1,3 10
-
[illegible]
8,3 10
-8
5,6 10
-
[illegible]
4,6 10
-8
M
0,100
1,5 10
-
[illegible]
0,050
1,1 10
-
[illegible]
7,0 10
-
[illegible]
4,8 10
-
[illegible]
4,1 10
-
[illegible]
3,4 10
-8
Bi-212
1,01 h
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
M
0,100
1,6 10
-7
0,050
1,1 10
-7
6,0 10
-8
4,4 10
-8
3,8 10
-8
3,1 10
-8
Bi-213
0,761 h
F
0,100
7,7 10
-8
0,050
5,3 10
-8
2,5 10
-8
1,7 10
-8
1,2 10
-8
1,0 10
-8
M
0,100
1,6 10
-7
0,050
1,2 10
-7
6,0 10
-8
4,4 10
-8
3,6 10
-8
3,0 10
-8
Bi-214
0,332 h
F
0,100
5,0 10
-8
0,050
3,5 10
-8
1,6 10
-8
1,1 10
-8
8,2 10
-
[illegible]
7,1 10
-
[illegible]
M
0,100
8,7 10
-8
0,050
6,1 10
-8
3,1 10
-8
2,2 10
-8
1,7 10
-8
1,4 10
-8
Polonium
Po-203
0,612 h.
F
0,200
1,9 10
-10
0,100
1,5 10
-10
7,7 10
-11
4,7 10
-11
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
-11
4,3 10
-11
3,5 10
-11
S
0,020
2,8 10
-10
0,010
2,2 10
-10
1,1 10
-10
7,0 10
-11
4,5 10
-11
3,6 10
-11
Po-205
1,80 h
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
1,7 10
-10
1,1 10
-10
8,1 10
-11
6,5 10
-11
S
0,200
4,2 10
-10
0,010
3,2 10
-10
1,8 10
-10
1,2 10
-10
8,5 10
-11
6,9 10
-11
Po-207
5,83 h
F
0,200
4,8 10
-10
0,100
4,0 10
-10
2,1 10
-10
1,3 10
-10
7,3 10
-11
5,8 10
-11
M
0,200
6,2 10
-10
0,100
5,1 10
-10
2,6 10
-10
1,6 10
-10
9,9 10
-11
7,8 10
-11
S
0,020
6,6 10
-10
0,010
5,3 10
-10
2,7 10
-10
1,7 10
-10
1,0 10
-10
8,2 10
-11
Po-210
138 d
F
0,200
7,4 10
-
[illegible]
0,100
4,8 10
-
[illegible]
2,2 10
-
[illegible]
1,3 10
-
[illegible]
7,7 10
-
[illegible]
6,1 10
-
[illegible]
M
0,200
1,5 10
-
[illegible]
0,100
1,1 10
-5
6,7 10
-
[illegible]
4,6 10
-
[illegible]
4,0 10
-
[illegible]
3,3 10
-
[illegible]
S
0,020
1,8 10
-5
0,010
1,4 10
-5
8,6 10
-
[illegible]
5,9 10
-
[illegible]
5,1 10
-
[illegible]
4,3 10
-6
Astatine
At-207
1,80 h
F
1,000
2,4 10
-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
4,3 10
-9
3,1 10
-9
2,9 10
-9
2,3 10
-8
At-211
7,21 h
F
1,000
1,4 10
-
[illegible]
1,000
9,7 10
-8
4,3 10
-8
2,8 10
-8
1,7 10
-8
1,6 10
-8
M
1,000
5,2 10
-
[illegible]
1,000
3,7 10
-
[illegible]
1,9 10
-
[illegible]
1,4 10
-
[illegible]
1,3 10
-
[illegible]
1,1 10
-
[illegible]
Francium
Fr-222
0,240 h
F
1,000
9,1 10
-8
1,000
6,3 10
-8
3,0 10
-8
2,1 10
-8
1,6 10
-6
1,4 10
-8
Fr-223
0,363 h
F
1,000
1,1 10
-8
1,000
7,3 10
-9
3,2 10
-9
1,9 10
-9
1,0 10
-9
8,9 10
-10
Radium
(a)
Ra-223
11,4 d
F
0,600
3,0 10
-
[illegible]
0,200
1,0 10
-6
4,9 10
-7
4,0 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
-
[illegible]
9,4 10
-
[illegible]
7,4 10
-
[illegible]
S
0,020
3,2 10
-5
0,010
2,4 10
-5
1,5 10
-5
1,1 10
-5
1,1 10
-5
8,7 10
-
[illegible]
Ra-224
3,66 d
F
0,600
1,5 10
-6
0,200
6,0 10
-7
2,9 10
-7
2,2 10
-7
1,7 10
-7
7,5 10
-8
M
0,200
1,1 10
-
[illegible]
0,100
8,2 10
-
[illegible]
5,3 10
-6
3,9 10
-8
3,7 10
-8
3,0 10
-10
S
0,020
1,2 10
-5
0,010
9,2 10
-
[illegible]
5,9 10
-
[illegible]
4,4 10
-
[illegible]
4,2 10
-
[illegible]
3,4 10
-
[illegible]
Ra-225
14,8 d
F
0,600
4,0 10
-8
0,200
1,2 10
-8
5,6 10
-7
4,6 10
-7
3,8 10
-7
1,3 10
-7
M
0,200
2,4 10
-5
0,100
1,8 10
-5
1,1 10
-5
8,4 10
-6
7,9 10
-8
6,3 10
-8
S
0,020
2,8 10
-5
0,010
2,2 10
-5
1,4 10
-5
1,0 10
-5
9,8 10
-8
7,7 10
-8
Ra-226
1,60 10
3
a
F
0,600
2,6 10
-
[illegible]
0,200
9,4 10
-7
5,5 10
-7
7,2 10
-7
1,3 10
-
[illegible]
3,6 10
-7
M
0,200
1,5 10
-5
0,100
1,1 10
-5
7,0 10
-6
4,9 10
-6
4,5 10
-6
3,5 10
-6
S
0,020
3,4 10
-5
0,010
2,9 10
-5
1,9 10
-5
1,2 10
-5
1,0 10
-5
9,5 10
-6
Ra-227
0,703 h
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
4,6 10
-10
M
0,200
8,0 10
-10
0,100
6,7 10
-10
4,4 10
-10
3,2 10
-10
2,9 10
-10
2,8 10
-10
S
0,020
1,0 10
-9
0,010
8,5 10
-10
4,4 10
-10
2,9 10
-10
2,4 10
-10
2,2 10
-10
Ra-228
5,75 a
F
0,600
1,7 10
-5
0,200
5,7 10
-6
3,1 10
-6
3,6 10
-6
4,6 10
-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
S
0,020
4,9 10
-5
0,010
4,8 10
-5
3,2 10
-6
2,0 10
-5
1,6 10
-5
1,6 10
-5
Actinium
Ac-224
2,90 h
F
0,005
1,3 10
-7
5,0 10
-4
8,9 10
-8
4,7 10
-8
3,1 10
-8
1,4 10
-8
1,1 10
-8
M
0,005
4,2 10
-7
5,0 10
-4
8,9 10
-8
4,7 10
-8
3,1 10
-8
1,4 10
-8
1,1 10
-8
S
0,005
4,6 10
-7
5,0 10
-4
3,2 10
-7
2,0 10
-7
1,5 10
-7
1,4 10
-7
1,1 10
-7
Ac-225
10,0 d
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
M
0,005
2,8 10
-5
5,0 10
-4
2,1 10
-5
1,3 10
-5
1,0 10
-5
9,3 10
-6
7,4 10
-6
S
0,005
3,1 10
-5
5,0 10
-4
2,3 10
-5
1,5 10
-5
1,1 10
-5
1,1 10
-5
8,5 10
-6
Ac-226
1,21 d
F
0,005
1,5 10
-6
5,0 10
-4
1,1 10
-6
4,0 10
-7
2,6 10
-7
1,2 10
-7
9,6 10
-8
M
0,005
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
S
0,005
4,7 10
-6
5,0 10
-4
3,5 10
-6
2,3 10
-6
1,7 10
-6
1,6 10
-6
1,3 10
-6
Ac-227
21,8 a
F
0,005
1,7 10
-3
5,0 10
-4
1,6 10
-3
1,0 10
-3
7,2 10
-4
5,6 10
-4
5,5 10
-4
M
0,005
5,7 10
-4
5,0 10
-4
5,5 10
-4
3,9 10
-4
2,6 10
-4
2,3 10
-4
2,2 10
-4
S
0,005
2,2 10
-4
5,0 10
-4
2,0 10
-4
1,3 10
-4
8,7 10
-5
7,6 10
-5
7,2 10
-5
Ac-228
6,13 h
F
0,005
1,8 10
-7
5,0 10
-4
1,6 10
-7
9,7 10
-8
5,7 10
-8
2,9 10
-8
2,5 10
-8
M
0,005
8,4 10
-8
5,0 10
-4
7,3 10
-8
4,7 10
-8
2,9 10
-8
2,0 10
-8
1,7 10
-8
S
0,005
6,4 10
-8
5,0 10
-4
5,3 10
-8
3,3 10
-8
2,2 10
-8
1,9 10
-8
1,6 10
-8
Thorium
Th-226
0,515 h
F
0,005
1,4 10
-7
5,0 10
-4
1,0 10
-7
4,8 10
-8
3,4 10
-8
2,5 10
-8
2,2 10
-8
M
0,005
3,0 10
-7
5,0 10
-4
2,1 10
-7
1,1 10
-7
8,3 10
-8
7,0 10
-8
5,3 10
-8
S
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
18,7 d
F
0,005
8,4 10
-6
5,0 10
-4
5,2 10
-6
2,6 10
-6
1,6 10
-6
1,0 10
-6
6,7 10
-7
M
0,005
3,2 10
-5
5,0 10
-4
2,5 10
-5
1,6 10
-5
1,1 10
-5
1,1 10
-5
8,5 10
-6
S
0,005
3,9 10
-5
5,0 10
-4
3,0 10
-5
1,9 10
-5
1,4 10
-5
1,3 10
-5
1,0 10
-5
Th-228
1,91 a
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
M
0,005
1,3 10
-4
5,0 10
-4
1,1 10
-4
6,8 10
-5
4,6 10
-5
3,9 10
-5
3,2 10
-5
S
0,005
1,6 10
-4
5,0 10
-4
1,3 10
-4
8,2 10
-5
5,5 10
-5
4,7 10
-5
4,0 10
-5
Th-229
7,34 10
3
a
F
0,005
5,4 10
-4
5,0 10
-4
5,1 10
-4
3,6 10
-4
2,9 10
-4
2,4 10
-4
2,4 10
-4
M
0,005
2,3 10
-4
5,0 10
-4
2,1 10
-4
1,6 10
-4
1,2 10
-4
1,1 10
-4
1,1 10
-4
S
0,005
2,1 10
-4
5,0 10
-4
1,9 10
-4
1,3 10
-4
8,7 10
-5
7,6 10
-5
7,1 10
-5
Th-230
7,70 10
4
a
F
0,005
2,1 10
-4
5,0 10
-4
2,0 10
-4
1,4 10
-4
1,1 10
-4
9,9 10
-5
1,0 10
-4
M
0,005
7,7 10
-5
5,0 10
-4
7,4 10
-5
5,5 10
-5
4,3 10
-5
4,2 10
-5
4,3 10
-5
S
0,005
4,0 10
-5
5,0 10
-4
3,5 10
-5
2,4 10
-5
1,6 10
-5
1,5 10
-5
1,4 10
-5
Th-231
1,06 d
F
0,005
1,1 10
-9
5,0 10
-4
7,2 10
-10
2,6 10
-10
1,6 10
-10
9,2 10
-11
7,8 10
-11
M
0,005
2,2 10
-9
5,0 10
-4
1,6 10
-9
8,0 10
-10
4,8 10
-10
3,8 10
-10
3,10
-10
S
0,005
2,4 10
-9
5,0 10
-4
1,7 10
-9
7,6 10
-10
5,2 10
-10
4,1 10
-10
3,3 10
-10
Th-232
1,40 10
10
a
F
0,005
2,3 10
-4
5,0 10
-4
2,2 10
-4
1,6 10
-4
1,3 10
-4
1,2 10
-4
1,1 10
-4
M
0,005
8,3 10
-5
5,0 10
-4
8,1 10
-5
6,3 10
-5
5,0 10
-5
4,7 10
-5
4,5 10
-5
S
0,005
5,4 10
-5
5,0 10
-4
5,0 10
-5
3,7 10
-5
2,6 10
-5
2,5 10
-5
2,5 10
-5
Th-234
24,1 d
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
M
0,005
3,9 10
-8
5,0 10
-4
2,9 10
-8
1,5 10
-8
1,0 10
-8
7,9 10
-9
6,6 10
-9
S
0,005
4,1 10
-8
5,0 10
-4
3,1 10
-8
1,7 10
-8
1,1 10
-8
9,1 10
-9
7,7 10
-9
Protactinium
Pa-227
0,638 h
M
0,005
3,6 10
-7
5,0 10
-4
2,6 10
-7
1,4 10
-7
1,0 10
-7
9,0 10
-8
7,4 10
-8
S
0,005
3,8 10
-7
5,0 10
-4
2,8 10
-7
1,5 10
-7
1,1 10
-7
8,1 10
-8
8,0 10
-8
Pa-228
22,0 h
M
0,005
2,6 10
-7
5,0 10
-4
2,1 10
-7
1,3 10
-7
8,8 10
-8
7,7 10
-8
6,4 10
-8
S
0,005
2,9 10
-7
5,0 10
-4
2,4 10
-7
1,5 10
-7
1,0 10
-7
9,1 10
-8
7,5 10
-8
Pa-230
17,4 d
M
0,005
2,4 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
S
0,005
2,9 10
-6
5,0 10
-4
2,2 10
-6
1,4 10
-6
1,0 10
-6
9,6 10
-7
7,6 10
-7
Pa-231
3,27 10
-4
a
M
0,005
2,2 10
-4
5,0 10
-4
2,3 10
-4
1,9 10
-4
1,5 10
-4
1,5 10
-4
1,4 10
-4
S
0,005
7,4 10
-5
5,0 10
-4
6,9 10
-5
5,2 10
-5
3,9 10
-5
3,6 10
-5
3,4 10
-5
Pa-232
1,31 d
M
0,005
1,9 10
-8
5,0 10
-4
1,8 10
-8
1,4 10
-8
1,1 10
-8
1,0 10
-8
1,0 10
-8
S
0,005
1,0 10
-8
5,0 10
-4
8,7 10
-9
5,9 10
-9
4,1 10
-9
3,7 10
-9
3,5 10
-9
Pa-233
27,0 d
M
0,005
1,5 10
-8
5,0 10
-4
1,1 10
-8
6,5 10
-9
4,7 10
-9
4,1 10
-9
3,3 10
-9
S
0,005
1,7 10
-8
5,0 10
-4
1,3 10
-8
7,5 10
-9
5,5 10
-9
4,9 10
-9
3,9 10
-9
Pa-234
6,70 h
M
0,005
2,8 10
-9
5,0 10
-4
2,0 10
-9
1,0 10
-9
6,8 10
-10
4,7 10
-10
3,8 10
-10
S
0,005
2,9 10
-9
5,0 10
-4
2,1 10
-9
1,1 10
-9
7,1 10
-10
5,0 10
-10
4,0 10
-10
Uranimum
U-230
20,8 d
F
0,040
3,2 10
-6
0,020
1,5 10
-6
7,2 10
-7
5,4 10
-7
4,1 10
-7
3,8 10
-7
M
0,040
4,9 10
-5
0,020
3,7 10
-5
2,4 10
-5
1,8 10
-5
1,7 10
-5
1,3 10
-5
S
0,020
5,8 10
-5
0,002
4,4 10
-5
2,8 10
-5
2,1 10
-5
2,0 10
-5
1,6 10
-5
U-231
4,20 d
F
0,040
8,9 10
-10
0,020
6,2 10
-10
3,1 10
-10
1,4 10
-10
1,0 10
-10
6,2 10
-11
M
0,040
2,4 10
-9
0,020
1,7 10
-9
9,4 10
-10
5,5 10
-10
4,6 10
-10
3,8 10
-10
S
0,020
2,6 10
-9
0,002
1,9 10
-9
9,0 10
-10
6,1 10
-10
4,9 10
-10
4,0 10
-10
U-232
72,0 a
F
0,040
1,6 10
-5
0,020
1,0 10
-5
6,9 10
-6
6,8 10
-6
7,5 10
-6
4,0 10
-6
M
0,040
3,0 10
-5
0,020
2,4 10
-5
1,6 10
-5
1,1 10
-5
1,0 10
-5
7,8 10
-6
S
0,020
1,0 10
-4
0,002
9,7 10
-5
6,6 10
-5
4,3 10
-5
3,8 10
-5
3,7 10
-5
U-233
1,58 10
5
a
F
0,040
2,2 10
-6
0,020
1,4 10
-6
9,4 10
-7
8,4 10
-7
8,6 10
-7
5,8 10
-7
M
0,040
1,5 10
-5
0,020
1,1 10
-5
7,2 10
-6
4,9 10
-6
4,3 10
-6
3,6 10
-6
S
0,020
3,4 10
-5
0,002
3,0 10
-5
1,9 10
-5
1,2 10
-5
1,1 10
-5
9,6 10
-6
U-234
2,44 10
-5
a
F
0,040
2,1 10
-6
0,020
1,4 10
-6
9,0 10
-7
8,0 10
-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
4,8 10
-6
4,2 10
-6
3,5 10
-6
S
0,020
3,3 10
-5
0,002
2,9 10
-5
1,9 10
-5
1,2 10
-5
1,0 10
-5
9,4 10
-6
U-235
7,04 10
8
a
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
-6
4,3 10
-6
3,7 10
-6
3,1 10
-6
S
0,020
3,0 10
-5
0,002
2,6 10
-5
1,7 10
-5
1,1 10
-5
9,2 10
-9
8,5 10
-6
U-236
2,34 10
7
a
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
-8
4,5 10
-6
3,9 10
-6
3,2 10
-8
S
0,020
3,1 10
-5
0,002
2,7 10
-5
1,8 10
-5
1,1 10
-5
9,3 10
-6
8,7 10
-9
U-237
6,75 d
F
0,040
1,8 10
-9
0,020
1,5 10
-9
6,6 10
-10
4,2 10
-10
1,9 10
-10
1,8 10
-10
M
0,040
7,8 10
-9
0,020
5,7 10
-9
3,3 10
-9
2,4 10
-9
2,1 10
-9
1,7 10
-9
S
0,020
8,7 10
-9
0,002
6,4 10
-9
3,7 10
-9
2,7 10
-9
2,4 10
-9
1,9 10
-9
U-238
4,47 10
9
a
F
0,040
1,9 10
-6
0,020
1,3 10
-6
8,2 10
-7
7,3 10
-7
7,4 10
-7
5,0 10
-7
M
0,040
1,2 10
-5
0,020
9,4 10
-6
5,9 10
-6
4,0 10
-6
3,4 10
-6
2,9 10
-6
S
0,020
2,9 10
-5
0,002
2,5 10
-5
1,6 10
-5
1,0 10
-5
8,7 10
-9
8,0 10
-6
U-239
0,392 h
F
0,040
1,0 10
-10
0,020
6,6 10
-11
2,9 10
-11
1,2 10
-11
1,2 10
-11
1,0 10
-11
M
0,040
1,8 10
-10
0,020
1,2 10
-10
5,6 10
-11
3,8 10
-11
2,7 10
-11
2,2 10
-11
S
0,020
1,9 10
-10
0,002
1,2 10
-10
5,9 10
-11
4,0 10
-11
2,9 10
-11
2,4 10
-11
U-240
14,1 h
F
0,040
2,4 10
-9
0,020
1,6 10
-9
7,1 10
-10
4,5 10
-10
2,3 10
-10
2,0 10
-10
M
0,040
4,6 10
-9
0,020
3,1 10
-9
1,7 10
-9
1,1 10
-9
6,5 10
-10
5,3 10
-10
S
0,020
4,9 10
-9
0,002
3,3 10
-9
1,6 10
-9
1,1 10
-9
7,0 10
-10
5,8 10
-10
Neptunium
NP-232
0,245 h
F
0,005
2,0 10
-10
5,0 10
-4
1,9 10
-10
1,2 10
-10
1,1 10
-10
1,1 10
-10
1,2 10
-10
M
0,005
8,9 10
-11
5,0 10
-4
8,1 10
-11
5,5 10
-11
4,5 10
-11
4,7 10
-11
5,0 10
-11
S
0.005
1,2 10
-10
5,0 10
-4
9,7 10
-11
5,8 10
-11
3,9 10
-11
2,3 10
-11
2,4 10
-11
Np-233
0,603 h
F
0,005
1,1 10
-11
5,0 10
-4
8,7 10
-12
4,2 10
-12
1,4 10
-12
1,4 1
-12
1,1 10
-12
M
0,005
1,5 10
-11
5,0 10
-4
1,1 10
-11
5,5 10
-12
3,3 10
-12
2,1 10
-12
1,6 10
-12
S
0,005
1,5 10
-11
5,0 10
-4
1,2 10
-11
5,7 10
-12
3,4 10
-12
2,1 10
-12
1,7 10
-12
Np-234
4,40 d
F
0,005
2,9 10
-9
5,0 10
-4
2,2 10
-9
1,1 10
-9
7,2 10
-10
4,3 10
-10
3,5 10
-10
M
0,005
3,8 10
-9
5,0 10
-4
3,0 10
-9
1,6 10
-9
1,0 10
-9
6,5 10
-10
5,3 10
-10
S
0,005
3,9 10
-9
5,0 10
-4
3,1 10
-9
1,6 10
-9
1,0 10
-9
6,8 10
-10
5,5 10
-10
Np-235
1.08 a
F
0,005
4,2 10
-9
5,0 10
-6
3,5 10
-4
1,9 10
-9
1,1 10
-9
7,5 10
-10
6,3 10
-10
M
0,005
2,3 10
-9
5,0 10
-4
1,9 10
-9
1,1 10
-9
6,8 10
-10
5,1 10
-10
4,2 10
-10
S
0,005
2,6 10
-9
5,0 10
-4
2,2 10
-9
1,3 10
-9
8,3 10
-10
6,3 10
-10
5,2 10
-10
Np-236
1,15 10
5
a
F
0,005
8,9 10
-6
5,0 10
-4
9,1 10
-6
7,2 10
-6
7,5 10
-6
7,9 10
-6
8,0 10
-6
M
0,005
3,0 10
-6
5,0 10
-4
3,1 10
-6
2,7 10
-6
2,7 10
-6
3,1 10
-6
3,2 10
-6
S
0,005
1,6 10
-6
5,0 10
-4
1,6 10
-6
1,3 10
-6
1,0 10
-6
1,0 10
-6
1,0 10
-6
Np-236
22,5 h
F
0,005
2,8 10
-8
5,0 10
-4
2,6 10
-8
1,5 10
-8
1,1 10
-8
8,9 10
-9
9,0 10
-9
M
0,005
1,6 10
-8
5,0 10
-4
1,4 10
-8
8,9 10
-9
6,2 10
-9
5,6 10
-9
5,3 10
-9
S
0,005
1,6 10
-8
5,0 10
-4
1,3 10
-8
8,5 10
-9
5,7 10
-9
4,8 10
-9
4,2 10
-9
Np-237
2,14 10
6
a
F
0,005
9,8 10
-5
5,0 10
-4
9,3 10
-5
6,0 10
-5
5,0 10
-5
4,7 10
-5
5,0 10
-5
M
0,005
4,4 10
-5
5,0 10
-4
4,0 10
-5
2,8 10
-5
2,2 10
-5
2,2 10
-5
2,3 10
-5
S
0,005
3,7 10
-5
5,0 10
-4
3,2 10
-5
2,1 10
-5
1,4 10
-5
1,3 10
-5
1,2 10
-5
Np-238
2,12 d
F
0,005
9,0 10
-9
5,0 10
-4
7,9 10
-9
4,8 10
-9
3,7 10
-9
3,3 10
-9
3,5 10
-9
M
0,005
7,3 10
-9
5,0 10
-4
5,8 10
-9
3,4 10
-9
2,5 10
-9
2,2 10
-9
2,1 10
-9
S
0,005
8,1 10
-9
5,0 10
-4
6,2 10
-9
3,2 10
-9
2,1 10
-9
1,7 10
-9
1,5 10
-9
Np-239
2,36 d
F
0,005
2,6 10
-9
5,0 10
-4
1,4 10
-9
6,3 10
-10
3,8 10
-10
2,1 10
-10
1,7 10
-10
M
0,005
5,9 10
-9
5,0 10
-4
4,2 10
-9
2,0 10
-9
1,4 10
-10
1,2 10
-9
9,3 10
-10
S
0,005
5,6 10
-9
5,0 10
-4
4,0 10
-9
2,2 10
-9
1,6 10
-10
1,3 10
-9
1,0 10
-9
Np-240
1,08 h
F
0,005
3,6 10
-10
5,0 10
-4
2,6 10
-10
1,2 10
-10
7,7 10
-11
4,7 10
-11
4,0 10
-11
M
0,005
6,3 10
-10
5,0 10
-4
4,4 10
-10
2,2 10
-10
1,4 10
-10
1,0 10
-10
8,5 10
-11
S
0,005
6,5 10
-10
5,0 10
-4
4,6 10
-10
2,3 10
-10
1,5 10
-10
1,1 10
-10
9,0 10
-11
Plutonium
Pu-234
8,80 h
F
0,005
3,0 10
-8
5,0 10
-4
2,0 10
-8
9,8 10
-9
5,7 10
-9
3,6 10
-9
3,0 10
-9
M
0,005
7,8 10
-8
5,0 10
-4
3,7 10
-8
2,8 10
-8
2,6 10
-8
2,1 10
-8
2,1 10
-8
S
1,0 10
-4
8,7 10
-8
1,0 10
-5
6,6 10
-8
4,2 10
-8
3,1 10
-8
3,0 10
-8
2,4 10
-8
Pu-235
0,422 h
F
0,005
1,0 10
-11
5,0 10
-4
7,9 10
-12
3,9 10
-12
2,2 10
-12
1,3 10
-12
1,0 10
-12
M
0,005
1,3 10
-11
5,0 10
-4
1,0 10
-11
5,0 10
-12
2,9 10
-12
1,9 10
-12
1,4 10
-12
S
1,0 10
-4
1,3 10
-11
1,0 10
-5
1,0 10
-11
5,1 10
-12
3,0 10
-12
1,9 10
-12
1,5 10
-12
Pu-236
2,85 a
F
0,005
1,0 10
-4
5,0 10
-4
9,5 10
-5
6,1 10
-5
4,4 10
-5
3,7 10
-5
4,0 10
-5
M
0,005
4,8 10
-5
5,0 10
-4
4,3 10
-5
2,9 10
-5
2,1 10
-5
1,9 10
-5
2,0 10
-5
S
1,0 10
-4
3,6 10
-5
1,0 10
-5
3,1 10
-5
2,0 10
-5
1,4 10
-5
1,2 10
-5
1,0 10
-5
Pu-237
45,3 d
F
0,005
2,2 10
-9
5,0 10
-4
1,6 10
-9
7,9 10
-10
4,8 10
-10
2,9 10
-10
2,6 10
-10
M
0,005
1,9 10
-9
5,0 10
-4
1,4 10
-9
8,2 10
-10
5,4 10
-10
4,3 10
-10
3,5 10
-10
S
1,0 10
-4
2,0 10
-9
1,0 10
-5
1,5 10
-9
8,8 10
-10
5,9 10
-10
4,8 10
-10
3,9 10
-10
Pu-238
87,7 a
F
0,005
2,0 10
-4
5,0 10
-4
1,9 10
-4
1,4 10
-4
1,1 10
-4
1,0 10
-4
1,1 10
-4
M
0,005
7,8 10
-5
5,0 10
-4
7,4 10
-5
5,6 10
-5
4,4 10
-5
4,3 10
-5
4,6 10
-5
S
1,0 10
-4
4,5 10
-5
1,0 10
-5
4,0 10
-5
2,7 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Pu-239
2,41 10
4
a
F
0,005
2,1 10
-4
5,0 10
-4
2,0 10
-4
1,5 10
-4
1,2 10
-4
1,1 10
-4
1,2 10
-4
M
0,005
8,0 10
-5
5,0 10
-4
7,7 10
-5
6,0 10
-5
4,8 10
-5
4,7 10
-5
5,0 10
-5
S
1,0 10
-4
4,3 10
-5
1,0 10
-5
3,9 10
-5
2,9 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Pu-240
6,54 10
3
a
F
0,005
2,1 10
-4
5,0 10
-4
2,0 10
-4
1,5 10
-4
1,2 10
-4
1,1 10
-4
1,2 10
-4
M
0,005
8,0 10
-5
5,0 10
-4
7,7 10
-5
6,0 10
-5
4,8 10
-5
4,7 10
-5
5,0 10
-5
S
1,0 10
-4
4,3 10
-5
1,0 10
-5
3,9 10
-5
2,7 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Pu-241
14,4 a
F
0,005
2,8 10
-6
5,0 10
-4
2,9 10
-6
2,6 10
-6
2,4 10
-6
2,2 10
-6
2,3 10
-6
M
0,005
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
S
1,0 10
-4
2,2 10
-7
1,0 10
-5
2,3 10
-7
2,0 10
-7
1,7 10
-7
1,7 10
-7
1,7 10
-7
Pu-242
3,76 10
5
a
F
0,005
2,0 10
-4
5,0 10
-4
1,9 10
-4
1,4 10
-4
1,2 10
-4
1,1 10
-4
1,1 10
-4
M
0,005
7,6 10
-5
5,0 10
-4
8,3 10
-5
5,7 10
-5
4,5 10
-5
4,5 10
-5
4,8 10
-5
S
1,0 10
-4
4,0 10
-5
1,0 10
-5
3,6 10
-5
2,5 10
-5
1,7 10
-5
1,6 10
-5
1,5 10
-5
Pu-243
4,95 h
F
0,005
2,7 10
-10
5,0 10
-4
1,9 10
-10
8,8 10
-11
5,7 10
-11
3,5 10
-11
3,2 10
-11
M
0,005
5,6 10
-10
5,0 10
-4
3,9 10
-10
1,9 10
-10
1,3 10
-10
8,7 10
-11
8,3 10
-11
S
1,0 10
-4
6,0 10
-10
1,0 10
-5
4,1 10
-10
2,0 10
-10
1,4 10
-10
9,2 10
-11
8,6 10
-11
Pu-244
8,26 10
-
a
F
0,005
2,0 10
-4
5,0 10
-4
1,9 10
-4
1,4 10
-4
1,2 10
-4
1,1 10
-4
1,1 10
-4
M
0,005
7,4 10
-5
5,0 10
-4
7,2 10
-5
5,6 10
-5
4,5 10
-5
4,4 10
-5
4,7 10
-5
S
1.0 10
-4
3,9 10
-5
1,0 10
-5
3,5 10
-5
2,4 10
-5
1,7 10
-5
1,5 10
-5
1,5 10
-5
Pu-245
10,5 h
F
0,005
1,8 10
-9
5,0 10
-4
1,3 10
-9
5,6 10
-10
3,5 10
-10
1,9 10
-10
1,6 10
-10
M
0,005
3,6 10
-9
5,0 10
-4
2,5 10
-9
1,2 10
-9
8,0 10
-10
5,0 10
-10
4,0 10
-10
S
1,0 10
-4
3,8 10
-9
1,0 10
-5
2,6 10
-9
1,3 10
-9
8,5 10
-10
5,4 10
-10
4,3 10
-10
Pu-246
10,9 d
F
0.005
2,0 10
-8
5,0 10
-4
1,4 10
-8
7,0 10
-9
4,4 10
-9
2,8 10
-9
2,5 10
-9
M
0.005
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
S
1,0 10
-4
3,8 10
-8
1,0 10
-5
2,8 10
-8
1,6 10
-8
1,2 10
-8
1,0 10
-8
8,0 10
-9
Americium
Am-237
1,22 h
F
0,005
9,8 10
-11
5,0 10
-4
7,3 10
-11
3,5 10
-11
2,2 10
-11
1,3 10
-11
1,1 10
-11
M
0,005
1,7 10
-10
5,0 10
-4
1,2 10
-10
6,2 10
-11
4,1 10
-11
3,0 10
-11
2,5 10
-11
S
0,005
1,7 10
-10
5,0 10
-4
1,3 10
-10
6,5 10
-11
4,3 10
-11
3,2 10
-11
2,6 10
-11
Am-238
1,63 h
F
0,005
4,1 10
-10
5,0 10
-4
3,8 10
-10
2,5 10
-10
2,0 10
-10
1,8 10
-10
1,9 10
-11
M
0,005
3,1 10
-10
5,0 10
-4
2,6 10
-10
1,3 10
-10
9,6 10
-11
8,8 10
-11
9,0 10
-11
S
0,005
2,7 10
-10
5,0 10
-4
2,2 10
-10
1,3 10
-10
8,2 10
-11
6,1 10
-11
5,4 10
-11
Am-239
11.9 h
F
0,005
8,1 10
-10
5,0 10
-4
5,8 10
-10
2,6 10
-10
1,6 10
-10
9,1 10
-11
7,6 10
-11
M
0,005
1,5 10
-9
5,0 10
-4
1,1 10
-9
5,9 10
-10
4,0 10
-10
2,5 10
-10
2,2 10
-10
S
0,005
1,6 10
-9
5,0 10
-4
1,1 10
-9
5,9 10
-10
4,0 10
-10
2,5 10
-10
2,4 10
-10
Am-240
2,12 d
F
0,005
2,0 10
-9
5,0 10
-4
1,7 10
-9
8,8 10
-10
5,7 10
-10
3,6 10
-10
2,3 10
-10
M
0,005
2,9 10
-9
5,0 10
-4
2,2 10
-9
1,2 10
-9
7,7 10
-10
5,3 10
-10
4,3 10
-10
S
0,005
3,0 10
-9
5,0 10
-4
2,3 10
-9
1,2 10
-9
7,8 10
-10
5,3 10
-10
4,3 10
-10
Am-241
4,32 10
2
a
F
0,005
1,8 10
-4
5,0 10
-4
1,8 10
-4
1,2 10
-4
1,0 10
-4
9,2 10
-5
9,6 10
-5
M
0,005
7,3 10
-5
5,0 10
-4
6,9 10
-5
5,1 10
-5
4,0 10
-5
4,0 10
-5
4,2 10
-5
S
0,005
4,6 10
-5
5,0 10
-4
4,0 10
-5
2,7 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Am-242
16.0 h
F
0,005
9,2 10
-8
5,0 10
-4
7,1 10
-8
3,5 10
-8
2,1 10
-8
1,4 10
-8
1,1 10
-8
M
0,005
7,6 10
-8
5,0 10
-4
5,9 10
-8
3,6 10
-8
2,4 10
-8
2,1 10
-8
1,7 10
-8
S
0,005
8,0 10
-8
5,0 10
-4
6,2 10
-8
3,9 10
-8
2,7 10
-8
2,4 10
-8
2,0 10
-8
Am-242m
1,52 10
2
a
F
0,005
1,6 10
-4
5,0 10
-4
1,5 10
-4
1,1 10
-4
9,4 10
-5
8,0 10
-5
9,2 10
-5
M
0,005
5,2 10
-5
5,0 10
-4
5,3 10
-5
4,1 10
-5
3,4 10
-5
3,5 10
-5
3,7 10
-5
S
0,005
2,5 10
-5
5,0 10
-4
2,4 10
-5
1,7 10
-5
1,2 10
-5
1,1 10
-5
1,1 10
-5
Am-243
7,38 10
3
a
F
0,005
1,8 10
-4
5,0 10
-4
1,7 10
-4
1,2 10
-4
1,0 10
-4
9,1 10
-5
9,6 10
-5
M
0,005
1,8 10
-5
5,0 10
-4
6,8 10
-5
5,0 10
-5
4,0 10
-5
4,0 10
-5
4,1 10
-5
S
0,005
4,4 10
-5
5,0 10
-4
3,9 10
-5
2,6 10
-5
1,8 10
-5
1,6 10
-5
1,5 10
-5
Am-244
10.1 h
F
0,005
1,0 10
-8
5,0 10
-4
9,2 10
-9
5,6 10
-9
4,1 10
-9
3,5 10
-9
3,7 10
-9
M
0,005
6,0 10
-9
5,0 10
-4
5,0 10
-9
3,2 10
-9
2,2 10
-9
2,0 10
-9
2,0 10
-9
S
0,005
6,1 10
-9
5,0 10
-4
4,8 10
-9
2,4 10
-9
1,6 10
-9
1,4 10
-9
1,2 10
-9
Am-244m
0,433 h
F
0,005
4,6 10
-10
5,0 10
-10
4,0 10
-10
2,4 10
-10
1,8 10
-10
1,5 10
-10
1,6 10
-10
M
0,005
3,3 10
-10
5,0 10
-4
2,1 10
-10
1,3 10
-10
9,2 10
-11
8,3 10
-11
8,4 10
-11
S
0,005
3,0 10
-10
5,0 10
-4
2,2 10
-10
1,2 10
-10
8,1 10
-11
5,5 10
-11
5,7 10
-11
Am-245
2,05 h
F
0,005
2,1 10
-10
5,0 10
-4
1,4 10
-10
6,2 10
-11
4,0 10
-11
2,4 10
-11
2,1 10
-11
M
0,005
3,9 10
-10
5,0 10
-4
2,6 10
-10
1,3 10
-10
8,7 10
-11
6,4 10
-11
5,3 10
-11
S
0,005
4,1 10
-10
5,0 10
-4
2,8 10
-10
1,3 10
-10
9,2 10
-11
6,8 10
-11
5,6 10
-11
Am-246
0,650 h
F
0,005
3,0 10
-10
5,0 10
-4
2,0 10
-10
9,3 10
-11
6,1 10
-11
3,8 10
-11
3,3 10
-11
M
0,005
5,0 10
-10
5,0 10
-4
3,4 10
-10
1,6 10
-10
1,1 10
-10
7,9 10
-11
6,6 10
-11
S
0,005
5,3 10
-10
5,0 10
-4
3,6 10
-10
1,7 10
-10
1,2 10
-10
8,3 10
-11
6,9 10
-11
Am-246m
0,417 h
F
0,005
1,3 10
-10
5,0 10
-4
8,9 10
-11
4,2 10
-11
2,6 10
-11
1,6 10
-11
1,4 10
-11
M
0,005
1,9 10
-10
5,0 10
-4
1,4 10
-10
6,1 10
-11
4,0 10
-11
2,6 10
-11
2.2 10
-11
S
0,005
2,0 10
-10
5,0 10
-4
1,4 10
-10
6,4 10
-11
4,1 10
-11
2,7 10
-11
2,3 10
-11
Curium
Cm-238
2,40 h
F
0,005
7,7 10
-9
5,0 10
-4
5,4 10
-9
2,6 10
-9
1,8 10
-9
9,2 10
-10
7,3 10
-10
M
0,005
2,1 10
-8
5,0 10
-4
1,5 10
-8
7,9 10
-9
5,9 10
-9
5,6 10
-9
4,5 10
-9
S
0,005
2,2 10
-8
5,0 10
-4
1,6 10
-8
8,6 10
-9
6,4 10
-9
6,1 10
-9
4,9 10
-9
Cm-240
27,0 d
F
0,005
8,3 10
-6
5,0 10
-4
6,3 10
-6
3,2 10
-6
2,0 10
-6
1,5 10
-6
1,3 10
-6
M
0,005
1,2 10
-5
5,0 10
-5
9,1 10
-6
5,8 10
-6
4,2 10
-6
3,8 10
-6
3,2 10
-6
S
0,005
1,3 10
-5
5,0 10
-8
9,9 10
-6
6,4 10
-4
4,6 10
-6
4,3 10
-6
3,5 10
-6
Cm-241
32,8 d
F
0,005
1,1 10
-7
5,0 10
-4
8,9 10
-8
4,9 10
-8
3,5 10
-8
2,8 10
-8
2,7 10
-8
M
0,005
1,3 10
-7
5,0 10
-4
1,0 10
-7
6,6 10
-8
4,8 10
-8
4,4 10
-8
3,7 10
-8
S
0,005
1,4 10
-7
5,0 10
-4
1,1 10
-7
6,9 10
-8
4,9 10
-8
4,5 10
-8
3,7 10
-8
Cm-242
163 d
F
0,005
2,7 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
M
0,005
2,2 10
-5
5,0 10
-4
1,8 10
-5
1,1 10
-5
7,3 10
-6
6,4 10
-6
5,2 10
-6
S
0,005
2,4 10
-5
5,0 10
-4
1,9 10
-5
1,2 10
-5
8,2 10
-6
7,3 10
-6
5,9 10
-6
Cm-243
28,5 a
F
0,005
1,6 10
-4
5,0 10
-4
1,5 10
-4
9,5 10
-5
7,3 10
-5
6,5 10
-5
6,9 10
-5
M
0,005
6,7 10
-5
5,0 10
-4
6,0 10
-5
4,2 10
-5
3,0 10
-5
3,0 10
-5
1,5 10
-5
S
0,005
4,6 10
-5
5,0 10
-4
4,0 10
-5
2,6 10
-5
1,8 10
-5
1,6 10
-5
1,5 10
-5
Cm-244
18,1 a
F
0,005
1,5 10
-4
5,0 10
-4
1,5 10
-4
5,0 10
-5
6,1 10
-5
5,3 10
-5
5,7 10
-5
M
0,005
6,2 10
-5
5,0 10
-4
5,7 10
-5
3,7 10
-5
2,7 10
-5
2,6 10
-5
2,7 10
-5
S
0,005
4,4 10
-5
5,0 10
-4
3,8 10
-5
2,5 10
-5
1,7 10
-5
1,5 10
-5
1,3 10
-5
Cm-245
F
8,50 10
4
a
0,005
1,9 10
-4
5,0 10
-4
1,8 10
-4
1,2 10
-4
1,0 10
-4
9,4 10
-5
9,9 10
-5
M
0,005
7,3 10
-5
5,0 10
-4
6,9 10
-5
5,1 10
-5
4,1 10
-5
4,1 10
-5
4,2 10
-5
S
0,005
4,5 10
-5
5,0 10
-4
4,0 10
-5
2,7 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Cm-246
4,73 10
3
a
F
0,005
1,9 10
-4
5,0 10
-4
1,8 10
-4
1,2 10
-4
1,2 10
-4
9,4 10
-4
9,8 10
-5
M
0,005
7,3 10
-5
5,0 10
-4
6,9 10
-5
5,1 10
-5
4,1 10
-5
4,1 10
-5
4,2 10
-5
S
0,005
4,6 10
-5
5,0 10
-4
4,0 10
-5
2,7 10
-5
1,9 10
-5
1,7 10
-5
1,6 10
-5
Cm-247
1,56 10
7
a
F
0,005
1,7 10
-4
5,0 10
-4
1,6 10
-4
1,1 10
-4
9,4 10
-5
8,6 10
-5
9,0 10
-5
M
0,005
6,7 10
-5
5,0 10
-4
6,3 10
-5
4,7 10
-5
3,7 10
-5
3,7 10
-5
3,9 10
-5
S
0,005
4,1 10
-5
5,0 10
-4
3,6 10
-5
2,4 10
-5
1,7 10
-5
1,5 10
-5
1,4 10
-5
Cm-248
3,39 10
5
a
F
0,005
6,8 10
-4
5,0 10
-4
6,5 10
-4
4,5 10
-4
3,7 10
-4
3,4 10
-4
3,6 10
-4
M
0,005
2,5 10
-4
5,0 10
-4
2,4 10
-4
1,8 10
-4
1,4 10
-4
1,4 10
-4
1,5 10
-4
S
0,005
1,4 10
-4
5,0 10
-4
1,2 10
-4
8,2 10
-5
5,6 10
-5
5,0 10
-5
4,8 10
-5
Cm-249
1,07 h
F
0,005
1,8 10
-10
5,0 10
-4
9,8 10
-11
5,9 10
-11
4,6 10
-11
4,0 10
-11
4,0 10
-11
M
0,005
2,4 10
-10
5,0 10
-4
1,6 10
-10
8,2 10
-11
5,8 10
-11
3,7 10
-11
3,3 10
-11
S
0,005
2,4 10
-10
5,0 10
-4
1,6 10
-10
7,8 10
-11
5,3 10
-11
3,9 10
-11
3,3 10
-11
Cm-250
6,90 10
3
a
F
0,005
3,9 10
-3
5,0 10
-4
3,7 10
-3
2,6 10
-3
2,1 10
-3
2,0 10
-3
2,1 10
-3
M
0,005
1,4 10
-3
5,0 10
-4
1,3 10
-3
9,9 10
-4
7,9 10
-4
7,9 10
-4
8,4 10
-4
S
0,005
7,2 10
-4
5,0 10
-4
6,5 10
-4
4,4 10
-4
3,0 10
-4
2,7 10
-4
2,6 10
-4
Berkelium
Bk-245
4,94 d
M
0,005
8,8 10
-9
5,0 10
-4
6,6 10
-9
4,0 10
-9
2,9 10
-9
2,6 10
-9
2,1 10
-9
Bk-246
1,83 d
M
0,005
2,1 10
-9
5,0 10
-4
1,7 10
-9
9,3 10
-10
6,0 10
-10
4,0 10
-10
3,3 10
-10
Bk-247
1,38 10
3
a
M
0,005
1,5 10
-4
5,0 10
-4
1,5 10
-4
1,1 10
-4
7,9 10
-5
7,2 10
-5
6,9 10
-5
Bk-249
320 d
M
0,005
3,3 10
-7
5,0 10
-4
3,3 10
-7
2,4 10
-7
1,8 10
-7
1,6 10
-7
1,6 10
-7
Bk-250
3,22 h
M
0,005
3,4 10
-9
5,0 10
-4
3,1 10
-9
2,0 10
-9
1,3 10
-9
1,1 10
-9
1,0 10
-9
Californium
Cf-244
0,323 h
M
0,005
7,6 10
-8
5,0 10
-4
5,4 10
-8
2,8 10
-8
2,0 10
-8
1,6 10
-8
1,4 10
-8
Cf-246
1,49 d
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
334 d
M
0,005
3,8 10
-5
5,0 10
-4
3,2 10
-5
2,1 10
-5
1,4 10
-5
1,0 10
-5
8,8 10
-6
Cf-249
350 10
2
a
M
0,005
1,6 10
-4
5,0 10
-4
1,5 10
-4
1,1 10
-4
8,0 10
-5
7,2 10
-5
7,0 10
-5
Cf-250
13,1 a
M
0,005
1,1 10
-4
5,0 10
-4
9,8 10
-5
6,6 10
-5
4,2 10
-5
3,5 10
-5
3,4 10
-5
Cf-251
8,98 10
2
a
M
0,005
1,6 10
-4
5,0 10
-4
1,5 10
-4
1,1 10
-4
8,1 10
-5
7,3 10
-5
7,1 10
-5
Cf-252
2,64 a
M
0,005
9,7 10
-5
5,0 10
-4
8,7 10
-5
5,6 10
-5
3,2 10
-5
2,2 10
-5
2,0 10
-5
Cf-253
17,8 d
M
0,005
5,4 10
-6
5,0 10
-4
4,2 10
-6
2,6 10
-6
1,9 10
-6
1,7 10
-6
1,3 10
-6
Cf-254
60,5 d
M
0,005
2,5 10
-4
5,0 10
-4
1,9 10
-4
1,1 10
-4
7,0 10
-5
4,8 10
-5
4,1 10
-5
Einsteinium
Es-250
2,10 h
M
0,005
2,0 10
-9
5,0 10
-4
1,8 10
-9
1,2 10
-9
7,8 10
-10
6,4 10
-10
6,3 10
-10
Es-251
1,38 d
M
0,005
7,9 10
-9
5,0 10
-4
6,0 10
-9
3,9 10
-9
2,8 10
-9
2,6 10
-9
2,1 10
-9
Es-253
20,5 d
M
0,005
1,1 10
-5
5,0 10
-4
8,0 10
-6
5,1 10
-6
3,7 10
-6
3,4 10
-6
2,7 10
-6
Es-254
276 d
M
0,005
3,7 10
-5
5,0 10
-4
3,1 10
-5
2,0 10
-5
1,3 10
-5
1,0 10
-5
8,6 10
-6
Es-254m
1,64 d
M
0,005
1,7 10
-6
5,0 10
-4
1,3 10
-6
8,4 10
-7
6,3 10
-7
5,9 10
-7
4,7 10
-7
Fermium
Fm-252
22,7 h
M
0,005
1,2 10
-6
5,0 10
-7
9,0 10
-7
5,8 10
-7
4,3 10
-7
4,0 10
-7
3,2 10
-7
Fm-253
3,00 d
M
0,005
1,5 10
-6
5,0 10
-4
1,2 10
-6
7,3 10
-7
5,4 10
-7
5,0 10
-7
4,0 10
-7
Fm-254
3,24 h
M
0,005
3,2 10
-7
5,0 10
-4
2,3 10
-7
1,3 10
-7
9,8 10
-8
7,6 10
-8
6,1 10
-8
Fm-255
20,1 h
M
0,005
1,2 10
-6
5,0 10
-4
7,3 10
-7
4,7 10
-7
3,5 10
-7
3,4 10
-7
2,7 10
-7
Fm-257
101 d
M
0,005
3,3 10
-5
5,0 10
-5
2,6 10
-5
1,6 10
-5
1,1 10
-5
8,8 10
-6
7,1 10
-6
Mendelevium
Md-257
5,20 h
M
0,005
1,0 10
-7
5,0 10
-4
8,2 10
-8
5,1 10
-8
3,6 10
-8
3,1 10
-8
2,5 10
-8
Md-258
55,0 d
M
0,005
2,4 10
-5
5,0 10
-4
1,9 10
-5
1,2 10
-5
8,6 10
-6
7,3 10
-6
5,9 10
-6
TABLE (C.1)
Effective dose coefficients (Sv Bq
-1)
Nuclide
Physical half-life
Inhalation
Ingestion
Type
f
1
h(g)
1
[illegible]
m
h(g)
5
[illegible]
m
f
1
h(g)
Hydrogen
Tritiated
12,3 a
See Table (C.2) for inhalation doses
1,000
1,8 10
-11
water
OBT
12,3 a
See Table (C.2) for inhalation doses
1,000
4,2 10
-11
Beryllium
Be-7
53,3 d
M
0,005
4,8 10
-11
4,3 10
-11
0,005
2,8 10
-11
S
0,005
5,2 10
-11
4,6 10
-11
Be-10
1,60 10
6
a
M
0,005
9,1 10
-9
6,7 10
-9
0,005
1,1 10
-9
S
0,005
3,2 10
-8
1,9 10
-8
Carbon
C-11
0,340 h
See Table (C.2) for inhalation doses
1,000
2,4 10
-11
C-14
5,73 10
3
a
See Table (C.2) for inhalation doses
1,000
5,8 10
-10
Fluorine
F-18
1,83 h
F
1,000
3,0 10
-11
5,4 10
-11
1,000
4,9 10
-11
M
1,000
5,7 10
-11
8,9 10
-11
S
1,000
6,0 10
-11
9,3 10
-11
Sodium
Na-22
2,60 a
F
1,000
1,3 10
-9
2,0 10
-9
1,000
3,2 10
-9
Na-24
15,0 h
F
1,000
2,9 10
-10
5,3 10
-10
1,000
4,3 10
-10
Magnesium
Mg-28
20,9 h
F
0,500
6,4 10
-10
1,1 10
-9
0,500
2,2 10
-9
M
0,500
1,2 10
-9
1,7 10
-9
Aluminium
A1-26
7,16 10
5
a
F
0,010
1,1 10
-8
1,4 10
-8
0,010
3,5 10
-9
M
0,010
1,8 10
-8
1,2 10
-8
Silicon
Si-31
2,62 h
F
0,010
2,9 10
-11
5,1 10
-11
0,010
1,6 10
-10
M
0,010
7,5 10
-11
1,1 10
-10
S
0,010
8,0 10
-11
1,1 10
-10
Si-32
4,50 10
2
a
F
0,010
3,2 10
-9
3,7 10
-9
0,010
1,6 10
-10
M
0,010
1,5 10
-8
9,6 10
-9
S
0,010
1,1 10
-7
5,5 10
-8
Phosphorus
P-32
14,3 d
F
0,800
8,0 10
-10
1,1 10
-9
0,800
2,4 10
-9
M
0,800
3,2 10
-9
2,9 10
-9
P-33
25,4 d
F
0,800
9,6 10
-11
1,4 10
-10
0,800
2,4 10
-10
M
0,800
1,4 10
-9
1,3 10
-9
Sulphur
S-35
87,4 d
F
0,800
5,3 10
-11
8,0 10
-10
0,800
1,4 10
-10
(inorganic)
M
0,800
1,3 10
-9
1,1 10
-9
0,100
1,9 10
-10
S-35
87,4 d
See Table (C.2) for inhalation doses
1,000
7,7 10
-10
(organic)
Chlorine
Cl-36
3,01 10
5
a
F
1,000
3,4 10
-10
4,9 10
-10
1,000
9,3 10
-10
M
1,000
6,9 10
-9
5,1 10
-9
Cl-38
0,620 h
F
1,000
2,7 10
-11
4,6 10
-11
1,000
1,2 10
-10
M
1,000
4,7 10
-11
7,3 10
-11
Cl-39
0,927 h
F
1,000
2,7 10
-11
4,8 10
-11
1,000
8,5 10
-11
M
1,000
4,8 10
-11
7,6 10
-11
Potassium
K-40
1,28 10
9
a
F
1,000
2,1 10
-9
3,0 10
-9
1,000
6,2 10
-9
K-42
12,4 h
F
1,000
1,3 10
-10
2,0 10
-10
1,000
4,3 10
-10
K-43
22,6 h
F
1,000
1,5 10
-10
2,6 10
-10
1,000
2,5 10
-10
K-44
0,369 h
F
1,000
2,1 10
-11
3,7 10
-11
1,000
8,4 10
-11
K-45
0,333 h
F
1,000
1,6 10
-11
2,8 10
-11
1,000
5,4 10
-11
Calcium
Ca-41
1,40 10
5
a
M
0,300
1,7 10
-10
1,9 10
-10
0,300
2,9 10
-10
Ca-45
163 d
M
0,300
2,7 10
-9
2,3 10
-9
0,300
7,6 10
-10
Ca-47
4,53 d
M
0,300
1,8 10
-9
2,1 10
-9
0,300
1,6 10
-9
Scandium
Sc-43
3,89 h
S
1,0 10
-4
1,2 10
-10
1,8 10
-10
1,0 10
-4
1,9 10
-10
Sc-44
3,93 h
S
1,0 10
-4
1,9 10
-10
3,0 10
-10
1,0 10
-4
3,5 10
-10
Sc-44m
2,44 d
S
1,0 10
-4
1,5 10
-9
2,0 10
-9
1,0 10
-4
2,4 10
-9
Sc-46
83,8 d
S
1,0 10
-4
6,4 10
-9
4,8 10
-9
1,0 10
-4
1,5 10
-9
Sc-47
3,35 d
S
1,0 10
-4
7,0 10
-10
7,3 10
-10
1,0 10
-4
5,4 10
-10
Sc-48
1,82 d
S
1,0 10
-4
1,1 10
-9
1,6 10
-9
1,0 10
-4
1,7 10
-9
Sc-49
0,956 h
S
1,0 10
-4
4,1 10
-11
6,1 10
-11
1,0 10
-4
8,2 10
-11
Titanium
Ti-44
47,3 a
F
0,010
6,1 10
-8
7,2 10
-8
0,010
5,8 10
-9
M
0,010
4,0 10
-8
2,7 10
-8
S
0,010
1,2 10
-7
6,2 10
-8
Ti-45
3,08 h
F
0,010
4,6 10
-11
8,3 10
-11
0,010
1,5 10
-10
M
0,010
9,1 10
-11
1,4 10
-10
S
0,010
9,6 10
-11
1,5 10
-10
Vanadium
V-47
0,543 h
F
0,010
1,9 10
-11
3,2 10
-11
0,010
6,3 10
-11
M
0,010
3,1 10
-11
5,0 10
-11
V-48
16,2 d
F
0,010
1,1 10
-9
1,7 10
-9
0,010
2,0 10
-9
M
0,010
2,3 10
-9
2,7 10
-9
V-49
330 d
F
0,010
2,1 10
-11
2,6 10
-11
0,010
1,8 10
-11
M
0,010
3,2 10
-11
2,3 10
-11
Chromium
Cr-48
23,0 h
F
0,100
1,0 10
-10
1,7 10
-10
0,100
2,0 10
-10
M
0,100
2,0 -10
-10
2,3 10
-10
0,010
2,0 10
-10
S
0,100
2,2 10
-10
2,5 10
-10
Cr-49
0,702 h
F
0,100
2,0 10
-11
3,5 10
-11
0,100
6,1 10
-11
M
0,100
3,5 10
-11
5,6 10
-11
0,010
6,1 10
-11
S
0,100
3,7 10
-11
5,9 10
-11
Cr-51
27,7 d
F
0,100
2,1 10
-11
3,0 10
-11
0,100
3,8 110
-11
M
0,100
3,1 10
-11
3,4 10
-11
0,010
3,7 10
-11
S
0,100
3,6 10
-11
3,6 10
-11
Manganese
Mn-51
0,770 h
F
0,100
2,4 10
-11
4,2 10
-11
0,100
9,3 10
-11
M
0,100
4,3 10
-11
6,8 10
-11
Mn-52
5,59 d
F
0,100
9,9 10
-10
1,6 10
-9
0,100
1,8 10
-9
M
0,100
1,4 10
-9
1,8 10
-9
Mn-52m
0,352 h
F
0,100
2,0 10
-11
3,5 10
-11
0,100
6,9 10
-11
M
0,100
3,0 10
-11
5,0 10
-11
Mn-53
3,70 10
6
a
F
0,100
2,9 10
-11
3,6 10
-11
0,100
3,0 10
-11
M
0,100
5,2 10
-11
3,6 10
-11
Mn-54
312 d
F
0,100
8,7 10
-10
1,1 10
-9
0,100
7,1 10
-10
M
0,100
1,5 10
-9
1,2 10
-9
Mn-56
2,58 h
F
0,100
6,9 10
-11
1,2 10
-10
0,100
2,5 10
-10
M
0,100
1,3 10
-10
2,0 10
-10
Iron
Fe-52
8,28 h
F
0,100
4,1 10
-10
6,9 10
-10
0,100
1,4 10
-9
M
0,100
6,3 10
-10
9,5 10
-10
Fe-55
2,70 a
F
0,100
7,7 10
-10
9,2 10
-10
0,100
3,3 10
-10
M
0,100
3,7 10
-10
3,3 10
-10
Fe-59
44,5 d
F
0,100
2,2 10
-9
3,0 10
-9
0,100
1,8 10
-9
M
0,100
3,5 10
-9
3,2 10
-9
Fe-60
1,00 10
5
a
F
0,100
2,8 10
-7
3,3 10
-7
0,100
1,1 10
-7
M
0,100
1,3 10
-7
1,2 10
-7
Cobalt
Co-55
17,5 h
M
0,100
5,1 10
-10
7,8 10
-10
0,100
1,0 10
-9
S
0,050
5,5 10
-10
8,3 10
-10
0,050
1,1 10
-9
Co-56
78,7 d
M
0,100
4,6 10
-9
4,0 10
-9
0,100
2,5 10
-9
S
0,050
6,3 10
-9
4,9 10
-9
0,050
2,3 10
-9
Co-57
271 d
M
0,100
5,2 10
-10
3,9 10
-10
0,100
2,1 10
-10
S
0,050
9,4 10
-10
6,0 10
-10
0,050
1,9 10
-10
Co-58
70,8 d
M
0,100
1,5 10
-9
1,4 10
-9
0,100
7,4 10
-10
S
0,050
2,0 10
-9
1,7 10
-9
0,050
7,0 10
-10
Co-58m
9,15 h
M
0,100
1,3 10
-11
1,5 10
-11
0,100
2,4 10
-11
S
0,050
1,6 10
-11
1,7 10
-11
0,050
2,4 10
-11
Co-60
5,27 a
M
0,100
9,6 10
-9
7,1 10
-9
0,100
3,4 10
-9
S
0,050
2,9 10
-8
1,7 10
-8
0,050
2,5 10
-9
Co-60m
0,174 h
M
0,100
1,1 10
-12
1,2 10
-12
0,100
1,7 10
-12
S
0,050
1,3 10
-12
1,2 10
-12
0,050
1,7 10
-12
Co-61
1,65 h
M
0,100
4,8 10
-11
7,1 10
-11
0,100
7,4 10
-11
S
0,050
5,1 10
-11
7,5 10
-11
0,050
7,4 10
-11
Co-62m
0,232 h
M
0,100
2,1 10
-11
3,6 10
-11
0,100
4,7 10
-11
S
0,050
2,2 10
-11
3,7 10
-11
0,050
4,7 10
-11
Nickel
Ni-56
6,10 d
F
0,050
5,1 10
-10
7,9 10
-10
0,050
8,6 10
-10
M
0,050
8,6 10
-10
9,6 10
-10
Ni-57
1,50 d
F
0,050
2,8 10
-10
5,0 10
-10
0,050
8,7 10
-10
M
0,050
5,1 10
-10
7,6 10
-10
Ni-59
7,50 10
4
a
F
0,050
1,8 10
-10
2,2 10
-10
0,050
6,3 10
-11
M
0,050
1,3 10
-10
9,4 10
-11
Ni-63
9,60 a
F
0,050
4,4 10
-10
5,2 10
-10
0,050
1,5 10
-10
M
0,050
4,4 10
-10
3,1 10
-10
Ni-65
2,52 h
F
0,050
4,4 10
-11
7,5 10
-11
0,050
1,8 10
-10
M
0,050
8,7 10
-11
1,3 10
-10
Ni-66
2,27 d
F
0,050
4,5 10
-10
7,6 10
-10
0,050
3,0 10
-9
M
0,050
1,6 10
-9
1,9 10
-9
Copper
Cu-60
0,387 h
F
0,500
2,4 10
-11
4,4 10
-11
0,500
7,0 10
-11
M
0,500
3,5 10
-11
6,0 10
-11
S
0,500
3,6 10
-11
6,2 10
-11
Cu-61
3,41 h
F
0,500
4,0 10
-11
7,3 10
-11
0,500
1,2 10
-10
M
0,500
7,6 10
-11
1,2 10
-10
S
0,500
8,0 10
-11
1,2 10
-10
Cu-64
12,7 h
F
0,500
3,8 10
-11
6,8 10
-11
0,500
1,2 10
-10
M
0,500
1,1 10
-10
1,5 10
-10
S
0,500
1,2 10
-10
1,5 10
-10
Cu-67
2,58 d
F
0,500
1,1 10
-10
1,8 10
-10
0,500
3,4 10
-10
M
0,500
5,2 10
-10
5,3 10
-10
S
0,500
5,8 10
-10
5,8 10
-10
Zinc
Zn-62
9,26 h
S
0,500
4,7 10
-10
6,6 10
-10
0,500
9,4 10
-10
Zn-63
0,635 h
S
0,500
3,8 10
-11
6,1 10
-11
0,500
7,9 10
-11
Zn-65
244 d
S
0,500
2,9 10
-9
2,8 10
-9
0,500
3,9 10
-9
Zn-69
0,950 h
S
0,500
2,8 10
-11
4,3 10
-11
0,500
3,1 10
-11
Zn-69m
13,8 h
S
0,500
2,6 10
10
3,3 10
-10
0,500
3,3 10
-10
Zn-71m
3,92 h
S
0,500
1,6 10
-10
2,4 10
-10
0,500
2,4 10
-10
Zn-72
1,94 d
S
0,500
1,2 10
-9
1,5 10
-9
0,500
1,4 10
-9
Gallium
Ga-65
0,253 h
F
0,001
1,2 10
-11
2,0 10
-11
0,001
3,7 10
-11
M
0,001
1,8 10
-11
2,9 10
-11
Ga-66
9,40 h
F
0,001
2,7 10
-10
4,7 10
-10
0,001
1,2 10
-9
M
0,001
4,6 10
-10
7,1 10
-10
Ga-67
3,26 d
F
0,001
6,8 10
-11
1,1 10
-10
0,001
1,9 10
-10
M
0,001
2,3 10
-10
2,8 10
-10
Ga-68
1,13 h
F
0,001
2,8 10
-11
4,9 10
-11
0,001
1,0 10
-10
M
0,001
5,1 10
-11
8,1 10
-11
Ga-70
0,353 h
F
0,001
9,3 10
-12
1,6 10
-11
0,001
3,1 10
-11
M
0,001
1,6 10
-11
2,6 10
-11
Ga-72
14,1 h
F
0,001
3,1 10
-10
5,6 10
-10
0,001
1,1 10
-9
M
0,001
5,5 10
-10
8,4 10
-10
Ga-73
4,91 h
F
0,001
5,8 10
-11
1,0 10
-10
0,001
2,6 10
-10
M
0,001
1,5 10
-10
2,0 10
-10
Germanium
Ge-66
2,27 h
F
1,000
5,7 10
-11
9,9 10
-11
1,000
1,0 10
-10
M
1,000
9,2 10
-11
1,3 10
-10
Ge-67
0,312 h
F
1,000
1,6 10
-11
2,8 10
-11
1,000
6,5 10
-11
M
1,000
2,6 10
-11
4,2 10
-11
Ge-68
288 d
F
1,000
5,4 10
-10
8,3 10
-10
1,000
1,3 10
-4
M
1,000
1,3 10
-8
7,9 10
-9
Ge-69
1,63 d
F
1,000
1,4 10
-10
2,5 10
10
1,000
2,4 10
-10
M
1,000
2,9 10
-10
3,7 10
-10
Ge-71
11.8 d
F
1,000
5,0 10
-12
7.8 10
-12
1,000
1,2 10
-11
M
1,000
1,0 10
-11
1,1 10
-11
Ge-75
1,38 h
F
1,000
1,6 10
-11
2,7 10
-11
1,000
4,6 10
-11
M
1,000
3,7 10
-11
5,4 10
-11
Ge-77
11,3 h
F
1,000
1,5 10
-10
2,5 10
-10
1,000
3,3 10
-10
M
1,000
3,6 10
-10
4,5 10
-10
Ge-78
1,45 h
F
1,000
4,8 10
-11
8,1 10
-11
1,000
1,2 10
-10
M
1,000
9,7 10
-11
1,4 10
-10
Arsenic
As-69
0,253 h
M
0,500
2,2 10
-11
3,5 10
-11
0,500
5,7 10
-11
As-70
0,876 h
M
0,500
7,2 10
-11
1,2 10
-10
0,500
1,3 10
-10
As-71
2,70 d
M
0,500
4,0 10
-10
5,0 10
-10
0,500
4,6 10
-10
As-72
1,08 d
M
0,500
9,2 10
-10
1,3 10
-9
0,500
1,8 10
-9
As-73
80,3 d
M
0,500
9,3 10
-10
6,5 10
-10
0,500
2,6 10
-10
As-74
17,8 d
M
0,500
2,1 10
-9
1,8 10
-9
0,500
1,3 10
-9
As-76
1,10 d
M
0,500
7,4 10
-10
9,2 10
-10
0,500
1,6 10
-9
As-77
1,62 d
M
0,500
3,8 10
-10
4,2 10
-10
0,500
4,0 10
-10
As-78
1,51 h
M
0,500
9,2 10
-11
1,4 10
-10
0,500
2,1 10
-10
Selenium
Se-70
0,683 h
F
0,800
4,5 10
-11
8,2 10
-11
0,800
1,2 10
-10
M
0,800
7,3 10
-11
1,2 10
-10
0,050
1,4 10
-10
Se-73
7,15 h
F
0,800
8,6 10
-11
1,5 10
-10
0,800
2,1 10
-10
M
0,800
1,6 10
-10
2,4 10
-10
0,050
3,9 10
-10
Se-73m
0,650 h
F
0,800
9,9 10
-12
1,7 10
-11
0,800
2,8 10
-11
M
0,800
1,8 10
-11
2,7 10
-11
0,050
4,1 10
-11
Se-75
120 d
F
0,800
1,0 10
-9
1,4 10
-9
0,800
2,6 10
-9
M
0,800
1,4 10
-9
1,7 10
-9
0,050
4,1 10
-10
Se-79
6,50 10
4
a
F
0,800
1,2 10
-9
1,6 10
-9
0,800
2,9 10
-9
M
0,800
2,9 10
-9
3,1 10
-9
0,050
3,9 10
-10
Se-81
0,308 h
F
0,800
8,6 10
-12
1,4 10
-11
0,800
2,7 10
-11
M
0,800
1,5 10
-11
2,4 10
-11
0,050
2,7 10
-11
Se-81m
0,954 h
F
0,800
1,7 10
-11
3,0 10
-11
0,800
5,3 10
-11
M
0,800
4,7 10
-11
6,8 10
-11
0,050
5,9 10
-11
Se-83
0,375 h
F
0,800
1,9 10
-11
3,4 10
-11
0,800
4,7 10
-11
M
0,800
3,3 10
-11
5,3 10
-11
0,050
5,1 10
-11
Bromine
Br-74
0,422 h
F
1,000
2,8 10
-11
5,0 10
-11
1,000
8,4 10
-11
M
1,000
4,1 10
-11
6,8 10
-11
Br-74m
0,691 h
F
1,000
4,2 10
-11
7,5 10
-11
1,000
1,4 10
-10
M
1,000
6,5 10
-11
1,1 10
-10
Br-75
1,63 h
F
1,000
3,1 10
-11
5,6 10
-11
1,000
7,9 10
-11
M
1,000
5,5 10
-11
8,5 10
-11
Br-76
16,2 h
F
1,000
2,6 10
-10
4,5 10
-10
1,000
4,6 10
-10
M
1,000
4,2 10
10
5,8 10
-10
Br-77
2,33 d
F
1,000
6,7 10
-11
1,2 10
-10
1,000
9,6 10
-11
M
1,000
8,7 10
-11
1,3 10
-10
Br-80
0,290 h
F
1,000
6,3 10
-12
1,1 10
-11
1,000
3,1 10
-11
M
1,000
1,0 10
11
1,7 10
-11
Br-80m
4,42 h
F
1,000
3,5 10
-11
5,8 10
-11
1,000
1,1 10
-10
M
1,000
7,6 10
-11
1,0 10
-10
Br-82
1,47 d
F
1,000
3,7 10
-10
6,4 10
-10
1,000
5,4 10
-10
M
1,000
6,4 10
-10
8,8 10
-10
Br-83
2,39 h
F
1,000
1,7 10
-11
2,9 10
-11
1,000
4,3 10
-11
M
1,000
4,8 10
-11
6,7 10
-11
Br-84
0,530 h
F
1,000
2,3 10
-11
4,0 10
-11
1,000
8,8 10
-11
M
1,000
3,9 10
-11
6,2 10
-11
Rubidium
Rb-79
0,382 h
F
1,000
1,7 10
-11
3,0 10
-11
1,000
5,0 10
-11
Rb-81
4,58 h
F
1,000
3,7 10
-11
6,8 10
-11
1,000
5,4 10
-11
Rb-81m
0,533 h
F
1,000
7,3 10
-12
1,3 10
-11
1,000
9,7 10
-12
Rb-82m
6,20 h
F
1,000
1,2 10
-10
2,2 10
-10
1,000
1,3 10
-10
Rb-83
86,2 d
F
1,000
7,1 10
-10
1,0 10
-9
1,000
1,9 10
-9
Rb-84
32,8 d
F
1,000
1,1 10
-9
1,5 10
-9
1,000
2,8 10
-9
Rb-86
18,6 d
F
1,000
9,6 10
-10
1,3 10
-9
1,000
2,8 10
-9
Rb-87
4,70 10
10
a
F
1,000
5,1 10
-10
7,6 10
-10
1,000
1,5 10
-9
Rb-88
0,297 h
F
1,000
1,7 10
-11
2,8 10
-11
1,000
9,0 10
-11
Rb-89
0,253 h
F
1,000
1,4 10
-11
2,5 10
-11
1,000
4,7 10
-11
Strontium
Sr-80
1,67 h
F
0,300
7,6 10
-11
1,3 10
-10
0,300
3,4 10
-10
S
0,010
1,4 10
-10
2,1 10
-10
0,010
3,5 10
-10
Sr-81
0,425 h
F
0,300
2,2 10
-11
3,9 10
-11
0,300
7,7 10
-11
S
0,010
3,8 10
-11
6,1 10
-11
0,010
7,8 10
-11
Sr-82
25,0 d
F
0,300
2,2 10
-9
3,3 10
-9
0,300
6,1 10
-9
S
0,010
1,0 10
-8
7,7 10
-9
0,010
6,0 10
-9
Sr-83
1,35 d
F
0,300
1,7 10
-10
3,0 10
-10
0,300
4,9 10
-10
S
0,010
3,4 10
-10
4,9 10
-10
0,010
5,8 10
-10
Sr-85
64,8 d
F
0,300
3,9 10
-10
5,6 10
-10
0,300
5,6 10
-10
S
0,010
7,7 10
-10
6,4 10
-10
0,010
3,3 10
-10
Sr-85m
1,16 h
F
0,300
3,1 10
-12
5,6 10
-12
0,300
6,1 10
-12
S
0,010
4,5 10
-12
7,4 10
-12
0,010
6,1 10
-12
Sr-87m
2,80 h
F
0,300
1,2 10
-11
2,2 10
-11
0,300
3,0 10
-11
S
0,010
2,2 10
-11
3,5 10
-11
0,010
3,3 10
-11
Sr-89
50,5 d
F
0,300
1,0 10
-9
1,4 10
-9
0,300
2,6 10
-9
S
0,010
7,5 10
-9
5,6 10
-9
0,010
2,3 10
-9
Sr-90
29,1 a
F
0,300
2,4 10
-8
3,0 10
-8
0,300
2,8 10
-8
S
0,010
1,5 10
-7
7,7 10
-8
0,010
2,7 10
-9
Sr-91
9,50 h
F
0,300
1,7 10
-10
2,9 10
-10
0,300
6,5 10
-10
S
0,010
4,1 10
-10
5,7 10
-10
0,010
7,6 10
-10
Sr-92
2,71 h
F
0,300
1,1 10
-10
1,8 10
-10
0,300
4,3 10
-10
S
0,010
2,3 10
-10
3,4 10
-10
0,010
4,9 10
-10
Yttrium
Y-86
14,7 h
M
1,0 10
-4
4,8 10
-10
8,0 10
-10
1,0 10
-4
9,6 10
-10
S
1,0 10
-4
4,9 10
-10
8,1 10
-10
Y-86m
0,800 h
M
1,0 10
-4
2,9 10
-11
4,8 10
-11
1,0 10
-4
5,6 10
-11
S
1,0 10
-4
3,0 10
-11
4,9 10
-11
Y-87
3,35 d
M
1,0 10
-4
3,8 10
-10
5,2 10
-10
1,0 10
-4
5,5 10
-10
S
1,0 10
-4
4,0 10
-10
5,3 10
-10
Y-88
107 d
M
1,0 10
-4
3,9 10
-9
3,3 10
-9
1,0 10
-4
1,3 10
-9
S
1,0 10
-4
4,1 10
-9
3,0 10
-9
Y-90
2,67 d
M
1,0 10
-4
1,4 10
-9
1,6 10
-9
1,0 10
-4
2,7 10
-9
S
1,0 10
-4
1,5 10
-9
1,7 10
-9
Y-90m
3,19 h
M
1,0 10
-4
9,6 10
-11
1,3 10
-10
1,0 10
-4
1,7 10
-10
S
1,0 10
-4
1,0 10
-10
1,3 10
-10
Y-91
58,5 d
M
1,0 10
-4
6,7 10
-9
1,0 10
-4
2,4 10
-9
S
1,0 10
-4
8,4 10
-9
6,1 10
-9
Y-91m
0,828 h
M
1,0 10
-4
1,0 10
-11
1,4 10
-11
1,0 10
-4
1,1 10
-11
S
1,0 10
-4
1,1 10
-11
1,5 10
-11
Y-92
3,54 h
M
1,0 10
-4
1,9 10
-10
2,7 10
-10
1,0 10
-4
4,9 10
-10
S
1,0 10
-4
2,0 10
-10
2,8 10
-10
Y-93
10,1 h
M
1,0 10
-4
4,1 10
-10
5,7 10
-10
1,0 10
4
1,2 10
-9
S
1,0 10
-4
4,3 10
-10
6,0 10
-10
Y-94
0,318 h
M
1,0 10
-4
2,8 10
-10
4,4 10
-11
1,0 10
-4
8,1 10
-11
S
1,0 10
-4
2,9 10
-11
4,5 10
-11
Y-95
0,178 h
M
1,0 10
-4
1,6 10
-11
2,5 10
-11
1,0 10
-4
4,6 10
-11
S
1,0 10
-4
1,7 10
-11
2,6 10
-11
Zirconium
Zr-86
16,5 h
F
0,002
3,0 10
-10
5,2 10
-10
0,002
8,6 10
-10
M
0,002
4,3 10
-10
6,8 10
-10
S
0,002
4,5 10
-10
7,0 10
-10
Zr-88
83,4 d
F
0,002
3,5 10
-9
4,1 10
-9
0,002
3,3 10
-10
M
0,002
2,5 10
-9
1,7 10
-9
S
0,002
3,3 10
-9
1,8 10
-9
Zr-89
3,27 d
F
0,002
3,1 10
-10
5,2 10
-10
0,002
7,9 10
-10
M
0,002
5,3 10
-10
7,2 10
-10
S
0,002
5,5 10
-10
7,5 10
-10
Zr-93
1,53 10
6
a
F
0,002
2,5 10
-8
2,9 10
-8
0,002
2,8 10
-10
M
0,002
9,6 10
-9
6,6 10
-9
S
0,002
3,1 10
-9
1,7 10
-9
Zr-95
64,0 d
F
0,002
2,5 10
-9
3,0 10
-9
0,002
8,8 10
-10
M
0,002
4,5 10
-9
3,6 10
-9
S
0,002
5,5 10
-9
4,2 10
-9
Zr-97
16,9 h
F
0,002
4,2 10
-10
7,4 10
-10
0,002
2,1 10
-9
M
0,002
9,4 10
-10
1,3 10
-9
S
0,002
1,0 10
-9
1,4 10
-9
Niobium
Nb-88
0,238 h
M
0,010
2,9 10
-11
4,8 10
-11
0,010
6,3 10
-11
S
0,010
3,0 10
-11
5,0 10
-11
Nb-89
2,03 h
M
0,010
1,2 10
-10
1,8 10
-10
0,010
3,0 10
-10
S
0,010
1,3 10
-10
1,9 10
-10
Nb-89
1,10 h
M
0,010
7,1 10
-11
1,1 10
-10
0,010
1,4 10
-10
S
0,010
7,4 10
-11
1,2 10
-10
Nb-90
14,6 h
M
0,010
6,6 10
-10
1,0 10
-9
0,010
1,2 10
-9
S
0,010
6,9 10
-10
1,1 10
-9
Nb-93m
13,6 a
M
0,010
4,6 10
-10
2,9 10
-10
0,010
1,2 10
-10
S
0,010
1,6 10
-9
8,6 10
-10
Nb-94
2,03 10
4
a
M
0,010
1,0 10
-8
7,2 10
-9
0,010
1,7 10
-9
S
0,010
4,5 10
-8
2,5 10
-8
Nb-95
35,1 d
M
0,010
1,4 10
-9
1,3 10
-9
0,010
5,8 10
-10
S
0,010
1,6 10
-9
1,3 10
-9
Nb-95m
3,61 d
M
0,010
7,6 10
-10
7,7 10
-10
0,010
5,6 10
-10
S
0,010
8,5 10
-10
8,5 10
-10
Nb-96
23,3 h
M
0,010
6,5 10
-10
9,7 10
-10
0,010
1,1 10
-9
S
0,010
6,8 10
-9
1,0 10
-10
Nb-97
1,20 h
M
0,010
4,4 10
-11
6,9 10
-11
0,010
6,8 10
-11
S
0,010
4,7 10
-11
7,2 10
-11
Nb-98
0,858 h
M
0,010
5,9 10
-11
9,6 10
-11
0,010
1,1 10
-10
S
0,010
6,1 10
-11
9,9 10
-11
Molybdenum
Mo-90
5,67 h
F
0,800
1,7 10
-10
2,9 10
-10
0,800
3,1 10
-10
S
0,050
3,7 10
-10
5,6 10
-10
0,050
6,2 10
-10
Mo-93
3,50 10
3
a
F
0,800
1,0 10
-9
1,4 10
-9
0,800
2,6 10
-9
S
0,050
2,2 10
-9
1,2 10
-9
0,050
2,0 10
-10
Mo-93m
6,85 h
F
0,800
1,0 10
-10
1,9 10
-10
0,800
1,6 10
-10
S
0,050
1,8 10
-10
3,0 10
-10
0,050
2,8 10
-10
Mo-99
2,75 d
F
0,800
2,3 10
-10
3,6 10
-10
0,800
7,4 10
-10
S
0,050
9,7 10
-10
1,1 10
-9
0,050
1,2 10
-9
Mo-101
0,244 h
F
0,800
1,5 10
-11
2,7 10
-11
0,800
4,2 10
-11
S
0,050
2,7 10
-11
4,5 10
-11
0,050
4,2 10
-11
Technetrium
Tc-93
2,75 h
F
0,800
3,4 10
-11
6,2 10
-11
0,800
4,9 10
-11
M
0,800
3,6 10
-11
6,5 10
-11
Tc-93m
0,725 h
F
0,800
1,5 10
-11
2,6 10
-11
0,800
2,4 10
-11
M
0,800
1,7 10
-11
3,1 10
-11
Tc-94
4,88 h
F
0,800
1,2 10
-10
2,1 10
-10
0,800
1,8 10
-10
M
0,800
1,3 10
-10
2,2 10
-10
Tc-94m
0,867 h
F
0,800
4,3 10
-11
6,9 10
-11
0,800
1,1 10
-10
M
0,800
4,9 10
-11
8,0 10
-11
Tc-95
20,0 h
F
0,800
1,0 10
-10
1,8 10
-10
0,800
1,6 10
-10
M
0,800
1,0 10
-10
1,8 10
-10
Tc-95m
61,0 d
F
0,800
3,1 10
-10
4,8 10
-10
0,800
6,2 10
-10
M
0,800
8,7 10
-10
8,6 10
-10
Tc-96
4,28 d
F
0,800
6,0 10
-10
9,8 10
-10
0,800
1,1 10
-9
M
0,800
7,1 10
-10
1,0 10
-9
Tc-96m
0,858 h
F
0,800
6,5 10
-12
1,1 10
-11
0,800
1,3 10
-11
M
0,800
7,7 10
-12
1,1 10
-11
Tc-97
2,60 10
9
a
F
0,800
4,5 10
-11
7,2 10
-11
0,800
8,3 10
-11
M
0,800
2,1 10
-10
1,6 10
-10
Tc-97m
87,0 d
F
0,800
2,8 10
-10
4,0 10
-10
0,800
6,6 10
-10
M
0,800
3,1 10
-9
2,7 10
-9
Tc-98
4,20 10
6
a
F
0,800
1,0 10
-9
1,5 10
-9
0,800
2,3 10
-9
M
0,800
8,1 10
-9
6,1 10
-9
Tc-99
2,13 10
5
a
F
0,800
2,9 10
-10
4,0 10
-10
0,800
7,8 10
-10
M
0,800
3,9 10
-9
3,2 10
-9
Tc-99m
6,02 h
F
0,800
1,2 10
-11
2,0 10
-11
0,800
2,2 10
-11
M
0,800
1,9 10
-11
2,9 10
-11
Tc-101
0,237 h
F
0,800
8,7 10
-12
1,5 10
-11
0,800
1,9 10
-11
M
0,800
1,3 10
-11
2,1 10
-11
Tc-104
0,303 h
F
0,800
2,4 10
-11
3,9 10
-11
0,800
8,1 10
-11
M
0,800
3,0 10
-11
4,8 10
-11
Ruthenium
Ru-94
0,863 h
F
0,050
2,7 10
-11
4,9 10
-11
0,050
9,4 10
-11
M
0,050
4,4 10
-11
7,2 10
-11
S
0,050
4,6 10
-11
7,4 10
-11
Ru-97
2,90 d
F
0,050
6,7 10
-11
1,2 10
-10
0,050
1,5 10
-10
M
0,050
1,1 10
-10
1,6 10
-10
S
0,050
1,1 10
-10
1,6 10
-10
Ru-103
39,3 d
F
0,050
4,9 10
-10
6,8 10
-10
0,050
7,3 10
-10
M
0,050
2,3 10
-9
1,9 10
-9
S
0,050
2,8 10
-9
2,2 10
-9
Ru-105
4,44 h
F
0,050
7,1 10
-11
1,3 10
-10
0,050
2,6 10
-10
M
0,050
1,7 10
-10
2,4 10
-10
S
0,050
1,8 10
-10
2,5 10
-10
Ru-106
1,01 a
F
0,050
8,0 10
-9
9,8 10
-9
0,050
7,0 10
-9
M
0,050
2,6 10
-8
1,7 10
-8
S
0,050
6,2 10
-8
3,5 10
-8
Rhodium
Rh-99
16,0 d
F
0,050
3,3 10
-10
4,9 10
-10
0,050
5,1 10
-10
M
0,050
7,3 10
-10
8,2 10
-10
S
0,050
8,3 10
-10
8,9 10
-10
Rh-99m
4,70 h
F
0,050
3,0 10
-11
5,7 10
-11
0,050
6,6 10
-11
M
0,050
4,1 10
-11
7,2 10
-11
S
0,050
4,3 10
-11
7,3 10
-11
Rh-100
20,8 h
F
0,050
2,8 10
-10
5,1 10
-10
0,050
7,1 10
-10
M
0,050
3,6 10
-10
6,2 10
-10
S
0,050
3,7 10
-10
6,3 10
-10
Rh-101
3,20 a
F
0,050
1,4 10
-9
1,7 10
-9
0,050
5,5 10
-10
M
0,050
2,2 10
-9
1,7 10
-9
S
0,050
5,0 10
-9
3,1 10
-9
Rh-101m
4,34 d
F
0,050
1,0 10
-10
1,7 10
-10
0,050
2,2 10
-10
M
0,050
2,0 10
-10
2,5 10
-10
S
0,050
2,1 10
-10
2,7 10
-10
Rh-102
2,90 a
F
0,050
7,3 10
-9
8,9 10
-9
0,050
2,6 10
-9
M
0,050
6,5 10
-9
5,0 10
-9
S
0,050
1,6 10
-8
9,0 10
-9
Rh-102m
207 d
F
0,050
1,5 10
-9
1,9 10
-9
0,050
1,2 10
-9
M
0,050
3,8 10
-9
2,7 10
-9
S
0,050
6,7 10
-9
4,2 10
-9
Rh-103m
0,935 h
F
0,050
8,6 10
-13
1,2 10
-12
0,050
3,8 10
-12
M
0,050
2,3 10
-12
2,4 10
-12
S
0,050
2,5 10
-12
2,5 10
-12
Rh-105
1,47 d
F
0,050
8,7 10
-11
1,5 10
-10
0,050
3,7 10
-10
M
0,050
3,1 10
-10
4,1 10
-10
S
0,050
3,4 10
-10
4,4 10
-10
Rh-106m
2,20 h
F
0,050
7,0 10
-11
1,3 10
-10
0,050
1,6 10
-10
M
0,050
1,1 10
-10
1,8 10
-10
S
0,050
1,2 10
-10
1,9 10
-10
Rh-107
0,362 h
F
0,050
9,6 10
-12
1,6 10
-11
0,050
2,4 10
-11
M
0,050
1,7 10
-11
2,7 10
-11
S
0,050
1,7 10
-11
2,8 10
-11
Palladium
Pd-100
3,63 d
F
0,005
4,9 10
-10
7,6 10
-10
0,005
9,4 10
-10
M
0,005
7,9 10
-10
9,5 10
-10
S
0,005
8,3 10
-10
9,7 10
-10
Pd-101
8,27 h
F
0,005
4,2 10
-11
7,5 10
-11
0,005
9,4 10
-11
M
0,005
6,2 10
-11
9,8 10
-11
S
0,005
6,4 10
-11
1,0 10
-10
Pd-103
17,0 d
F
0,005
9,0 10
-11
1,2 10
-10
0,005
1,9 10
-10
M
0,005
3,5 10
-10
3,0 10
-10
S
0,005
4,0 10
-10
2,9 10
-10
Pd-107
6,50 10
-6
a
F
0,005
2,6 10
-11
3,3 10
-11
0,005
3,7 10
-11
M
0,005
8,0 10
-11
5,2 10
-11
S
0,005
5,5 10
-10
2,9 10
-10
Pd-109
13,4 h
F
0,005
1,2 10
-10
2,1 10
-10
0,005
5,5 10
-10
M
0,005
3,4 10
-10
4,7 10
-10
S
0,005
3,6 10
-10
5,0 10
-10
Silver
Ag-102
0,215 h
F
0,050
1,4 10
-11
2,4 10
-11
0,050
4,0 10
-11
M
0,050
1,8 10
-11
3,2 10
-11
S
0,050
1,9 10
-11
3,2 10
-11
Ag-103
1,09 h
F
0,050
1,6 10
-11
2,8 10
-11
0,050
4,3 10
-11
M
0,050
2,7 10
-11
4,3 10
-11
S
0,050
2,8 10
-11
4,5 10
-11
Ag-104
1,15 h
F
0,050
3,0 10
-11
5,7 10
-11
0,050
6,0 10
-11
M
0,050
3,9 10
-11
6,9 10
-11
S
0,050
4,0 10
-11
7,1 10
-11
Ag-104m
0,558 h
F
0,050
1,7 10
-11
3,1 10
-11
0,050
5,4 10
-11
M
0,050
2,6 10
-11
4,4 10
-11
S
0,050
2,7 10
-11
4,5 10
-11
Ag-105
41,0 d
F
0,050
5,4 10
-10
8,0 10
-10
0,050
4,7 10
-10
M
0,050
6,9 10
-10
7,0 10
-10
S
0,050
7,8 10
-10
7,3 10
-10
Ag-106
0,399 h
F
0,050
9,8 10
-12
1,7 10
-11
0,050
3,2 10
-11
M
0,050
1,6 10
-11
2,6 10
-11
S
0,050
1,6 10
-11
2,7 10
-11
Ag-106m
8,41 d
F
0,050
1,1 10
-9
1,6 10
-9
0,050
1,5 10
-9
M
0,050
1,1 10
-9
1,5 10
-9
S
0,050
1,1 10
-9
1,4 10
-9
Ag-108m
1,27 10
-2
a
F
0,050
6,1 10
-9
7,3 10
-9
0,050
2,3 10
-9
M
0,050
7,0 10
-9
5,2 10
-9
S
0,050
3,5 10
-8
1,9 10
-8
Ag-110m
250 d
F
0,050
5,5 10
-9
6,7 10
-9
0,050
2,8 10
-9
M
0,050
7,2 10
-9
5,9 10
-9
S
0,050
1,2 10
-8
7,3 10
-9
Ag-111
7,45 d
F
0,050
4,1 10
-10
5,7 10
-10
0,050
1,3 10
-9
M
0,050
1,5 10
-9
1,5 10
-9
S
0,050
1,7 10
-9
1,6 10
-9
Ag-112
3,12 h
F
0,050
8,2 10
-11
1,4 10
-10
0,050
4,3 10
-10
M
0,050
1,7 10
-10
2,5 10
-10
S
0,050
1,8 10
-10
2,6 10
-10
Ag-115
0,333 h
F
0,050
1,6 10
-11
2,6 10
-11
0,050
6,0 10
-11
M
0,050
2,8 10
-11
4,3 10
-11
S
0,050
3,0 10
-11
4,4 10
-11
Cadmium
Cd-104
0,961 h
F
0,050
2,7 10
-11
5,0 10
-11
0,050
5,8 10
-11
M
0,050
3,6 10
-11
6,2 10
-11
S
0,050
3,7 10
-11
6,3 10
-11
Cd-107
6,49 h
F
0,050
2,3 10
-11
4,2 10
-11
0,050
6,2 10
-11
M
0,050
8,1 10
-11
1,0 10
-10
S
0,050
8,7 10
-11
1,1 10
-10
Cd-109
1,27 a
F
0,050
8,1 10
-9
9,6 10
-9
0,050
2,0 10
-9
M
0,050
6,2 10
-9
5,1 10
-9
S
0,050
5,8 10
-9
4,4 10
-9
Cd-113
9,30 10
15
a
F
0,050
1,2 10
-7
1,4 10
-7
0,050
2,5 10
-8
M
0,050
5,3 10
-8
4,3 10
-8
S
0,050
2,5 10
-8
2,1 10
-8
Cd-113m
13,6 a
F
0,050
1,1 10
-7
1,3 10
-7
0,050
2,3 10
-8
M
0,050
5,0 10
-8
4,0 10
-8
S
0,050
3,0 10
-8
2,4 10
-8
Cd-115
2,23 d
F
0,050
3,7 10
-10
5,4 10
-10
0,050
1,4 10
-9
M
0,050
9,7 10
-10
1,2 10
-9
S
0,050
1,1 10
-9
1,3 10
-9
Cd-115m
44,6 d
F
0,050
5,3 10
-9
6,4 10
-9
0,050
3,3 10
-9
M
0,050
5,9 10
-9
5,5 10
-9
S
0,050
7,3 10
-9
5,5 10
-9
Cd-117
2,49 h
F
0,050
7,3 10
-11
1,3 10
-10
0,050
2,8 10
-10
M
0,050
1,6 10
-10
2,4 10
-10
S
0,050
1,7 10
-10
2,5 10
-10
Cd-117m
3,36 h
F
0,050
1,0 10
-10
1,9 10
-10
0,050
2,8 10
-10
M
0,050
2,0 10
-10
3,1 10
-10
S
0,050
2,1 10
-10
3,2 10
-10
Indium
In-109
4,20 h
F
0,020
3,2 10
-11
5,7 10
-11
0,020
6,6 10
-11
M
0,020
4,4 10
-11
7,3 10
-11
In-110
4,90 h
F
0,020
1,2 10
-10
2,2 10
-10
0,020
2,4 10
-10
M
0,020
1,4 10
-10
2,5 10
-10
In-110
1,15 h
F
0,020
3,1 10
-11
5,5 10
-11
0,020
1,0 10
-10
M
0,020
5,0 10
-11
8,1 10
-11
In-111
2,83 d
F
0,020
1,3 10
-10
2,2 10
-10
0,020
2,9 10
-10
M
0,020
2,3 10
-10
3,1 10
-10
In-112
0,240 h
F
0,020
5,0 10
-12
8,6 10
-12
0,020
1,0 10
-11
M
0,020
7,8 10
-12
1,3 10
-11
In-113m
1,66 h
F
0,020
1,0 10
-11
1,9 10
-11
0,020
2,8 10
-11
M
0,020
2,0 10
-11
3,2 10
-11
In-114m
49,5 d
F
0,020
9,3 10
-9
1,1 10
-8
0,020
4,1 10
-9
M
0,020
5,9 10
-9
5,9 10
-9
In-115
5,10 10
15 a
F
0,020
3,9 10
-7
4,5 10
-7
0,020
3,2 10
-8
M
0,020
1,5 10
-7
1,1 10
-7
In-115m
4,49 h
F
0,020
2,5 10
-11
4,5 10
-11
0,020
8,6 10
-11
M
0,020
6,0 10
-11
8,7 10
-11
In-116m
0,902 h
F
0,020
3,0 10
-11
5,5 10
-11
0,020
6,4 10
-11
M
0,020
4,8 10
-11
8,0 10
-11
In-117
0,730 h
F
0,020
1,6 10
-11
2,8 10
-11
0,020
3,1 10
-11
M
0,020
3,0 10
-11
4,8 10
-11
In-117m
1,94 h
F
0,020
3,1 10
-11
5,5 10
-11
0,020
1,2 10
-10
M
0,020
7,3 10
-11
1,1 10
-10
In-119m
0,300 h
F
0,020
1,1 10
-11
1,8 10
-11
0,020
4,7 10
-11
M
0,020
1,8 10
-11
2,9 10
-11
Tin
Sn-110
4,00 h
F
0,020
1,1 10
-10
1,9 10
-9
0,020
3,5 10
-10
M
0,020
1,6 10
-10
2,6 10
-10
Sn-111
0,588 h
F
0,020
8,3 10
-12
1,5 10
-11
0,020
2,3 10
-11
M
0,020
1,4 10
-11
2,2 10
-11
Sn-113
115 d
F
0,020
5,4 10
-10
7,9 10
-10
0,020
7,3 10
-10
M
0,020
2,5 10
-9
1,9 10
-9
Sn-117
13,6 d
F
0,020
2,9 10
-10
3,9 10
-10
0,020
7,1 10
-10
M
0,020
2,3 10
-9
2,2 10
-9
Sn-119m
293 d
F
0,020
2,9 10
-10
3,6 10
-10
0,020
3,4 10
-10
M
0,020
2,0 10
-9
1,5 10
-9
Sn-121
1,13 d
F
0,020
6,4 10
-11
1,0 10
-10
0,020
2,3 10
-10
M
0,020
2,2 10
-10
2,8 10
-10
Sn-121m
55,0 a
F
0,020
8,0 10
-10
9,7 10
-10
0,020
3,8 10
-10
M
0,020
4,2 10
-9
3,3 10
-9
Sn-123
129 d
F
0,020
1,2 10
-9
1,6 10
-9
0,020
2,1 10
-9
M
0,020
7,7 10
-9
5,6 10
-9
Sn-123m
0,668 h
F
0,020
1,4 10
-11
2,4 10
-11
0,020
3,8 10
-11
M
0,020
2,8 10
-11
4,4 10
-11
Sn-125
9,64 d
F
0,020
9,2 10
-10
1,3 10
-9
0,020
3,1 10
-9
M
0,020
3,0 10
-9
2,8 10
-9
Sn-126
1,00 10
-5
a
F
0,020
1,1 10
-8
1,4 10
-8
0,020
4,7 10
-9
M
0,020
2,7 10
-8
1,8 10
-8
Sn-127
2,10 h
F
0,020
6,9 10
-11
1,2 10
-10
0,020
2,0 10
-10
M
0,020
1,3 10
-10
2,0 10
-10
Sn-128
0,985 h
F
0,020
5,4 10
-11
9,5 10
-11
0,020
1,5 10
-10
M
0,020
9,6 10
-11
1,5 10
-10
Antimony
Sb-115
0,530 h
F
0,100
9,2 10
-12
1,7 10
-11
0,100
2,4 10
-11
M
0,010
1,4 10
-11
2,3 10
-11
Sb-116
0,263 h
F
0,100
9,9 10
-12
1,8 10
-11
0,100
2,6 10
-11
M
0,010
1,4 10
-11
2,3 10
-11
Sb-116m
1,00 h
F
0,100
3,5 10
-11
6,4 10
-11
0,100
6,7 10
-11
M
0,010
5,0 10
-11
8,5 10
-11
Sb-117
2,80 h
F
0,100
9,3 10
-12
1,7 10
-11
0,100
1,8 10
-11
M
0,010
1,7 10
-11
2,7 10
-11
Sb-118m
5,00 h
F
0,100
1,0 10
-10
1,9 10
-10
0,100
2,1 10
-10
M
0,010
1,3 10
-10
2,3 10
-10
Sb-119
1,59 d
F
0,100
2,5 10
-11
4,5 10
-11
0,100
8,1 10
-11
M
0,010
3,7 10
-11
5,9 10
-11
Sb-120
5,76 d
F
0,010
5,9 10
-10
9,8 10
-10
0,100
1,2 10
-9
M
0,010
1,0 10
-9
1,3 10
-9
Sb-120
0,265 h
F
0,100
4,9 10
-12
8,5 10
-12
0,100
1,4 10
-11
M
0,010
7,4 10
-12
1,2 10
-11
Sb-122
2,70 d
F
0,100
3,9 10
-10
6,3 10
-10
0,100
1,7 10
-9
M
0,010
1,0 10
-9
1,2 10
-9
Sb-124
60,2 d
F
0,100
1,3 10
-9
1,9 10
-9
0,100
2,5 10
-9
M
0,010
6,1 10
-9
4,7 10
-9
Sb-124m
0,337 h
F
0,100
3,0 10
-12
5,3 10
-12
0,100
8,0 10
-12
M
0,010
5,5 10
-12
8,3 10
-12
Sb-125
2,77 a
F
0,100
1,4 10
-9
1,7 10
-9
0,100
1,1 10
-9
M
0,010
4,5 10
-9
3,3 10
-9
Sb-126
12,4 d
F
0,100
1,1 10
-9
1,7 10
-9
0,100
2,4 10
-9
M
0,010
2,7 10
-9
3,2 10
-9
Sb-126m
0,317 h
F
0,100
1,3 10
-11
2,3 10
-11
0,100
3,6 10
-11
M
0,010
2,0 10
-11
3,3 10
-11
Sb-127
3,85 d
F
0,100
4,6 10
-10
7,4 10
-10
0,100
1,7 10
-9
M
0,010
1,6 10
-9
1,7 10
-9
Sb-128
9,01 h
F
0,100
2,5 10
-10
4,6 10
-10
0,100
7,6 10
-10
M
0,010
4,2 10
-10
6,7 10
-10
Sb-128
0,173 h
F
0,100
1,1 10
-11
1,9 10
-11
0,100
3,3 10
-11
M
0,010
1,5 10
-11
2,6 10
-11
Sb-129
4,32 h
F
0,100
1,1 10
-10
2,0 10
-10
0,100
4,2 10
-10
M
0,010
2,4 10
-10
3,5 10
-10
Sb-130
0,667 h
F
0,100
3,5 10
-11
6,3 10
-11
0,100
9,1 10
-11
M
0,010
5,4 10
-11
9,1 10
-11
Sb-131
0,383 h
F
0,100
3,7 10
-11
5,9 10
-11
0,100
1,0 10
-10
M
0,010
5,2 10
-11
8,3 10
-11
Tellurium
Te-116
2,49 h
F
0,300
6,3 10
-11
1,2 10
-10
0,300
1,7 10
-10
M
0,300
1,1 10
-10
1,7 10
-10
Te-121
17,0 d
F
0,300
2,5 10
-10
3,9 10
-10
0,300
4,3 10
-10
M
0,300
3,9 10
-10
4,4 10
-10
Te-121m
154 d
F
0,300
1,8 10
-9
2,3 10
-9
0,300
2,3 10
-9
M
0,300
4,2 10
-9
3,6 10
-9
Te-123
1,00 10
13
a
F
0,300
4,0 10
-9
5,0 10
-9
0,300
4,4 10
-9
M
0,300
2,6 10
-9
2,8 10
-9
Te-123m
120 d
F
0,300
9,7 10
-10
1,2 10
-9
0,300
1,4 10
-9
M
0,300
3,9 10
-9
3,4 10
-9
Te-125m
58,0 d
F
0,300
5,1 10
-10
6,7 10
-10
0,300
8,7 10
-10
M
0,300
3,3 10
-9
2,9 10
-9
Te-127
9,35 h
F
0,300
4,2 10
-11
7,2 10
-11
0,300
1,7 10
-10
M
0,300
1,2 10
-10
1,8 10
-10
Te-127m
109 d
F
0,300
1,6 10
-9
2,0 10
-9
0,300
2,3 10
-9
M
0,300
7,2 10
-9
6,2 10
-9
Te-129
1,16 h
F
0,300
1,7 10
-11
2,9 10
-11
0,300
6,3 10
-11
M
0,300
3,8 10
-11
5,7 10
-11
Te-129m
33,6 d
F
0,300
1,3 10
-9
1,8 10
-9
0,300
3,0 10
-9
M
0,300
6,3 10
-9
5,4 10
-9
Te-131
0,417 h
F
0,300
2,3 10
-11
4,6 10
-11
0,300
8,7 10
-11
M
0,300
3,8 10
-11
6,1 10
-11
Te-131m
1,25 d
F
0,300
8,7 10
-10
1,2 10
-9
0,300
1,9 10
-9
M
0,300
1,1 10
-9
1,6 10
-9
Te-132
3,26 d
F
0,300
1,8 10
-9
2,4 10
-9
0,300
3,7 10
-9
M
0,300
2,2 10
-9
3,0 10
-9
Te-133
0,207 h
F
0,300
2,0 10
-11
3,8 10
-11
0,300
7,2 10
-11
M
0,300
2,7 10
-11
4,4 10
-11
Te-133m
0,923 h
F
0,300
8,4 10
-11
1,2 10
-10
0,300
2,8 10
-10
M
0,300
1,2 10
-10
1,9 10
-10
Te-134
0,696 h
F
0,300
5,0 10
-11
8,3 10
-11
0,300
1,1 10
-10
M
0,300
7,1 10
-11
1,1 10
-10
Iodine
I-120
1,35 h
F
1,000
1,0 10
-10
1,9 10
-10
1,000
3,4 10
-10
I-120m
0,883 h
F
1,000
8,7 10
-11
1,4 10
-10
1,000
2,1 10
-10
I-121
2,12 h
F
1,000
2,8 10
-11
3,9 10
-11
1,000
8,2 10
-11
I-123
13,2 h
F
1,000
7,6 10
-11
1,1 10
-10
1,000
2,
[illegible]
10
-10
I-124
4,18 d
F
1,000
4,5 10
-9
6,3 10
-9
1,000
1,3 10
-8
I-125
60,1 d
F
1,000
5,3 10
-9
7,3 10
-9
1,000
1,5 10
-8
I-126
13,0 d
F
1,000
1,0 10
-8
1,4 10
-8
1,000
2,9 10
-8
I-128
0,416 h
F
1,000
1,4 10
-11
2,2 10
-11
1,000
4,6 10
-11
I-129
1,57 10
7
a
F
1,000
3,7 10
-8
5,1 10
-8
1,000
1,1 10
-7
I-130
12,4 h
F
1,000
6,9 10
-10
9,6 10
-10
1,000
2,0 10
-9
I-131
8,04 d
F
1,000
7,6 10
-9
1,1 10
-8
1,000
2,2 10
-8
I-132
2,30 h
F
1,000
9,6 10
-11
2,0 10
-10
1,000
2,9 10
-10
I-132m
1,39 h
F
1,000
8,1 10
-11
1,1 10
-10
1,000
2,2 10
-10
I-133
20,8 h
F
1,000
1,5 10
-9
2,1 10
-9
1,000
4,3 10
-9
I-134
0,876 h
F
1,000
4,8 10
-11
7,9 10
-11
1,000
1,1 10
-10
I-135
6,61 h
F
1,000
3,3 10
-10
4,6 10
-10
1,000
9,3 10
-10
Caesium
Cs-125
0,750 h
F
1,000
1,3 10
-11
2,3 10
-11
1,000
3,5 10
-11
Cs-127
6,25 h
F
1,000
2,2 10
-11
4,0 10
-11
1,000
2,4 10
-11
Cs-129
1,34 d
F
1,000
4,5 10
-11
8,1 10
-11
1,000
6,0 10
-11
Cs-130
0,498 h
F
1,000
8,4 10
-12
1,5 10
-11
1,000
2,8 10
-11
Cs-131
9,69 d
F
1,000
2,8 10
-11
4,5 10
-11
1,000
5,8 10
-11
Cs-132
6,48 d
F
1,000
2,4 10
-10
3,8 10
-10
1,000
5,0 10
-10
Cs-134
2,06 a
F
1,000
6,8 10
-9
9,6 10
-9
1,000
1,9 10
-8
Cs-134m
2,90 h
F
1,000
1,5 10
-11
2,6 10
-11
1,000
2,0 10
-11
Cs-135
2,30 10
6
a
F
1,000
7,1 10
-10
9,9 10
-10
1,000
2,0 10
-9
Cs-135m
0,883 h
F
1,000
1,3 10
-11
2,4 10
-11
1,000
1,9 10
-11
Cs-136
13,1 d
F
1,000
1,3 10
-9
1,9 10
-9
1,000
3,0 10
-9
Cs-137
30,0 a
F
1,000
4,8 10
-9
6,7 10
-9
1,000
1,3 10
-8
Cs-138
0,536 h
F
1,000
2,6 10
-11
4,6 10
-11
1,000
9,2 10
-11
Barium
Ba-126
1,61 h
F
0,100
7,8 10
-11
1,2 10
-10
0,100
2,6 10
-10
Ba-128
2,43 h
F
0,100
8,0 10
-10
1,3 10
-9
0,100
2,7 10
-9
Ba-131
11,8 d
F
0,100
2,3 10
-10
3,5 10
-10
0,100
4,5 10
-10
Ba-131m
0,243 h
F
0,100
4,1 10
-12
6,4 10
-12
0,100
4,9 10
-12
Ba-133
10,7 a
F
0,100
1,5 10
-9
1,8 10
-9
0,100
1,0 10
-9
Ba-133m
1,62 d
F
0,100
1,9 10
-10
2,8 10
-10
0,100
5,5 10
-10
Ba-135m
1,20 d
F
0,100
1,5 10
-10
2,3 10
-10
0,100
4,5 10
-10
Ba-139
1,38 h
F
0,100
3,5 10
-11
5,5 10
-11
0,100
1,2 10
-10
Ba-140
12,7 d
F
0,100
1,0 10
-9
1,6 10
-9
0,100
2,5 10
-9
Ba-141
0,305 h
F
0,100
2,2 10
-11
3,5 10
-11
0,100
7,0 10
-11
Ba-142
0,177 h
F
0,100
1,6 10
-11
2,7 10
-11
0,100
3,5 10
-11
Lanthanum
La-131
0,983 h
F
5,0 10
-4
1,4 10
-11
2,4 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
4,80 h
F
5,0 10
-4
1,1 10
-10
2,0 10
-10
5,0 10
-4
3,9 10
-10
M
5,0 10
-4
1,7 10
-10
2,8 10
-10
La-135
19,5 h
F
5,0 10
-4
1,1 10
-11
2,0 10
-11
5,0 10
-4
3,0 10
-11
M
5,0 10
-4
1,5 10
-11
2,5 10
-11
La-137
6,00 10
-4
a
F
5,0 10
-4
8,6 10
-9
1,0 10
-4
5,0 10
-4
8,1 10
-11
M
5,0 10
-4
3,4 10
-9
2,3 10
-9
La-138
1,35 10
11
a
F
5,0 10
-4
1,5 10
-7
1,8 10
-7
5,0 10
-4
1,1 10
-9
M
5,0 10
-4
6,1 10
-8
4,2 10
-8
La-140
1,68 d
F
5,0 10
-4
6,0 10
-10
1,0 10
-9
5,0 10
-4
2,0 10
-9
M
5,0 10
-4
1,1 10
-9
1,5 10
-9
La-141
3,93 h
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
1,5 10
-10
2,2 10
-10
La-142
1,54 h
F
5,0 10
-4
5,6 10
-11
1,0 10
-10
5,0 10
-4
1,8 10
-10
M
5,0 10
-4
9,3 10
-11
3,3 10
-11
La-143
0,237 h
F
5,0 10
-4
1,2 10
-11
2,0 10
-11
5,0 10
-4
5,6 10
-11
M
5,0 10
-4
2,2 10
-11
3,3 10
-11
Cerium
Ce-134
3,00 d
M
5,0 10
-4
1,3 10
-9
1,5 10
-9
5,0 10
-4
2,5 10
-9
S
5,0 10
-4
1,3 10
-9
1,6 10
-9
Ce-135
17,6 h
M
5,0 10
-4
4,9 10
-10
7,3 10
-10
5,0 10
-4
7,9 10
-10
S
5,0 10
-4
5,1 10
-10
7,6 10
-10
Ce-137
9,00 h
M
5,0 10
-4
1,0 10
-11
1,8 10
-11
5,0 10
-4
2,5 10
-11
S
5,0 10
-4
1,1 10
-11
1,9 10
-11
Ce-137m
1,43 d
M
5,0 10
-4
4,0 10
-10
5,5 10
-10
5,0 10
-4
5,4 10
-10
S
5,0 10
-4
4,3 10
-10
5,9 10
-10
Ce-139
138 d
M
5,0 10
-4
1,6 10
-9
1,3 10
-9
5,0 10
-4
2,6 10
-10
S
5,0 10
-4
1,8 10
-9
1,4 10
-9
Ce-141
32,5 d
M
5,0 10
-4
3,1 10
-9
2,7 10
-9
5,0 10
-4
7,1 10
-10
S
5,0 10
-4
3,6 10
-9
3,1 10
-9
Ce-143
1,38 d
M
5,0 10
-4
7,4 10
-10
9,5 10
-10
5,0 10
-4
1,1 10
-9
S
5,0 10
-4
8,1 10
-10
1,0 10
-9
Ce-144
284 d
M
5,0 10
-4
3,4 10
-8
2,3 10
-8
5,0 10
-4
5,2 10
-9
S
5,0 10
-4
4,9 10
-8
2,9 10
-8
Praseodymium
Pr-136
0,218 h
M
5,0 10
-4
1,4 10
-11
2,4 10
-11
5,0 10
-4
3,3 10
-11
S
5,0 10
-4
1,5 10
-11
2,5 10
-11
Pr-137
1,28 h
M
5,0 10
-4
2,1 10
-11
3,4 10
-11
5,0 10
-4
4,0 10
-11
S
5,0 10
-4
2,2 10
-11
3,5 10
-11
Pr-138m
2,10 h
M
5,0 10
-4
7,6 10
-11
1,3 10
-10
5,0 10
-4
1,3 10
-11
S
5,0 10
-4
7,9 10
-11
1,3 10
-10
Pr-139
4,51 h
M
5,0 10
-4
1,9 10
-11
2,9 10
-11
5,0 10
-4
3,1 10
-11
S
5,0 10
-4
2,0 10
-11
3,0 10
-11
Pr-142
19,1 h
M
5,0 10
-4
5,3 10
-10
7,0 10
-10
5,0 10
-4
1,3 10
-9
S
5,0 10
-4
5,6 10
-10
7,4 10
-10
Pr-142m
0,243 h
M
5,0 10
-4
6,7 10
-12
8,9 10
-12
5,0 10
-4
1,7 10
-11
S
5,0 10
-4
7,1 10
-12
9,4 10
-12
Pr-142m
0,243 h
M
5,0 10
-4
6,7 10
-12
8,9 10
-12
5,0 10
-4
1,7 10
-11
S
5,0 10
-4
7,1 10
-12
9,4 10
-12
Pr-143
13,6 d
M
5,0 10
-4
2,1 10
-9
1,9 10
-9
5,0 10
-4
1,2 10
-9
S
5,0 10
-4
2,3 10
-9
2,2 10
-9
Pr-144
0,288 h
M
5,0 10
-4
1,8 10
-11
2,9 10
-11
5,0 10
-4
5,0 10
-11
S
5,0 10
-4
1,9 10
-11
3,0 10
-11
Pr-145
5,98 h
M
5,0 10
-4
1,6 10
-10
2,5 10
-10
5,0 10
-4
3,9 10
-10
S
5,0 10
-4
1,7 10
-10
2,6 10
-10
Pr-147
0,227 h
M
5,0 10
-4
1,8 10
-11
2,9 10
-11
5,0 10
-4
3,3 10
-11
S
5,0 10
-4
1,9 10
-11
3,0 10
-11
Neodymium
Nd-136
0,844 h
M
5,0 10
-4
5,3 10
-11
8,5 10
-11
5,0 10
-4
9,9 10
-11
S
5,0 10
-4
5,6 10
-11
8,9 10
-11
Nd-138
5,04 h
M
5,0 10
-4
2,4 10
-10
3,7 10
-10
5,0 10
-4
6,4 10
-11
S
5,0 10
-4
2,6 10
-10
3,8 10
-10
Nd-139
0,495 h
M
5,0 10
-4
1,0 10
-11
1,7 10
-11
5,0 10
-4
2,0 10
-11
S
5,0 10
-4
1,1 10
-11
1,7 10
-11
Nd-139m
5,50 h
M
5,0 10
-4
1,5 10
-10
2,5 10
-10
5,0 10
-4
2,5 10
-10
S
5,0 10
-4
1,6 10
-10
2,5 10
-10
Nd-141
2,49 h
M
5,0 10
-4
5,1 10
-12
8,5 10
-12
5,0 10
-4
8,3 10
-12
S
5,0 10
-4
5,3 10
-12
8,8 10
-12
Nd-147
11,0 d
M
5,0 10
-4
2,0 10
-9
1,9 10
-9
5,0 10
-4
1,1 10
-9
S
5,0 10
-4
2,3 10
-9
2,1 10
-9
Nd-149
1,73 h
M
5,0 10
-4
8,5 10
-11
1,2 10
-10
5,0 10
-4
1,2 10
-10
S
5,0 10
-4
9,0 10
-11
1,3 10
-10
Nd-151
0,207 h
M
5,0 10
-4
1,7 10
-11
2,8 10
-11
5,0 10
-4
3,0 10
-11
S
5,0 10
-4
1,8 10
-11
2,9 10
-11
Promethium
Pm-141
0,348 h
M
5,0 10
-4
1,5 10
-11
2,4 10
-11
5,0 10
-4
3,6 10
-11
S
5,0 10
-4
1,6 10
-11
2,5 10
-11
Pm-143
265 d
M
5,0 10
-4
1,4 10
-9
9,6 10
-10
5,0 10
-4
2,3 10
-10
S
5,0 10
-4
1,3 10
-9
8,3 10
-10
Pm-144
363 d
M
5,0 10
-4
7,8 10
-9
5,4 10
-9
5,0 10
-4
9,7 10
-10
S
5,0 10
-4
7,0 10
-9
3,9 10
-9
Pm-145
17,7 a
M
5,0 10
-4
3,4 10
-9
2,4 10
-9
5,0 10
-4
1,1 10
-10
S
5,0 10
-4
2,1 10
-9
1,2 10
-9
Pm-146
5,53 a
M
5,0 10
-4
1,9 10
-8
1,3 10
-4
5,0 10
-4
9,0 10
-10
S
5,0 10
-4
1,6 10
-8
9,0 10
-9
Pm-147
2,62 a
M
5,0 10
-4
4,7 10
-9
3,5 10
-9
5,0 10
-4
2,6 10
-10
S
5,0 10
-4
4,6 10
-9
3,2 10
-9
Pm-148
5,37 d
M
5,0 10
-4
2,0 10
-9
2,1 10
-9
5,0 10
-4
2,7 10
-9
S
5,0 10
-4
2,1 10
-9
2,2 10
-9
Pm-148m
41,3 d
M
5,0 10
-4
4,9 10
-9
4,1 10
-9
5,0 10
-4
1,8 10
-9
S
5,0 10
-4
5,4 10
-9
4,3 10
-9
Pm-149
2,21 d
M
5,0 10
-4
6,6 10
-10
7,6 10
-10
5,0 10
-4
9,9 10
-10
S
5,0 10
-4
7,2 10
-10
8,2 10
-10
Pm-150
2,68 h
M
5,0 10
-4
1,3 10
-10
2,0 10
-10
5,0 10
-4
2,6 10
-10
S
5,0 10
-4
1,4 10
-10
2,1 10
-10
Pm-151
1,18 d
M
5,0 10
-4
4,2 10
-10
6,1 10
-10
5,0 10
-4
7,3 10
-10
S
5,0 10
-4
4,5 10
-10
6,4 10
-10
Samarium
Sm-141
0,170 h
M
5,0 10
-4
1,6 10
-11
2,7 10
-11
5,0 10
-4
3,9 10
-11
Sm-141m
0,377 h
M
5,0 10
-4
3,4 10
-11
5,6 10
-11
5,0 10
-4
6,5 10
-11
Sm-142
1,21 h
M
5,0 10
-4
7,4 10
-11
1,1 10
-10
5,0 10
-4
1,9 10
-10
Sm-145
340 d
M
5,0 10
-4
1,5 10
-9
1,1 10
-9
5,0 10
-4
2,1 10
-10
Sm-146
1,03 10
8
a
M
5,0 10
-4
9,9 10
-6
6,7 10
-6
5,0 10
-4
5,4 10
-8
Sm-147
1,06 10
11
a
M
5,0 10
-4
8,9 10
-6
6,1 10
-6
5,0 10
-4
4,9 10
-8
Sm-151
90,0 a
M
5,0 10
-4
3,7 10
-9
2,6 10
-9
5,0 10
-4
9,8 10
-11
Sm-153
1,95 d
M
5,0 10
-4
6,1 10
-10
6,8 10
-10
5,0 10
-4
7,4 10
-10
Sm-155
0,368 h
M
5,0 10
-4
1,7 10
-11
2,8 10
-11
5,0 10
-4
2,9 10
-11
Sm-156
9,40 h
M
5,0 10
-4
2,1 10
-10
2,8 10
-10
5,0 10
-4
2,5 10
-10
Europium
Eu-145
5,94 d
M
5,0 10
-4
5,6 10
-10
7,3 10
-10
5,0 10
-4
7,5 10
-10
Eu-146
4,61 d
M
5,0 10
-4
8,2 10
-10
1,2 10
-9
5,0 10
-4
1,3 10
-9
Eu-147
24,0 d
M
5,0 10
-4
1,0 10
-9
1,0 10
-9
5,0 10
-4
4,4 10
-10
Eu-148
54,5 d
M
5,0 10
-4
2,7 10
-9
2,3 10
-9
5,0 10
-4
1,3 10
-9
Eu-149
93,1 d
M
5,0 10
-4
2,7 10
-10
2,3 10
-10
5,0 10
-4
1,0 10
-10
Eu-150
34,2 a
M
5,0 10
-4
5,0 10
-8
3,4 10
-8
5,0 10
-4
1,3 10
-9
Eu-150
12,6 h
M
5,0 10
-4
1,9 10
-10
2,8 10
-10
5,0 10
-4
3,8 10
-10
Eu-152
13,3 a
M
5,0 10
-4
3,9 10
-8
2,7 10
-8
5,0 10
-4
1,4 10
-9
Eu-152m
9,32 h
M
5,0 10
-4
2,2 10
-10
3,2 10
-10
5,0 10
-4
5,0 10
-10
Eu-154
8,80 a
M
5,0 10
-4
5,0 10
-8
3,5 10
-8
5,0 10
-4
2,0 10
-9
Eu-155
4,96 a
M
5,0 10
-4
6,5 10
-9
4,7 10
-9
5,0 10
-4
3,2 10
-10
Eu-156
15,2 d
M
5,0 10
-4
3,3 10
-9
3,0 10
-9
5,0 10
-4
2,2 10
-9
Eu-157
15,1 h
M
5,0 10
-4
3,2 10
-10
4,4 10
-10
5,0 10
-4
6,0 10
-10
Eu-158
0,765 h
M
5,0 10
-4
4,8 10
-11
7,5 10
-11
5,0 10
-4
9,4 10
-11
Gadolinium
Gd-145
0,382 h
F
5,0 10
-4
1,5 10
-11
2,6 10
-11
5,0 10
-4
4,4 10
-11
M
5,0 10
-4
2,1 10
-11
3,5 10
-11
Gd-146
48,3 d
F
5,0 10
-4
4,4 10
-9
5,2 10
-9
5,0 10
-4
9,6 10
-10
M
5,0 10
-4
6,0 10
-9
4,6 10
-9
Gd-147
1,59 d
F
5,0 10
-4
2,7 10
-10
4,5 10
-10
5,0 10
-4
6,1 10
-10
M
5,0 10
-4
4,1 10
-10
5,9 10
-10
Gd-148
93,0 a
F
5,0 10
-4
2,5 10
-5
3,0 10
-5
5,0 10
-4
5,5 10
-8
M
5,0 10
-4
1,1 10
-5
7,2 10
-6
Gd-149
9,40 d
F
5,0 10
-4
2,6 10
-10
4,5 10
-10
5,0 10
-4
4,5 10
-10
M
5,0 10
-4
7,0 10
-10
7,9 10
-10
Gd-151
120 d
F
5,0 10
-4
7,8 10
-10
9,3 10
-10
5,0 10
-4
2,0 10
-10
M
5,0 10
-4
8,1 10
-10
6,5 10
-10
Gd-152
1,08 10
14
a
F
5,0 10
-4
1,9 10
-5
2,2 10
-5
5,0 10
-4
4,1 10
-8
M
5,0 10
-4
7,4 10
-6
5,0 10
-6
Gd-153
242 d
F
5,0 10
-4
2,1 10
-9
2,5 10
-9
5,0 10
-4
2,7 10
-10
M
5,0 10
-4
1,9 10
-9
1,4 10
-9
Gd-159
18,6 h
F
5,0 10
-4
1,1 10
-10
1,8 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
1,65 h
M
5,0 10
-4
7,9 10
-11
1,2 10
-10
5,0 10
-4
1,6 10
-10
Tb-149
4,15 h
M
5,0 10
-4
4,3 10
-9
3,1 10
-9
5,0 10
-4
2,5 10
-10
Tb-150
3,27 h
M
5,0 10
-4
1,1 10
-10
1,8 10
-10
5,0 10
-4
2,5 10
-10
Tb-151
17,6 h
M
5,0 10
-4
2,3 10
-10
3,3 10
-10
5,0 10
-4
3,4 10
-10
Tb-153
2,34 d
M
5,0 10
-4
2,0 10
-10
2,4 10
-10
5,0 10
-4
2,5 10
-10
Tb-154
21,4 h
M
5,0 10
-4
3,8 10
-10
6,0 10
-10
5,0 10
-4
6,5 10
-10
Tb-155
5,32 d
M
5,0 10
-4
2,1 10
-10
2,5 10
-10
5,0 10
-4
2,1 10
-10
Tb-156
5,34 d
M
5,0 10
-4
1,2 10
-9
1,4 10
-9
5,0 10
-4
1,2 10
-9
Tb-156m
1,02 d
M
5,0 10
-4
2,0 10
-10
2,3 10
-10
5,0 10
-4
1,7 10
-10
Tb-156m
5,00 h
M
5,0 10
-4
9,2 10
-11
1,3 10
-10
5,0 10
-4
8,1 10
-11
Tb-157
1,50 10
2
a
M
5,0 10
-4
1,1 10
-9
7,9 10
-10
5,0 10
-4
3,4 10
-11
Tb-158
1,50 10
2
a
M
5,0 10
-4
4,3 10
-8
3,0 10
-8
5,0 10
-4
1,1 10
-9
Tb-160
72,3 d
M
5,0 10
-4
6,6 10
-9
5,4 10
-9
5,0 10
-4
1,6 10
-9
Tb-161
6,91 d
M
5,0 10
-4
1,2 10
-9
1,2 10
-9
5,0 10
-4
7,2 10
-10
Dysprosium
Dy-155
10,0 h
M
5,0 10
-4
8,0 10
-11
1,2 10
-10
5,0 10
-4
1,3 10
-10
Dy-157
8,10 h
M
5,0 10
-4
3,2 10
-11
5,5 10
-11
5,0 10
-4
6,1 10
-11
Dy-159
144 d
M
5,0 10
-4
3,5 10
-10
2,5 10
-10
5,0 10
-4
1,0 10
-10
Dy-165
2,33 h
M
5,0 10
-4
6,1 10
-11
8,7 10
-11
5,0 10
-4
1,1 10
-10
Dy-166
3,40 d
M
5,0 10
-4
1,8 10
-9
1,8 10
-9
5,0 10
-4
1,6 10
-9
Holmium
Ho-155
0,800 h
M
5,0 10
-4
2,0 10
-11
3,2 10
-11
5,0 10
-4
3,7 10
-11
Ho-157
0,210 h
M
5,0 10
-4
4,5 10
-12
7,6 10
-12
5,0 10
-4
6,5 10
-12
Ho-159
0,550 h
M
5,0 10
-4
6,3 10
-12
1,0 10
-11
5,0 10
-4
7,9 10
-12
Ho-161
2,50 h
M
5,0 10
-4
6,3 10
-12
1,0 10
-11
5,0 10
-4
1,3 10
-11
Ho-162
0,250 h
M
5,0 10
-4
2,9 10
-12
4,5 10
-12
5,0 10
-4
3,3 10
-12
Ho-162m
1,13 h
M
5,0 10
-4
2,2 10
-11
3,3 10
-11
5,0 10
-4
2,6 10
-11
Ho-164
0,483 h
M
5,0 10
-4
8,6 10
-12
1,3 10
-11
5,0 10
-4
9,5 10
-12
Ho-164m
0,625 h
M
5,0 10
-4
1,2 10
-11
1,6 10
-11
5,0 10
-4
1,6 10
-11
Ho-166
1,12 d
M
5,0 10
-4
6,6 10
-10
8,3 10
-10
5,0 10
-4
1,4 10
-9
Ho-166m
1,20 10
3
a
M
5,0 10
-4
1,1 10
-7
7,8 10
-8
5,0 10
-4
2,0 10
-9
Ho-167
3,10 h
M
5,0 10
-4
7,1 10
-11
1,0 10
-10
5,0 10
-4
8,3 10
-11
Erbium
Er-161
3,24 h
M
5,0 10
-4
5,1 10
-11
8,5 10
-11
5,0 10
-4
8,0 10
-11
Er-165
10,4 h
M
5,0 10
-4
8,3 10
-12
1,4 10
-11
5,0 10
-4
1,9 10
-11
Er-169
9,30 d
M
5,0 10
-4
9,8 10
-10
9,2 10
-10
5,0 10
-4
3,7 10
-10
Er-171
7,52 h
M
5,0 10
-4
2,2 10
-10
3,0 10
-10
5,0 10
-4
3,6 10
-10
Er-172
2,05 d
M
5,0 10
-4
1,1 10
-9
1,2 10
-9
5,0 10
-4
1,0 10
-9
Thulium
Tm-162
0,362 h
M
5,0 10
-4
1,6 10
-11
2,7 10
-11
5,0 10
-4
2,9 10
-11
Tm-166
7,70 h
M
5,0 10
-4
1,8 10
-10
2,8 10
-10
5,0 10
-4
2,8 10
-10
Tm-167
9,24 d
M
5,0 10
-4
1,1 10
-9
1,0 10
-9
5,0 10
-4
5,6 10
-10
Tm-170
129 d
M
5,0 10
-4
6,6 10
-9
5,2 10
-9
5,0 10
-4
1,3 10
-9
Tm-171
1,92 a
M
5,0 10
-4
1,3 10
-9
9,1 10
-10
5,0 10
-4
1,1 10
-10
Tm-172
2,65 d
M
5,0 10
-4
1,1 10
-9
1,4 10
-9
5,0 10
-4
1,7 10
-9
Tm-173
8,24 h
M
5,0 10
-4
1,8 10
-10
2,6 10
-10
5,0 10
-4
3,1 10
-10
Tm-175
0,253 h
M
5,0 10
-4
1,9 10
-11
3,1 10
-11
5,0 10
-4
2,7 10
-11
Ytterbium
Yb-162
0,315 h
M
5,0 10
-4
1,4 10
-11
2,2 10
-11
5,0 10
-11
2,3 10
-11
S
5,0 10
-4
1,4 10
-11
2,3 10
-11
Yb-166
2,36 d
M
5,0 10
-4
7,2 10
-10
9,1 10
-10
5,0 10
-4
9,5 10
-10
S
5,0 10
-4
7,6 10
-10
9,5 10
-10
Yb-167
0,292 h
M
5,0 10
-4
6,5 10
-12
9,0 10
-12
5,0 10
-4
6,7 10
-12
S
5,0 10
-4
6,9 10
-12
9,5 10
-12
Yb-169
32,0 d
M
5,0 10
-4
2,4 10
-9
2,1 10
-9
5,0 10
-4
7,1 10
-10
S
5,0 10
-4
2,8 10
-9
2,4 10
-9
Yb-175
4,19 d
M
5,0 10
-4
6,3 10
-10
6,4 10
-10
5,0 10
-4
4,4 10
-10
S
5,0 10
-4
7,0 10
-10
7,0 10
-10
Yb-177
1,90 h
M
5,0 10
-4
6,4 10
-11
8,8 10
-11
5,0 10
-4
9,7 10
-11
S
5,0 10
-4
6,9 10
-11
9,4 10
-11
Yb-178
1,23 h
M
5,0 10
-4
7,1 10
-11
1,0 10
-10
5,0 10
-4
1,2 10
-10
S
5,0 10
-4
7,6 10
-11
1,1 10
-10
Lutetium
Lu-169
1,42 d
M
5,0 10
-4
3,5 10
-10
4,7 10
-10
5,0 10
-4
4,6 10
-10
S
5,0 10
-4
3,8 10
-10
4,9 10
-10
Lu-170
2,00 d
M
5,0 10
-4
6,4 10
-10
9,3 10
-10
5,0 10
-4
9,9 10
-10
S
5,0 10
-4
6,7 10
-10
9,5 10
-10
Lu-171
8,22 d
M
5,0 10
-4
7,6 10
-10
8,8 10
-10
5,0 10
-4
6,7 10
-10
S
5,0 10
-4
8,3 10
-10
9,3 10
-10
Lu-172
6,70 d
M
5,0 10
-4
1,4 10
-9
1,7 10
-9
5,0 10
-4
1,3 10
-9
S
5,0 10
-4
1,5 10
-9
1,8 10
-9
Lu-173
1,37 a
M
5,0 10
-4
2,0 10
-9
1,5 10
-9
5,0 10
-4
2,6 10
-10
S
5,0 10
-4
2,3 10
-9
1,4 10
-9
Lu-174
3,31 a
M
5,0 10
-4
4,0 10
-9
2,9 10
-9
5,0 10
-4
2,7 10
-10
S
5,0 10
-4
3,9 10
-9
2,5 10
-9
Lu-174m
142 d
M
5,0 10
-4
3,4 10
-9
2,4 10
-9
5,0 10
-4
5,3 10
-10
S
5,0 10
-4
3,8 10
-9
2,6 10
-9
Lu-176
3,60 10
10
a
M
5,0 10
-4
6,6 10
-8
4,6 10
-8
5,0 10
-4
1,8 10
-9
S
5,0 10
-4
5,2 10
-8
3,0 10
-8
Lu-176m
3,68 h
M
5,0 10
-4
1,1 10
-10
1,5 10
-10
5,0 10
-4
1,7 10
-10
S
5,0 10
-4
1,2 10
-10
1,6 10
-10
Lu-177
6,71 d
M
5,0 10
-4
1,0 10
-9
1,0 10
-9
5,0 10
-4
5,3 10
-10
S
5,0 10
-4
1,1 10
-9
1,1 10
-9
Lu-177m
161 d
M
5,0 10
-4
1,2 10
-8
1,0 10
-8
5,0 10
-4
1,7 10
-9
S
5,0 10
-4
1,5 10
-8
1,2 10
-8
Lu-178
0,473 h
M
5,0 10
-4
2,5 10
-11
3,9 10
-11
5,0 10
-4
4,7 10
-11
S
5,0 10
-4
2,6 10
-11
4,1 10
-11
Lu-178m
0,378 h
M
5,0 10
-4
3,3 10
-11
5,4 10
-11
5,0 10
-4
3,8 10
-11
S
5,0 10
-4
3,5 10
-11
5,6 10
-11
Lu-179
4,59 h
M
5,0 10
-4
1,1 10
-10
1,6 10
-10
5,0 10
-4
2,1 10
-10
S
5,0 10
-4
1,2 10
-10
1,6 10
-10
Hafnium
Hf-170
16,0 h
F
0,002
1,7 10
-10
2,9 10
-10
0,002
4,8 10
-10
M
0,002
3,2 10
-10
4,3 10
-10
Hf-172
1,87 a
F
0,002
3,2 10
-8
3,7 10
-8
0,002
1,0 10
-9
M
0,002
1,9 10
-8
1,3 10
-8
Hf-173
24,0 h
F
0,002
7,9 10
-11
1,3 10
-10
0,002
2,3 10
-10
M
0,002
1,6 10
-10
2,2 10
-10
Hf-175
70,0 d
F
0,002
7,2 10
-10
8,7 10
-10
0,002
4,1 10
-10
M
0,002
1,1 10
-9
8,8 10
-10
Hf-177m
0,856 h
F
0,002
4,7 10
-11
8,4 10
-11
0,002
8,1 10
-11
M
0,002
9,2 10
-11
1,5 10
-10
Hf-178m
31,0 a
F
0,002
2,6 10
-7
3,1 10
-7
0,002
4,7 10
-9
M
0,002
1,1 10
-7
7,8 10
-8
Hf-179m
25,1 d
F
0,002
1,1 10
-9
1,4 10
-9
0,002
1,2 10
-9
M
0,002
3,6 10
-9
3,2 10
-9
Hf-180m
5,50 h
F
0,002
6,4 10
-11
1,2 10
-10
0,002
1,7 10
-10
M
0,002
1,4 10
-10
2,0 10
-10
Hf-181
42,4 d
F
0,002
1,4 10
-9
1,8 10
-9
0,002
1,1 10
-9
M
0,002
4,7 10
-9
4,1 10
-9
Hf-182
9,00 10
6
a
F
0,002
3,0 10
-7
3,6 10
-7
0,002
3,0 10
-9
M
0,002
1,2 10
-7
8,3 10
-8
Hf-182m
1,02 h
F
0,002
2,3 10
-11
4,0 10
-11
0,002
4,2 10
-11
M
0,002
4,7 10
-11
7,1 10
-11
Hf-183
1,07 h
F
0,002
2,6 10
-11
4,4 10
-11
0,002
7,3 10
-11
M
0,002
5,8 10
-11
8,3 10
-11
Hf-184
4,12 h
F
0,002
1,3 10
-10
2,3 10
-10
0,002
5,2 10
-10
M
0,002
3,3 10
-10
4,5 10
-10
Tantalum
Ta-172
0,613 h
M
0,001
3,4 10
-11
5,5 10
-11
0,001
5,3 10
-11
S
0,001
3,6 10
-11
5,7 10
-11
Ta-173
3,65 h
M
0,001
1,1 10
-10
1,6 10
-10
0,001
1,9 10
-10
S
0,001
1,2 10
-10
1,6 10
-10
Ta-174
1,20 h
M
0,001
4,2 10
-11
6,3 10
-11
0,001
5,7 10
-11
S
0,001
4,4 10
-11
6,6 10
-11
Ta-175
10,5 h
M
0,001
1,3 10
-10
2,0 10
-10
0,001
2,1 10
-10
S
0,001
1,4 10
-10
2,0 10
-10
Ta-176
8,08 h
M
0,001
2,0 10
-10
3,2 10
-10
0,001
3,1 10
-10
S
0,001
2,1 10
-10
3,3 10
-10
Ta-177
2,36 d
M
0,001
9,3 10
-11
1,2 10
-10
0,001
1,1 10
-10
S
0,001
1,0 10
-10
1,3 10
-10
Ta-178
2,20 h
M
0,001
6,6 10
-11
1,1 10
-10
0,001
7,8 10
-11
S
0,001
6,9 10
-11
1,1 10
-10
Ta-179
1,82 a
M
0,001
2,0 10
-10
1,3 10
-10
0,001
6,5 10
-11
S
0,001
5,2 10
-10
2,9 10
-10
Ta-180
1,00 10
13
a
M
0,001
6,0 10
-9
4,6 10
-9
0,001
8,4 10
-10
S
0,001
2,4 10
-8
1,4 10
-8
Ta-180m
8,10 h
M
0,001
4,4 10
-11
5,8 10
-11
0,001
5,4 10
-11
S
0,001
4,7 10
-11
6,2 10
-11
Ta-182
115 d
M
0,001
7,2 10
-9
5,8 10
-9
0,001
1,5 10
-9
S
0,001
9,7 10
-9
7,4 10
-9
Ta-182m
0,264 h
M
0,001
2,1 10
-11
3,4 10
-11
0,001
1,2 10
-11
S
0,001
2,2 10
-11
3,6 10
-11
Ta-183
5,10 d
M
0,001
1,8 10
-9
1,8 10
-9
0,001
1,3 10
-9
S
0,001
2,0 10
-9
2,0 10
-9
Ta-184
8,70 h
M
0,001
4,1 10
-10
6,0 10
-10
0,001
6,8 10
-10
S
0,001
4,4 10
-10
6,3 10
-10
Ta-185
0,816 h
M
0,001
4,6 10
-11
6,8 10
-11
0,001
6,8 10
-11
S
0,001
4,9 10
-11
7,2 10
-11
Ta-186
0,175 h
M
0,001
1,8 10
-11
3,0 10
-11
0,001
3,3 10
-11
S
0,001
1,9 10
-11
3,1 10
-11
Tungsten
W-176
2,30 h
F
0,300
4,4 10
-11
7,6 10
-11
0,300
1,0 10
-10
0,010
1,1 10
-10
W-177
2,25 h
F
0,300
2,6 10
-11
4,6 10
-11
0,300
5,8 10
-11
0,010
6,1 10
-11
W-178
21,7 d
F
0,300
7,6 10
-11
1,2 10
-10
0,300
2,2 10
-10
0,010
2,5 10
-10
W-179
0,625 h
F
0,300
9,9 10
-13
1,8 10
-12
0,300
3,3 10
-12
0,010
3,3 10
-12
W-181
121 d
F
0,300
2,8 10
-11
4,3 10
-11
0,300
7,6 10
-11
0,010
8,2 10
-11
W-185
75,1 d
F
0,300
1,4 10
-10
2,2 10
-10
0,300
4,4 10
-10
0,010
5,0 10
-10
W-187
23,9 h
F
0,300
2,0 10
-10
3,3 10
-10
0,300
6,3 10
-10
0,010
7,1 10
-10
W-188
69,4 d
F
0,300
5,9 10
-10
8,4 10
-10
0,300
2,1 10
-9
0,010
2,3 10
-9
Rhenium
Re-177
0,233 h
F
0,800
1,0 10
-11
1,7 10
-11
0,800
2,2 10
-11
M
0,800
1,4 10
-11
2,2 10
-11
Re-178
0,220 h
F
0,800
1,1 10
-11
1,8 10
-11
0,800
2,5 10
-11
M
0,800
1,5 10
-11
2,4 10
-11
Re-181
20,0 h
F
0,800
1,9 10
-10
3,0 10
-10
0,800
4,2 10
-10
M
0,800
2,5 10
-10
3,7 10
-10
Re-182
2,67 d
F
0,800
6,8 10
-10
1,1 10
-9
0,800
1,4 10
-9
M
0,800
1,3 10
-9
1,7 10
-9
Re-182
12,7 h
F
0,800
1,5 10
-10
2,4 10
-10
0,800
2,7 10
-10
M
0,800
2,0 10
-10
3,0 10
-10
Re-184
38,0 d
F
0,800
4,6 10
-10
7,0 10
-10
0,800
1,0 10
-9
M
0,800
1,8 10
-9
1,8 10
-9
Re-184m
165 d
F
0,800
6,1 10
-10
8,8 10
-10
0,800
1,5 10
-9
M
0,800
6,1 10
-9
4,8 10
-9
Re-186
3,78 d
F
0,800
5,3 10
-10
7,3 10
-10
0,800
1,5 10
-9
M
0,800
1,1 10
-9
1,2 10
-9
Re-186m
2,00 10
5
a
F
0,800
8,5 10
-10
1,2 10
-9
0,800
2,2 10
-9
M
0,800
1,1 10
-8
7,9 10
-9
Re-187
5,00 10
10
a
F
0,800
1,9 10
-12
2,6 10
-12
0,800
5,1 10
-12
M
0,800
6,0 10
-12
4,6 10
-12
Re-188
17,0 h
F
0,800
4,7 10
-10
6,6 10
-10
0,800
1,4 10
-9
M
0,800
5,5 10
-10
7,4 10
-10
Re-188m
0,3 10 h
F
0,800
1,0 10
-11
1,6 10
-11
0,800
3,0 10
-11
M
0,800
1,4 10
-11
2,0 10
-11
Re-189
1,01 d
F
0,800
2,7 10
-10
4,3 10
-10
0,800
7,8 10
-10
M
0,800
4,3 10
-10
6,0 10
-10
Osmium
Os-180
0,366 h
F
0,010
8,8 10
-12
1,6 10
-11
0,010
1,7 10
-11
M
0,010
1,4 10
-11
2,4 10
-11
S
0,010
1,5 10
-11
2,5 10
-11
Os-181
1,75 h
F
0,010
3,6 10
-11
6,4 10
-11
0,010
8,9 10
-11
M
0,010
6,3 10
-11
9,6 10
-11
S
0,010
6,6 10
-11
1,0 10
-10
Os-182
22,0 h
F
0,010
1,9 10
-10
3,2 10
-10
0,010
5,6 10
-10
M
0,010
3,7 10
-10
5,0 10
-10
S
0,010
3,9 10
-10
5,2 10
-10
Os-185
94,0 d
F
0,010
1,1 10
-9
1,4 10
-9
0,010
5,1 10
-10
M
0,010
1,2 10
-9
1,0 10
-9
S
0,010
1,5 10
-9
1,1 10
-9
Os-189m
6,00 h
F
0,010
2,7 10
-12
5,2 10
-12
0,010
1,8 10
-11
M
0,010
5,1 10
-12
7,6 10
-12
S
0,010
5,4 10
-12
7,9 10
-12
Os-191
15,4 d
F
0,010
2,5 10
-10
3,5 10
-10
0,010
5,7 10
-10
M
0,010
1,5 10
-9
1,3 10
-9
S
0,010
1,8 10
-9
1,5 10
-9
Os-191m
13,0 h
F
0,010
2,6 10
-11
4,1 10
-11
0,010
9,6 10
-11
M
0,010
1,3 10
-10
1,3 10
-10
S
0,010
1,5 10
-10
1,4 10
-10
Os-193
1,25 d
F
0,010
1,7 10
-10
2,8 10
-10
0,010
8,1 10
-10
M
0,010
4,7 10
-10
6,4 10
-10
S
0,010
5,1 10
-10
6,8 10
-10
Os-194
6,00 a
F
0,010
1,1 10
-8
1,3 10
-8
0,010
2,4 10
-9
M
0,010
2,0 10
-8
1,3 10
-8
S
0,010
7,9 10
-8
4,2 10
-8
Iridium
Ir-182
0,250 h
F
0,010
1,5 10
-11
2,6 10
-11
0,010
4,8 10
-11
M
0,010
2,4 10
-11
3,9 10
-11
S
0,010
2,5 10
-11
4,0 10
-11
Ir-184
3,02 h
F
0,010
6,7 10
-11
1,2 10
-11
0,010
1,7 10
-10
M
0,010
1,1 10
-10
1,8 10
-10
S
0,010
1,2 10
-10
1,9 10
-10
Ir-185
14,0 h
F
0,010
8,8 10
-11
1,5 10
-10
0,010
2,6 10
-10
M
0,010
1,8 10
-10
2,5 10
-10
S
0,010
1,9 10
-10
2,6 10
-10
Ir-186
15,8 h
F
0,010
1,8 10
-10
3,3 10
-10
0,010
4,9 10
-10
M
0,010
3,2 10
-10
4,8 10
-10
S
0,010
3,3 10
-10
5,0 10
-10
Ir-186
1,75 h
F
0,010
2,5 10
-11
4,5 10
-10
0,010
6,1 10
-11
M
0,010
4,3 10
-11
6,9 10
-10
S
0,010
4,5 10
-11
7,1 10
-11
Ir-187
10,5 h
F
0,010
4,0 10
-11
7,2 10
-11
0,010
1,2 10
-10
M
0,010
7,5 10
-11
1,1 10
-10
S
0,010
7,9 10
-11
1,2 10
-10
Ir-188
1,73 d
F
0,010
2,6 10
-10
4,4 10
-10
0,010
6,3 10
-10
M
0,010
4,1 10
-10
6,0 10
-10
S
0,010
4,3 10
-10
6,2 10
-10
Ir-189
13,3 d
F
0,010
1,1 10
-10
1,7 10
-10
0,010
2,4 10
-10
M
0,010
4,8 10
-10
4,1 10
-10
S
0,010
5,5 10
-10
4,6 10
-10
Ir-190
12,1 d
F
0,010
7,9 10
-10
1,2 10
-9
0,010
1,2 10
-9
M
0,010
2,0 10
-9
2,3 10
-9
S
0,010
2,3 10
-9
2,5 10
-9
Ir-190m
3,10 h
F
0,010
5,3 10
-11
9,7 10
-11
0,010
1,2 10
-10
M
0,010
8,3 10
-11
1,4 10
-10
S
0,010
8,6 10
-11
1,4 10
-10
Ir-190m
1,20 h
F
0,010
3,7 10
-12
5,6 10
-12
0,010
8,0 10
-12
M
0,010
9,0 10
-12
1,0 10
-11
S
0,010
1,0 10
-11
1,1 10
-11
Ir-192
74,0 d
F
0,010
1,8 10
-9
2,2 10
-9
0,010
1,4 10
-9
M
0,010
4,9 10
-9
4,1 10
-9
S
0,010
6,2 10
-9
4,9 10
-9
Ir-192m
2,41 10
2
a
F
0,010
4,8 10
-9
5,6 10
-9
0,010
3,1 10
-10
M
0,010
5,4 10
-9
3,4 10
-9
S
0,010
3,6 10
-8
1,9 10
-8
Ir-193m
11,9 d
F
0,010
1,0 10
-10
1,6 10
-10
0,010
2,7 10
-10
M
0,010
1,0 10
-9
9,1 10
-10
S
0,010
1,2 10
-9
1,0 10
-9
Ir-194
19,1 h
F
0,010
2,2 10
-10
3,6 10
-10
0,010
1,3 10
-9
M
0,010
5,3 10
-10
7,1 10
-10
S
0,010
5,6 10
-10
7,5 10
-10
Ir-194m
171 d
F
0,010
5,4 10
-9
6,5 10
-9
0,010
2,2 10
-9
M
0,010
8,5 10
-9
6,5 10
-9
S
0,010
1,2 10
-8
7,5 10
-9
Ir-195
2,50 h
F
0,010
2,6 10
-11
4,5 10
-11
0,010
1,0 10
-10
M
0,010
6,7 10
-11
9,6 10
-11
S
0,010
7,2 10
-11
1,0 10
-10
Ir-195m
3,80 h
F
0,010
6,5 10
-11
1,1 10
-10
0,010
2,1 10
-10
M
0,010
1,6 10
-10
2,3 10
-10
S
0,010
1,7 10
-10
2,4 10
-10
Platinum
Pt-186
2,00 h
F
0,010
3,6 10
-11
6,6 10
-11
0,010
9,3 10
-11
Pt-188
10,2 d
F
0,010
4,3 10
-10
6,3 10
-10
0,010
7,6 10
-10
Pt-189
10,9 h
F
0,010
4,1 10
-11
7,3 10
-11
0,010
1,2 10
-10
Pt-191
2,80 d
F
0,010
1,1 10
-10
1,9 10
-10
0,010
3,4 10
-10
Pt-193
50,0 a
F
0,010
2,1 10
-11
2,7 10
-11
0,010
3,1 10
-11
Pt-193m
4,33 d
F
0,010
1,3 10
-10
2,1 10
-10
0,010
4,5 10
-10
Pt-195m
4,02 d
F
0,010
1,9 10
-10
3,1 10
-10
0,010
6,3 10
-10
Pt-197
18,3 h
F
0,010
9,1 10
-11
1,6 10
-10
0,010
4,0 10
-10
Pt-197m
1,57 h
F
0,010
2,5 10
-11
4,3 10
-11
0,010
8,4 10
-11
Pt-199
0,513 h
F
0,010
1,3 10
-11
2,2 10
-11
0,010
3,9 10
-11
Pt-200
12,5 h
F
0,010
2,4 10
-10
4,0 10
-10
0,010
1,2 10
-9
Gold
Au-193
17,6 h
F
0,100
3,9 10
-11
7,1 10
-11
0,100
1,3 10
-10
M
0,100
1,1 10
-10
1,5 10
-10
S
0,100
1,2 10
-10
1,6 10
-10
Au-194
1,64 d
F
0,100
1,5 10
-10
2,8 10
-10
0,100
4,2 10
-10
M
0,100
2,4 10
-10
3,7 10
-10
S
0,100
2,5 10
-10
3,8 10
-10
Au-195
183 d
F
0,100
7,1 10
-11
1,2 10
-10
0,100
2,5 10
-10
M
0,100
1,0 10
-9
8,0 10
-10
S
0,100
1,6 10
-9
1,2 10
-9
Au-198
2,69 d
F
0,100
2,3 10
-10
3,9 10
-10
0,100
1,0 10
-9
M
0,100
7,6 10
-10
9,8 10
-10
S
0,100
8,4 10
-10
1,1 10
-9
Au-198m
2,30 d
F
0,100
3,4 10
-10
5,9 10
-10
0,100
1,3 10
-9
M
0,100
1,7 10
-9
2,0 10
-9
S
0,100
1,9 10
-9
1,9 10
-9
Au-199
3,14 d
F
0,100
1,1 10
-10
1,9 10
-10
0,100
4,4 10
-10
M
0,100
6,8 10
-10
6,8 10
-10
S
0,100
7,5 10
-10
7,6 10
-10
Au-200
0,807 h
F
0,100
1,7 10
-11
3,0 10
-11
0,100
6,8 10
-11
M
0,100
3,5 10
-11
5,3 10
-11
S
0,100
3,6 10
-11
5,6 10
-11
Au-200m
18,7 h
F
0,100
3,2 10
-10
5,7 10
-10
0,100
1,1 10
-9
M
0,100
6,9 10
-10
9,8 10
-10
S
0,100
7,3 10
-10
1,0 10
-9
Au-201
0,440 h
F
0,100
9,2 10
-12
1,6 10
-11
0,100
2,4 10
-11
M
0,100
1,7 10
-11
2,8 10
-11
S
0,100
1,8 10
-11
2,9 10
-11
Mercury
Hg-193
3,50 h
F
0,400
2,6 10
-11
4,7 10
-11
1,000
3,1 10
-11
(organic)
0,400
6,6 10
-11
Hg-193
3,50 h
F
0,020
2,8 10
-11
5,0 10
-11
0,020
8,2 10
-11
(inorganic)
M
0,020
7,5 10
-11
1,0 10
-10
Hg-193m
11,1 h
F
0,400
1,1 10
-10
2,0 10
-10
1,000
1,3 10
-10
(organic)
0,400
3,0 10
-10
Hg-193m
11,1 h
F
0,020
1,2 10
-10
2,3 10
-10
0,020
4,0 10
-10
(inorganic)
M
0,020
2,6 10
-10
3,8 10
-10
Hg-194
2,60 10
2
a
F
0,400
1,5 10
-8
1,9 10
-8
1,000
5,1 10
-8
(organic)
0,400
2,1 10
-8
Hg-194
2,60 10
2
a
F
0,020
1,3 10
-8
1,5 10
-8
0,020
1,4 10
-8
(inorganic)
M
0,020
7,8 10
-9
5,3 10
-9
Hg-195
9,90 h
F
0,400
2,4 10
-11
4,4 10
-11
1,000
3,4 10
-11
(organic)
0,400
7,5 10
-11
Hg-195
9,90 h
F
0,020
2,7 10
-11
4,8 10
-11
0,020
9,7 10
-11
(inorganic)
M
0,020
7,2 10
-11
9,2 10
-11
Hg-195m
1,73 d
F
0,400
1,3 10
-10
2,2 10
-10
1,000
2,2 10
-10
(organic)
0,400
4,1 10
-10
Hg-195m
1,73 d
F
0,020
1,5 10
-10
2,6 10
-10
0,020
5,6 10
-10
(inorganic)
M
0,020
5,1 10
-10
6,5 10
-10
Hg-197
2,67 d
F
0,400
5,0 10
-11
8,5 10
-11
1,000
9,9 10
-11
(organic)
0,400
1,7 10
-10
Hg-197
2,67 d
F
0,020
6,0 10
-11
1,0 10
-10
0,020
2,3 10
-10
(inorganic)
M
0,020
2,9 10
-10
2,8 10
-10
Hg-197m
23,8 h
F
0,400
1,0 10
-10
1,8 10
-10
1,000
1,5 10
-10
(organic)
0,400
3,4 10
-10
Hg-197m
23,8 h
F
0,020
1,2 10
-10
2,1 10
-10
0,020
4,7 10
-10
(inorganic)
M
0,020
5,1 10
-10
6,6 10
-10
Hg-199m
0,7 10 h
F
0,400
1,6 10
-11
2,7 10
-11
1,000
2,8 10
-11
(organic)
0,400
3,1 10
-11
Hg-199m
0,7 10 h
F
0,020
1,6 10
-11
2,7 10
-11
0,020
3,1 10
-11
(inorganic)
M
0,020
3,3 10
-11
5,2 10
-11
Hg-203
46,6 d
F
0,400
5,7 10
-10
7,5 10
-10
1,000
1,9 10
-9
(organic)
0,400
1,1 10
-9
Hg-203
46,6 d
F
0,020
4,7 10
-10
5,9 10
-10
0,020
5,4 10
-10
(inorganic)
M
0,020
2,3 10
-9
1,9 10
-9
Thallium
Tl-194
0,550 h
F
1,000
4,8 10
-12
8,9 10
-12
1,000
8,1 10
-12
Tl-194m
0,546 h
F
1,000
2,0 10
-11
3,6 10
-11
1,000
4,0 10
-11
Tl-195
1,16 h
F
1,000
1,6 10
-11
3,6 10
-11
1,000
2,7 10
-11
Tl-197
2,84 h
F
1,000
1,5 10
-11
2,7 10
-11
1,000
2,3 10
-11
Tl-198
5,30 h
F
1,000
6,6 10
-11
1,2 10
-10
1,000
7,3 10
-11
Tl-198m
1,87 h
F
1,000
4,0 10
-11
7,3 10
-11
1,000
5,4 10
-11
Tl-199
7,42 h
F
1,000
2,0 10
-11
3,7 10
-11
1,000
2,6 10
-11
Tl-200
1,09 d
F
1,000
1,4 10
-10
2,5 10
-10
1,000
2,0 10
-10
Tl-201
3,04 d
F
1,000
4,7 10
-11
7,6 10
-11
1,000
9,5 10
-11
Tl-202
12,2 d
F
1,000
2,0 10
-10
3,1 10
-10
1,000
4,5 10
-10
Tl-204
3,78 a
F
1,000
4,4 10
-10
6,2 10
-10
1,000
1,3 10
-9
Lead
Pb-195m
0,263 h
F
0,200
1,7 10
-11
3,0 10
-11
0,200
2,9 10
-11
Pb-198
2,40 h
F
0,200
4,7 10
-11
8,7 10
-11
0,200
1,0 10
-10
Pb-199
1,50 h
F
0,200
2,6 10
-11
4,8 10
-11
0,200
5,4 10
-11
Pb-200
21,5 h
F
0,200
1,5 10
-10
2,6 10
-10
0,200
4,0 10
-10
Pb-201
9,40 h
F
0,200
6,5 10
-11
1,2 10
-10
0,200
1,6 10
-10
Pb-202
3,00 10
5
a
F
0,200
1,1 10
-8
1,4 10
-8
0,200
8,7 10
-9
Pb-202m
3,62 h
F
0,200
6,7 10
-11
1,2 10
-10
0,200
1,3 10
-10
Pb-203
2,17 d
F
0,200
9,1 10
-11
1,6 10
-10
0,200
2,4 10
-10
Pb-205
1,43 10
-
a
F
0,200
3,4 10
-10
4,1 10
-10
0,200
2,8 10
-10
Pb-209
3,25 h
F
0,200
1,8 10
-11
3,2 10
-11
0,200
5,7 10
-11
Pb-210
22,3 a
F
0,200
8,9 10
-7
1,1 10
-6
0,200
6,8 10
-7
Pb-211
0,601 h
F
0,200
3,9 10
-9
5,6 10
-9
0,200
1,8 10
-10
Pb-212
10,6 h
F
0,200
1,9 10
-8
3,3 10
-8
0,200
5,9 10
-9
Pb-214
0,447 h
F
0,200
2,9 10
-9
4,8 10
-9
0,200
1,4 10
-10
Bismuth
Bi-200
0,606 h
F
0,050
2,4 10
-11
4,2 10
-11
0,050
5,1 10
-11
M
0,050
3,4 10
-11
5,6 10
-11
Bi-201
1,80 h
F
0,050
4,7 10
-11
8,3 10
-11
0,050
1,2 10
-10
M
0,050
7,0 10
-11
1,1 10
-10
Bi-202
1,67 h
F
0,050
4,6 10
-11
8,4 10
-11
0,050
8,9 10
-11
M
0,050
5,8 10
-11
1,0 10
-10
Bi-203
11,8 h
F
0,050
2,0 10
-10
3,6 10
-10
0,050
4,8 10
-10
M
0,050
2,8 10
-10
4,5 10
-10
Bi-205
15,3 d
F
0,050
4,0 10
-10
6,8 10
-10
0,050
9,0 10
-10
M
0,050
9,2 10
-10
1,0 10
-9
Bi-206
6,24 d
F
0,050
7,9 10
-10
1,3 10
-9
0,050
1,9 10
-9
M
0,050
1,7 10
-9
2,1 10
-9
Bi-207
38,0 a
F
0,050
5,2 10
-10
8,4 10
-10
0,050
1,3 10
-9
M
0,050
5,2 10
-9
3,2 10
-9
Bi-210
5,01 d
F
0,050
1,1 10
-9
1,4 10
-9
0,050
1,3 10
-9
M
0,050
8,4 10
-8
6,0 10
-8
Bi-210m
3,00 10
6
a
F
0,050
4,5 10
-8
5,3 10
-8
0,050
1,5 10
-8
M
0,050
3,1 10
-6
2,1 10
-8
Bi-212
1,01 h
F
0,050
9,3 10
-9
1,5 10
-8
0,050
2,6 10
-10
M
0,050
3,0 10
-8
3,9 10
-8
Bi-213
0,761 h
F
0,050
1,1 10
-8
1,8 10
-8
0,050
2,0 10
-10
M
0,050
2,9 10
-8
4,1 10
-8
Bi-214
0,332 h
F
0,050
7,2 10
-9
1,2 10
-8
0,050
1,1 10
-10
M
0,050
1,4 10
-8
2,1 10
-8
Polonium
Po-203
0,612 h
F
0,100
2,5 10
-11
4,5 10
-11
0,100
5,2 10
-11
M
0,100
3,6 10
-11
6,1 10
-11
Po-205
1,80 h
F
0,100
3,5 10
-11
6,0 10
-11
0,100
5,9 10
-11
M
0,100
6,4 10
-11
8,9 10
-11
Po-207
5,83 h
F
0,100
6,3 10
-11
1,2 10
-10
0,100
1,4 10
-10
M
0,100
8,4 10
-11
1,5 10
-10
Po-210
138 d
F
0,100
6,0 10
-7
7,1 10
-7
0,100
2,4 10
-7
M
0,100
3,0 10
-6
2,2 10
-6
Astatine
At-207
1,80 h
F
1,000
3,5 10
-10
4,4 10
-10
1,000
2,3 10
-10
M
1,000
2,1 10
-9
1,9 10
-9
At-211
7,21 h
F
1,000
1,6 10
-8
2,7 10
-8
1,000
1,1 10
-8
M
1,000
9,8 10
-8
1,1 10
-7
Francium
Fr-222
0,240 h
F
1,000
1,4 10
-8
2,1 10
-8
1,000
7,1 10
-10
Fr-223
0,363 h
F
1,000
9,1 10
-10
1,3 10
-9
1,000
2,3 10
-9
Radium
Ra-223
11,4 d
M
0,200
6,9 10
-6
5,7 10
-6
0,200
1,0 10
-7
Ra-224
3,66 d
M
0,200
2,9 10
-6
2,4 10
-6
0,200
6,5 10
-8
Ra-225
14,8 d
M
0,200
5,8 10
-6
4,8 10
-6
0,200
9,5 10
-8
Ra-226
1,60 10
3
a
M
0,200
3,2 10
-6
2,2 10
-6
0,200
2,8 10
-7
Ra-227
0,703 h
M
0,200
2,8 10
-10
2,1 10
-10
0,200
8,4 10
-11
Ra-228
5,75 a
M
0,200
2,6 10
-6
1,7 10
-6
0,200
6,7 10
-7
Actinium
Ac-224
2,90 h
F
5,0 10
-4
1,1 10
-8
1,3 10
-8
5,0 10
-4
7,0 10
-10
M
5,0 10
-4
1,0 10
-7
8,9 10
-8
S
5,0 10
-4
1,2 10
-7
9,9 10
-8
Ac-225
10,0 d
F
5,0 10
-4
8,7 10
-7
1,0 10
-6
5,0 10
-4
2,4 10
-8
M
5,0 10
-4
6,9 10
-6
5,7 10
-6
S
5,0 10
-4
7,9 10
-6
6,5 10
-6
Ac-226
1,21 d
F
5,0 10
-4
9,5 10
-8
2,2 10
-7
5,0 10
-4
1,0 10
-8
M
5,0 10
-4
1,1 10
-6
9,2 10
-7
S
5,0 10
-4
1,2 10
-6
1,0 10
-6
Ac-227
21,8 a
F
5,0 10
-4
5,4 10
-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
S
5,0 10
-4
6,6 10
-5
4,7 10
-5
Ac-228
6,13 h
F
5,0 10
-4
2,5 10
-8
2,9 10
-8
5,0 10
-4
4,3 10
-10
M
5,0 10
-4
1,6 10
-8
1,2 10
-8
S
5,0 10
-4
1,4 10
-8
1,2 10
-8
Thorium
Th-226
0,515 h
M
5,0 10
-4
5,5 10
-8
7,4 10
-8
5,0 10
-4
3,5 10
-10
S
2,0 10
-4
5,9 10
-8
7,8 10
-8
2,0 10
-4
3,6 10
-10
Th-227
18,7 d
M
5,0 10
-4
7,8 10
-6
6,2 10
-6
5,0 10
-4
8,9 10
-9
S
2,0 10
-4
9,6 10
-6
7,6 10
-6
2,0 10
-4
8,4 10
-9
Th-228
1,91 a
M
5,0 10
-4
3,1 10
-5
2,3 10
-5
5,0 10
-4
7,0 10
-8
S
2,0 10
-4
3,9 10
-5
3,2 10
-5
2,0 10
-4
3,5 10
-8
Th-229
7,34 10
3
a
M
5,0 10
-4
9,9 10
-5
6,9 10
-5
5,0 10
-4
4,8 10
-7
S
2,0 10
-4
6,5 10
-5
4,8 10
-5
2,0 10
-4
2,0 10
-7
Th-230
7,70 10
4
a
M
5,0 10
-4
4,0 10
-5
2,8 10
-5
5,0 10
-4
2,1 10
-7
S
2,0 10
-4
1,3 10
-5
7,2 10
-6
2,0 10
-4
8,7 10
-8
Th-231
1,06 d
M
5,0 10
-4
2,9 10
-10
3,7 10
-10
5,0 10
-4
3,4 10
-10
S
2,0 10
-4
3,2 10
-10
4,0 10
-10
2,0 10
-4
3,4 10
-10
Th-232
1,40 10
10
a
M
5,0 10
-4
4,2 10
-5
2,9 10
-5
5,0 10
-4
2,2 10
-7
S
2,0 10
-4
2,3 10
-5
1,2 10
-5
2,0 10
-4
9,2 10
-8
Th-234
24,1 d
M
5,0 10
-4
6,3 10
-9
5,3 10
-9
5,0 10
-4
3,4 10
-9
S
2,0 10
-4
7,3 10
-9
5,8 10
-9
2,0 10
-4
3,4 10
-9
Protactinium
Pa-227
0,638 h
M
5,0 10
-4
7,0 10
-8
9,0 10
-8
5,0 10
-4
4,5 10
-10
S
5,0 10
-4
7,6 10
-8
9,7 10
-8
Pa-228
22,0 h
M
5,0 10
-4
5,9 10
-8
4,6 10
-8
5,0 10
-4
7,8 10
-10
S
5,0 10
-4
6,9 10
-8
5,1 10
-8
Pa-230
17,4 h
M
5,0 10
-4
5,6 10
-7
4,6 10
-7
5,0 10
-4
9,2 10
-10
S
5,0 10
-4
7,1 10
-7
5,7 10
-7
Pa-231
3,27 10
4
a
M
5,0 10
-4
1,3 10
-4
8,9 10
-5
5,0 10
-4
7,1 10
-7
S
5,0 10
-4
3,2 10
-5
1,7 10
-5
Pa-232
1,31 d
M
5,0 10
-4
9,5 10
-9
6,8 10
-9
5,0 10
-4
7,2 10
-10
S
5,0 10
-4
3,2 10
-9
2,0 10
-9
Pa-233
27,0 d
M
5,0 10
-4
3,1 10
-9
2,8 10
-9
5,0 10
-4
8,7 10
-10
S
5,0 10
-4
3,7 10
-9
3,2 10
-9
Pa-234
6,70 h
M
5,0 10
-4
3,8 10
-10
5,5 10
-10
5,0 10
-4
5,1 10
-10
S
5,0 10
-4
4,0 10
-10
5,8 10
-10
Uranium
U-230
20,8 d
F
0,020
3,6 10
-7
4,2 10
-7
0,020
5,5 10
-8
M
0,020
1,2 10
-5
1,0 10
-5
0,002
2,8 10
-8
S
0,002
1,5 10
-5
1,2 10
-5
U-231
4,20 d
F
0,020
8,3 10
-11
1,4 10
-10
0,020
2,8 10
-10
M
0,020
3,4 10
-10
3,7 10
-10
0,002
2,8 10
-10
S
0,002
3,7 10
-10
4,0 10
-10
U-232
72,0 a
F
0,020
4,0 10
-6
4,7 10
-6
0,020
3,3 10
-7
M
0,020
7,2 10
-6
4,8 10
-6
0,002
3,7 10
-8
S
0,002
3,5 10
-5
2,6 10
-5
U-233
1,58 10
5
a
F
0,020
5,7 10
-7
6,6 10
-7
0,020
5,0 10
-8
M
0,020
3,2 10
-6
2,2 10
-6
0,002
8,5 10
-9
S
0,002
8,7 10
-6
6,9 10
-6
U-234
2,44 10
5
a
F
0,020
5,5 10
-7
6,4 10
-7
0,020
4,9 10
-8
M
0,020
3,1 10
-6
2,1 10
-6
0,002
8,3 10
-9
S
0,002
8,5 10
-6
6,8 10
-6
U-235
7,04 10
8
a
F
0,020
5,1 10
-7
6,0 10
-7
0,020
4,6 10
-8
M
0,020
2,8 10
-6
1,8 10
-6
0,002
8,3 10
-9
S
0,002
7,7 10
-6
6,1 10
-6
U-236
2,34 10
7
a
F
0,020
5,2 10
-7
6,1 10
-7
0,020
4,6 10
-8
M
0,020
2,9 10
-6
1,9 10
-6
0,002
7,9 10
-9
S
0,002
7,9 10
-6
6,3 10
-6
U-237
6,75 d
F
0,020
1,9 10
-10
3,3 10
-10
0,020
7,6 10
-10
M
0,020
1,6 10
-9
1,5 10
-9
0,002
7,7 10
-10
S
0,002
1,8 10
-9
1,7 10
-9
U-238
4,47 10
9
a
F
0,020
4,9 10
-7
5,8 10
-7
0,020
4,4 10
-8
M
0,020
2,6 10
-6
1,6 10
-6
0,002
7,6 10
-9
S
0,002
7,3 10
-6
5,7 10
-6
U-239
0,392 h
F
0,020
1,1 10
-11
1,8 10
-11
0,020
2,7 10
-11
M
0,020
2,3 10
-11
3,3 10
-11
0,002
2,8 10
-11
S
0,002
2,4 10
-11
3,5 10
-11
U-240
14,1 h
F
0,020
2,1 10
-10
3,7 10
-10
0,020
1,1 10
-9
M
0,020
5,3 10
-10
7,9 10
-10
0,002
1,1 10
-9
S
0,002
5,7 10
-10
8,4 10
-10
Neptunium
Np-232
0,245 h
M
5,0 10
-4
4,7 10
-11
3,5 10
-11
5,0 10
-4
9,7 10
-12
Np-233
0,603 h
M
5,0 10
-4
1,7 10
-12
3,0 10
-12
5,0 10
-4
2,2 10
-12
Np-234
4,40 d
M
5,0 10
-4
5,4 10
-10
7,3 10
-10
5,0 10
-4
8,1 10
-10
Np-235
1,08 a
M
5,0 10
-4
4,0 10
-10
2,7 10
-10
5,0 10
-4
5,3 10
-11
Np-236
1,15 10
5
a
M
5,0 10
-4
3,0 10
-6
2,0 10
-6
5,0 10
-4
1,7 10
-8
Np-236
22,5 h
M
5,0 10
-4
5,0 10
-9
3,6 10
-9
5,0 10
-4
1,9 10
-10
Np-237
2,14 10
6
a
M
5,0 10
-4
2,1 10
-5
1,5 10
-5
5,0 10
-4
1,1 10
-7
Np-238
2,12 d
M
5,0 10
-4
2,0 10
-9
1,7 10
-9
5,0 10
-4
9,1 10
-10
Np-239
2,36 d
M
5,0 10
-4
9,0 10
-10
1,1 10
-9
5,0 10
-4
8,0 10
-10
Np-240
1,08 h
M
5,0 10
-4
8,7 10
-11
1,3 10
-10
5,0 10
-4
8,2 10
-11
Plutonium
Pu-234
8,80 h
M
5,0 10
-4
1,9 10
-8
1,6 10
-8
5,0 10
-4
1,6 10
-10
S
1,0 10
-5
2,2 10
-8
1,8 10
-8
1,0 10
-5
1,5 10
-10
1,0 10
-4
1,6 10
-10
Pu-235
0,422 h
M
5,0 10
-4
1,5 10
-12
2,5 10
-12
5,0 10
-4
2,1 10
-12
S
1,0 10
-5
1,6 10
-12
2,6 10
-12
1,0 10
-5
2,1 10
-12
1,0 10
-4
2,1 10
-12
Pu-236
2,85 a
M
5,0 10
-4
1,8 10
-5
1,3 10
-5
5,0 10
-4
8,6 10
-8
S
1,0 10
-5
9,6 10
-6
7,4 10
-6
1,0 10
-5
6,3 10
-9
1,0 10
-4
2,1 10
-8
Pu-237
45,3 d
M
5,0 10
-4
3,3 10
-10
2,9 10
-10
5,0 10
-4
1,0 10
-10
S
1,0 10
-5
3,6 10
-10
3,0 10
-10
1,0 10
-5
1,0 10
-10
1,0 10
-4
1,0 10
-10
Pu-238
87,7 a
M
5,0 10
-4
4,3 10
-5
3,0 10
-5
5,0 10
-4
2,3 10
-7
S
1,0 10
-5
1,5 10
-5
1,1 10
-5
1,0 10
-5
1,0 10
-9
1,0 10
-4
4,9 10
-8
Pu-239
2,41 10
4
a
M
5,0 10
-4
4,7 10
-5
3,2 10
-5
5,0 10
-4
2,5 10
-7
S
1,0 10
-5
1,5 10
-5
8,3 10
-6
1,0 10
-5
9,0 10
-9
1,0 10
-4
5,3 10
-8
Pu-240
6,54 10
3
a
M
5,0 10
-4
4,7 10
-5
3,2 10
-5
5,0 10
-4
2,5 10
-7
S
1,0 10
-5
1,5 10
-5
8,3 10
-6
1,0 10
-5
9,0 10
-9
1,0 10
-4
5,3 10
-8
Pu-241
14,4 a
M
5,0 10
-4
8,5 10
-7
5,8 10
-7
5,0 10
-4
4,7 10
-9
S
1,0 10
-5
1,6 10
-7
8,4 10
-8
1,0 10
-5
1,1 10
-10
1,0 10
-4
9,6 10
-10
Pu-242
3,76 10
5
a
M
5,0 10
-4
4,4 10
-5
3,1 10
-5
5,0 10
-4
2,4 10
-7
S
1,0 10
-5
1,4 10
-5
7,7 10
-6
1,0 10
-5
8,6 10
-9
1,0 10
-4
5,0 10
-8
Pu-243
4,95 h
M
5,0 10
-4
8,2 10
-11
1,1 10
-10
1,0 10
-4
8,5 10
-11
S
1,0 10
-5
8,5 10
-11
1,1 10
-10
1,0 10
-5
8,5 10
-11
1,0 10
-4
8,5 10
-11
Pu-244
8,26 10
7
a
M
5,0 10
-4
4,4 10
-5
3,0 10
-5
5,0 10
-4
2,4 10
-7
S
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
10,5 h
M
5,0 10
-4
4,5 10
-10
6,1 10
-10
5,0 10
-4
7,2 10
-10
S
1,0 10
-5
4,8 10
-10
6,5 10
-10
1,0 10
-5
7,2 10
-10
1,0 10
-4
7,2 10
-10
Pu-246
10,9 d
M
5,0 10
-4
7,0 10
-9
6,5 10
-9
5,0 10
-4
3,3 10
-9
S
1,0 10
-5
7,6 10
-9
7,0 10
-9
1,0 10
-5
3,3 10
-9
1,0 10
-4
3,3 10
-9
Americium
Am-237
1,22 h
M
5,0 10
-4
2,5 10
-11
3,6 10
-11
5,0 10
-4
1,8 10
-11
Am-238
1,63 h
M
5,0 10
-4
8,5 10
-11
6,6 10
-11
5,0 10
-4
3,2 10
-11
Am-239
11,9 h
M
5,0 10
-4
2,2 10
-10
2,9 10
-10
5,0 10
-4
2,4 10
-10
Am-240
2,12 d
M
5,0 10
-4
4,4 10
-10
5,9 10
-10
5,0 10
-4
5,8 10
-10
Am-241
4,32 10
2
a
M
5,0 10
-4
3,9 10
-5
2,7 10
-5
5,0 10
-4
2,0 10
-7
Am-242
16,0 h
M
5,0 10
-4
1,6 10
-8
1,2 10
-8
5,0 10
-4
3,0 10
-10
Am-242m
1,52 10
2
a
M
5,0 10
-4
3,5 10
-5
2,4 10
-5
5,0 10
-4
1,9 10
-7
Am-243
7,38 10
3
a
M
5,0 10
-4
3,9 10
-5
2,7 10
-5
5,0 10
-4
2,0 10
-7
Am-244
10,1 h
M
5,0 10
-4
1,9 10
-9
1,5 10
-9
5,0 10
-4
4,6 10
-10
Am-244m
0,433 h
M
5,0 10
-4
7,9 10
-11
6,2 10
-11
5,0 10
-4
2,9 10
-11
Am-245
2,05 h
M
5,0 10
-4
5,3 10
-11
7,6 10
-11
5,0 10
-4
6,2 10
-11
Am-246
0,650 h
M
5,0 10
-4
6,8 10
-11
1,1 10
-10
5,0 10
-4
5,8 10
-11
Am-246m
0,417 h
M
5,0 10
-4
2,3 10
-11
3,8 10
-11
5,0 10
-4
3,4 10
-11
Curium
Cm-238
2,40 h
M
5,0 10
-4
4,1 10
-9
4,8 10
-9
5,0 10
-4
8,0 10
-11
Cm-240
27,0 d
M
5,0 10
-4
2,9 10
-8
2,3 10
-9
5,0 10
-4
7,6 10
-4
Cm-241
32,8 d
M
5,0 10
-4
3,4 10
-8
2,6 10
-8
5,0 10
-4
9,1 10
-10
Cm-242
163 d
M
5,0 10
-4
4,8 10
-6
3,7 10
-6
5,0 10
-4
1,2 10
-8
Cm-243
28,5 a
M
5,0 10
-4
2,9 10
-5
2,0 10
-3
5,0 10
-4
1,5 10
-7
Cm-244
18,1 a
M
5,0 10
-4
2,5 10
-5
1,7 10
-5
5,0 10
-4
1,2 10
-7
Cm-245
8,50 10
3
a
M
5,0 10
-4
4,0 10
-5
2,7 10
-5
5,0 10
-4
2,1 10
-7
Cm-246
4,73 10
3
a
M
5,0 10
-4
4,0 10
-5
2,7 10
-5
5,0 10
-4
2,1 10
-7
Cm-247
1,56 10
[illegible]
a
M
5,0 10
-4
3,6 10
-5
2,5 10
-5
5,0 10
-4
1,9 10
-7
Cm-248
3,39 10
3
a
M
5,0 10
-4
1,4 10
-4
9,5 10
-5
5,0 10
-4
7,7 10
-7
Cm-249
1,07h
M
5,0 10
-4
3,2 10
-11
5,1 10
-11
5,0 10
-4
3,1 10
-11
Cm-250
6,90 10
3
a
M
5,0 10
-4
7,9 10
-4
5,4 10
-4
5,0 10
-4
4,4 10
-6
Berkelium
Bk-245
4,94d
M
5,0 10
-4
2,0 10
-9
1,8 10
-9
5,0 10
-4
5,7 10
-10
Bk-246
1,83 d
M
5,0 10
-4
3,4 10
-10
4,6 10
-10
5,0 10
-4
4,8 10
-10
Bk-247
1,38 10
3
a
M
5,0 10
-4
6,5 10
-5
4,5 10
-5
5,0 10
-4
3,5 10
-7
Bk-249
320 d
M
5,0 10
-4
1,5 10
-7
1,0 10
-7
5,0 10
-4
9,7 10
-10
Bk-250
3,22 h
M
5,0 10
-4
9,6 10
-10
7,1 10
-10
5,0 10
-4
1,4 10
-10
Californium
Cf-244
0,323 h
M
5,0 10
-4
1,3 10
-8
1,8 10
-8
5,0 10
-4
7,0 10
-11
Cf-246
1,49 d
M
5,0 10
-4
4,2 10
-7
3,5 10
-7
5,0 10
-4
3,3 10
-9
Cf-248
334 d
M
5,0 10
-4
8,2 10
-6
6,1 10
-9
5,0 10
-4
2,8 10
-8
Cf-249
3,50 10
2
a
M
5,0 10
-4
6,6 10
-5
4,5 10
-5
5,0 10
-4
3,5 10
-7
Cf-250
13,1 a
M
5,0 10
-4
3,2 10
-5
2,2 10
-5
5,0 10
-4
1,6 10
-7
Cf-251
8,98 10
2
a
M
5,0 10
-4
6,7 10
-5
4,6 10
-5
5,0 10
-4
3,6 10
-7
Cf-252
2,64 a
M
5,0 10
-4
1,8 10
-5
1,3 10
-5
5,0 10
-4
9,0 10
-8
Cf-253
17,8 d
M
5,0 10
-4
1,2 10
-6
1,0 10
-6
5,0 10
-4
1,4 10
-9
Cf-254
60,5 d
M
5,0 10
-4
3,7 10
-5
2,2 10
-5
5,0 10
-4
4,0 10
-7
Einsteinium
Es-250
2,10 h
M
5,0 10
-4
5,9 10
-10
4,2 10
-10
5,0 10
-4
2,1 10
-11
Es-251
1,38 d
M
5,0 10
-4
2,0 10
-9
1,7 10
-9
5,0 10
-4
1,7 10
-10
Es-253
20,5 d
M
5,0 10
-4
2,5 10
-6
2,1 10
-6
5,0 10
-4
6,1 10
-9
Es-254
276 d
M
5,0 10
-4
8,0 10
-6
6,0 10
-6
5,0 10
-4
2,8 10
-8
Es-254m
1,64 d
M
5,0 10
-4
4,4 10
-7
3,7 10
-7
5,0 10
-4
4,2 10
-9
Fermium
Fm-252
22,7 h
M
5,0 10
-4
3,0 10
-7
2,6 10
-7
5,0 10
-4
2,7 10
-9
Fm-253
3,00 d
M
5,0 10
-4
3,7 10
-7
3,0 10
-7
5,0 10
-4
9,1 10
-10
Fm-254
3,24 h
M
5,0 10
-4
5,6 10
-8
7,7 10
-8
5,0 10
-4
4,4 10
-10
Fm-255
20,1 h
M
5,0 10
-4
2,5 10
-7
2,6 10
-7
5,0 10
-4
2,5 10
-9
Fm-257
101 d
M
5,0 10
-4
6,6 10
-6
5,2 10
-9
5,0 10
-4
1,5 10
-8
Mendelevium
Md-257
5,20 h
M
5,0 10
-4
2,3 10
-8
2,0 10
-8
5,0 10
-4
1,2 10
-10
Md-258
55.0 d
M
5,0 10
-4
5,5 10
-6
4,4 10
-9
5,0 10
-4
1,3 10
-8
TABLE (C.2)
Effective does coefficients for soluble or reactive gases
Nuclide/chemical form
t
1/2
h(g) (Sv Bq
-1
)
Tritium gas
12,3 a
1,8 10
-15
Tritiated water
12,3 a
1,8 10
-11
Organically bound tritium
12,3 a
4,1 10
-11
Carbon-11 vapour
0,34 h
3,2 10
-12
Carbon-11 dioxide
0,34 h
2,2 10
-12
Carbon-11 monoxide
0,34 h
1,2 10
-12
Carbon-14 vapour
5,73 10
3
a
5,8 10
-10
Carbon-14 dioxide
5,73 10
3
a
6,5 10
-12
Carbon-14 monoxide
5,73 10
3
a
8,0 10
-13
Sulphur-35 vapour
87,4 d
1,2 10
-10
Nickel-56 carbonyl
6,10 d
1,2 10
-9
Nickel-57 carbonyl
1,50 d
5,6 10
-10
Nickel-59 carbonyl
7,50 10
4
a
8,3 10
-10
Nickel-63 carbonyl
96,0 a
2,0 10
-9
Nickel-65 carbonyl
2,52 h
3,6 10
-10
Nickel-66 carbonyl
2,27 d
1,6 10
-9
Iodine-120 vapour
1,35 h
3,0 10
-10
Iodine-120m vapour
0,88 h
1,8 10
-10
Iodine-121 vapour
2,12 h
8,6 10
-11
Iodine-123 vapour
13,2 h
2,1 10
-10
Iodine-124 vapour
4,18 d
1,2 10
-8
Iodine-125 vapour
60,1 d
1,4 10
-8
Iodine-126 vapour
13,0 d
2,6 10
-8
Iodine-128 vapour
0,42 h
6,5 10
-11
Iodine-129 vapour
1,57 10
7
a
9,6 10
-8
Iodine-130 vapour
12,4 h
1,9 10
-9
Iodine-131 vapour
8,04 d
2,0 10
-8
Iodine-132 vapour
2,30 h
3,1 10
-10
Iodine-132m vapour
1,39 h
2,7 10
-10
Iodine-133 vapour
20,8 h
4,0 10
-9
Iodine-134 vapour
0,88 h
1,5 10
-10
Iodine-135 vapour
6,61 h
9,2 10
-10
Mercury-193 vapour
3,50 h
1,1 10
-9
Mercury-193m vapour
11,1 h
3,1 10
-9
Mercury-194 vapour
2,60 10
2
a
4,0 10
-8
Mercury-195 vapour
9,90 h
1,4 10
-9
Mercury-195m vapour
1,73 d
8,2 10
-9
Mercury-197 vapour
2,67 d
4,4 10
-9
Mercury-197m vapour
23,8 h
5,8 10
-9
Mercury-199m vapour
0,71 h
1,8 10
-10
Mercury-203 vapour
46,60 d
7,0 10
-9
TABLE (D)
Compounds and f
1
values used for the calculation of ingestion dose coefficients
Element
f
1
Compounds
Hydrogen
1,000
Ingestion of tritiated water
1,000
Organically bound tritium
Beryllium
0,005
All compounds
Carbon
1,000
Labelled organic compounds
Fluorine
1,000
All compounds
Sodium
1,000
All compounds
Magnesium
0,500
All compounds
Aluminium
0,010
All compounds
Silicon
0,010
All compounds
Phosphorus
0,800
All compounds
Sulphur
0,800
Inorganic compounds
0,100
Elemental sulphur
1,000
Organic sulphur
Chlorine
1,000
All compounds
Potassium
1,000
All compounds
Calcium
0,300
All compounds
Scandium
1,0 10
-4
All compounds
Titanium
0,010
All compounds
Vanadium
0,010
All compounds
Chromium
0,100
Hexavalent compounds
0,010
Trivalent compounds
Manganese
0,100
All compounds
Iron
0,100
All compounds
Cobalt
0,100
Unspecified compounds
0,050
Oxides, hydroxides and inorganic compounds
Nickel
0,050
All compounds
Copper
0,500
All compounds
Zinc
0,500
All compounds
Gallium
0,001
All compounds
Germanium
1,000
All compounds
Arsenic
0,500
All compounds
Selenium
0,800
Unspecified compounds
0,050
Elemental selenium and selenides
Bromine
1,000
All compounds
Rubidium
1,000
All compounds
Strontium
0,300
Unspecified compounds
0,010
Strontium titanate (Strontium titanate (SrTiO
3
)
Yttrium
1,0 10
-4
All compounds
Zirconium
0,002
All compounds
Niobium
0,010
All compounds
Molybdenum
0,800
Unspecified compounds
0,050
Molybdenum sulphide
Technetium
0,800
All compounds
Ruthenium
0,050
All compounds
Rhodium
0,050
All compounds
Palladium
0,005
All compounds
Silver
0,050
All compounds
Cadmium
0,050
All inorganic compounds
Indium
0,020
All compounds
Tin
0,020
All compounds
Antimony
0,100
All compounds
Tellurium
0,300
All compounds
Iodine
1,000
All compounds
Caesium
1,000
All compounds
Barium
0,100
All compounds
Lanthanum
5,0 10
-4
All compounds
Cerium
5,0 10
-4
All compounds
Praseodymium
5,0 10
-4
All compounds
Neodymium
5,0 10
-4
All compounds
Promethium
5,0 10
-4
All compounds
Samarium
5,0 10
-4
All compounds
Europium
5,0 10
-4
All compounds
Gadolinium
5,0 10
-4
All compounds
Terbium
5,0 10
-4
All compounds
Dysprosium
5,0 10
-4
All compounds
Holmium
5,0 10
-4
All compounds
Erbium
5,0 10
-4
All compounds
Thulium
5,0 10
-4
All compounds
Ytterbium
5,0 10
-4
All compounds
Lutetium
5,0 10
-4
All compounds
Hafnium
0,002
All compounds
Tantalum
0,001
All compounds
Tungsten
0,300
Unspecified compounds
0,010
Tungstic acid
Rhenium
0,800
All compounds
Osmium
0,010
All compounds
Iridium
0,010
All compounds
Platinum
0,010
All compounds
Gold
0,100
All compounds
Mercury
0,020
All inorganic compounds
Mercury
1,000
Methyl mercury
0,400
Unspecified organic compounds
Thallium
1,000
All compounds
Lead
0,200
All compounds
Bismuth
0,050
All compounds
Polonium
0,100
All compounds
Astatine
1,000
All compounds
Francium
1,000
All compounds
Radium
0,200
All compounds
Actinium
5,0 10
-4
All compounds
Thorium
5,0 10
-4
Unspecified compounds
2,0 10
-4
Oxides and hydroxides
Protactinium
5,0 10
-4
All compounds
Uranium
0,020
Unspecified compounds
0,002
Most tetravalent compounds, e.g., UO
2
, U
3
O
8
,UF
4
Neptunium
5,0 10
-4
All compounds
Plutonium
5,0 10
-4
Unspecified compounds
1,0 10
-4
Nitrates
1,0 10
-4
Insoluble oxides
Americium
5,0 10
-4
All compounds
Curium
5,0 10
-4
All compounds
Berkelium
5,0 10
-4
All compounds
Californium
5,0 10
-4
All compounds
Einsteinium
5,0 10
-4
All compounds
Fermium
5,0 10
-4
All compounds
Mendelevium
5,0 10
-4
All compounds
TABLE (E)
Compounds, lung absorption types and f
1
values used for the calculation of inhalation dose coefficients
Element
Absorption type (s)
f
1
Compounds
Beryllium
M
0,005
Unspecified compounds
S
0,005
Oxides, halides and nitrates
Fluorine
F
1,000
Determined by combining cation
M
1,000
Determined by combining cation
S
1,000
Determined by combining cation
Sodium
F
1,000
All compounds
Magnesium
F
0,500
Unspecified compounds
M
0,500
Oxides, hydroxides, carbides, halides and nitrates
Aluminium
F
0,010
Unspecified compounds
M
0,010
Oxides, hydroxides, carbides, halides, nitrates and metallic aluminium
Silicon
F
0,010
Unspecified compounds
M
0,010
Oxides, hydroxides, carbides and nitrates
S
0,010
Aluminosilicate glass aerosol
Phosphorus
F
0,800
Unspecified compounds
M
0,800
Some phosphates: determined by combining cation
Sulphur
F
0,800
Sulphides and sulphates: determined by combining cation
M
0,800
Elemental sulphur. Sulphides and sulphates: determined by combining cation
Chlorine
F
1,000
Determined by combining cation
M
1,000
Determined by combining cation
Potassium
F
1,000
All compounds
Calcium
M
0,300
All compounds
Scandium
S
1,0 10
-4
All compounds
Titanium
F
0,010
Unspecified compounds
M
0,010
Oxides, hydroxides, carbides, halides and nitrates
S
0,010
Strontium titanate (SrTiO
3
)
Vanadium
F
0,010
Unspecified compounds
M
0,010
Oxides, hydroxides, carbides and halides
Chromium
F
0,100
Unspecified compounds
M
0,100
Halides and nitrates
S
0,100
Oxides and hydroxides
Manganese
F
0,100
Unspecified compounds
M
0,100
Oxides, hydroxides, halides and nitrates
Iron
F
0,100
Unspecified compounds
M
0,100
Oxides, hydroxides and halides
Cobalt
M
0,100
Unspecified compounds
S
0,050
Oxides, hydroxides, halides and nitrates
Nickel
F
0,050
Unspecified compounds
M
0,050
Oxides, hydroxides and carbides
Copper
F
0,500
Unspecified inorganic compounds
M
0,500
Sulphides, halides and nitrates
S
0,500
Oxides and hydroxides
Zinc
S
0,500
All compounds
Gallium
F
0,001
Unspecified compounds
M
0,001
Oxides, hydroxides, carbides, halides and nitrates
Germanium
F
1,000
Unspecified compounds
M
1,000
Oxides, sulphides and halides
Arsenic
M
0,500
All compounds
Selenium
F
0,800
Unspecified inorganic compounds
M
0,800
Elemental selenium, oxides, hydroxides and carbides
Bromine
F
1,000
Determined by combining cation
M
1,000
Determined by combining cation
Rubidium
F
1,000
All compounds
Strontium
F
0,800
Unspecified compounds
S
0,010
Strontium titanate (SrTiO
3
)
Yttrium
M
1,0 10
-4
Unspecified compounds
S
1,0 10
-4
Oxides and hydroxides
Zirconium
F
0,002
Unspecified compounds
M
0,002
Oxides, hydroxides, halides and nitrates
S
0,002
Zirconium carbide
Niobium
M
0,010
Unspecified compounds
S
0,010
Oxides and hydroxides
Molybdenum
F
0,800
Unspecified compounds
S
0,050
Molybdenum sulphide, oxides and hydroxides
Technetium
F
0,800
Unspecified compounds
M
0,800
Oxides, hydroxides, halides and nitrates
Ruthenium
F
0,050
Unspecified compounds
M
0,050
Halides
S
0,050
Oxides and hydroxides
Rhodium
F
0,050
Unspecified compounds
M
0,050
Halides
S
0,050
Oxides and hydroxides
Palladium
F
0,005
Unspecified compounds
M
0,005
Nitrates and halides
S
0,005
Oxides and hydroxides
Silver
F
0,050
Unspecified compounds and metallic silver
M
0,050
Nitrates and sulphides
S
0,050
Oxides and hydroxides, carbides
Cadmium
F
0,050
Unspecified compounds
M
0,050
Sulphides, halides and nitrates
S
0,050
Oxides and hydroxides
Indium
F
0,020
Unspecified compounds
M
0,020
Oxides, hydroxides, halides and nitrates
Tin
F
0,020
Unspecified compounds
M
0,020
Stannic phosphate, sulphides, oxides, hydroxides, halides and nitrates
Antimony
F
0,100
Unspecified compounds
M
0,010
Oxides, hydroxides, halides, sulphides, sulphates and nitrates
Tellurium
F
0,300
Unspecified compounds
M
0,300
Oxides, hydroxides and nitrates
Iodine
F
1,000
All compounds
Caesium
F
1,000
All compounds
Barium
F
0,100
All compounds
Lanthanum
F
5,0 10
-4
Unspecified compounds
M
5,0 10
-4
Oxides and hydroxides
Cerium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides and fluorides
Praseodymium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides, carbides and fluorides
Neodymium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides, carbides and fluorides
Promethium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides, carbides and fluorides
Samarium
M
5,0 10
-4
All compounds
Europium
M
5,0 10
-4
All compounds
Gadolinium
F
5,0 10
-4
Unspecified compounds
M
5,0 10
-4
Oxides, hydroxides and fluorides
Terbium
M
5,0 10
-4
All compounds
Dysprosium
M
5,0 10
-4
All compounds
Holmium
M
5,0 10
-4
Unspecified compounds
Erbium
M
5,0 10
-4
All compounds
Thulium
M
5,0 10
-4
All compounds
Ytterbium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides and fluorides
Lutetium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides, hydroxides and fluorides
Hafnium
F
0,002
Unspecified compounds
M
0,002
Oxides, hydroxides, halides, carbides and nitrates
Tantalum
M
0,001
Unspecified compounds
S
0,001
Elemental tantalum, oxides, hydroxides, halides, carbides, nitrates and nitrides
Tungsten
F
0,300
All compounds
Rhenium
F
0,800
Unspecified compounds
M
0,800
Oxides, hydroxides, halides and nitrates
Osmium
F
0,010
Unspecified compounds
M
0,010
Halides and nitrates
S
0,010
Oxides and hydroxides
Iridium
F
0,010
Unspecified compounds
M
0,010
Metallic iridium, halides and nitrates
S
0,010
Oxides and hydroxides
Platinum
F
0,010
All compounds
Gold
F
0,100
Unspecified compounds
M
0,100
Halides and nitrates
S
0,100
Oxides and hydroxides
Mercury
F
0,020
Sulphates
M
0,020
Oxides, hydroxides, halides, nitrates and sulphides
Mercury
F
0,400
All organic compounds
Thallium
F
1,000
All compounds
Lead
F
0,200
All compounds
Bismuth
F
0,050
Bismuth nitrate
M
0,050
Unspecified compounds
Polonium
F
0,100
Unspecified compounds
M
0,100
Oxides, hydroxides and nitrates
Astatine
F
1,000
Determined by combining cation
M
1,000
Determined by combining cation
Francium
F
1,000
All compounds
Radium
M
0,200
All compounds
Actinium
F
5,0 10
-4
Unspecified compounds
M
5,0 10
-4
Halides and nitrates
S
5,0 10
-4
Oxides and hydroxides
Thorium
M
5,0 10
-4
Unspecified compounds
S
2,0 10
-4
Oxides and hydroxides
Protactinium
M
5,0 10
-4
Unspecified compounds
S
5,0 10
-4
Oxides and hydroxides
Uranium
F
0,020
Most hexavalent compounds, e.g., UF
[illegible]
, UO
2
F
2
and UO
2
(NO
3
)
2
M
0,020
Less soluble compounds, e.g., UO
3
, UF
4
, UCI
4
and most other hexavalent compounds
S
0,002
Highly insoluble compounds, e.g., UO
2
and U
3
O
3
Neptunium
M
5,0 10
-4
All compounds
Plutonium
M
5,0 10
-4
Unspecified compounds
S
1,0 10
-5
Insoluble oxides
Americium
M
5,0 10
-4
All compounds
Curium
M
5,0 10
-4
All compounds
Berkelium
M
5,0 10
-4
All compounds
Californium
M
5,0 10
-4
All compounds
Einsteinium
M
5,0 10
-4
All compounds
Fermium
M
5,0 10
-4
All compounds
Mendelevium
M
5,0 10
-4
All compounds
GIVEN under my hand,
___________________________2000.
JOE JACOB
Minister of State at the Department of Public Enterprise
1
O.J. No. 159, 29.6.1996. p. 1.
2
O.J. No. L349, 13.12.1990. p.21
(*)
The values have been developed from a reference population of equal numbers of both sexes and a wide range of ages. In the definition of effective dose they apply to workers, to the whole population and to either sex.
(**)
For the purposes of calculation, the remainder is composed of the following additional tissues and organs: adrenals, brain, upper large intestine, small intestine, kidney, muscle, pancreas, spleen, thymus and urerus. The list includes organs which are likely to be selectively irradiated. Some organs in the list are known to be susceptible to cancer induction. If other tissues and organs subsequently become identified as having a significant risk of induced cancer they will then be included either with a specific W
T
or in this additional list constituting the remainder. The latter may also include other tissues or organs selectively irradiated.
(***)
In those exceptional cases in which a single one of the remainder tissues or organs receives an equivalent dose in excess of the highest dose in any of the 12 organs for which a weighting factor is specified, a weighting factor of 0,025 should be applied to that tissue or organ and a weighting factor of 0,025 to the average dose in the rest of the remainder as defined above.
(*)
The values have been developed from a reference population of equal numbers of both sexes and a wide range of ages. In the definition of effective dose they apply to workers, to the whole population and to either sex.
denotes organically bound tritium.
(a)
The f
1
value for 1 to 15 year olds is 0,4.
(a)
The f
1
value for 1 to 15 year olds is 0.2.
(b)
The f
1
value for 1 to 15 year olds is 0.3.
(a)
The f
1
value for 1 to 15 year olds is 0,4.
(3)
The f
1
value for 1 to 15 year olds is 0,3.
(a)
The f
1
value for to 15 year olds is 0,4.
(b)
The f
1
value for 1 to 15 year olds is 0,3.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
(a)
The f
1
value for 1 to 15 years olds for Type F is 0,4.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
(a)
The f
1
value for 1 to 15 year olds for Type F is 0,2
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
The f
1
value for 1 to 15 year for Type F is 0,3.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
(a)
The f
1
value for 1 to 15 years olds for Type F is 0,4.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
(4)
The f
1
value for 1 to 15 year olds for Type F is 0.3.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
(a)
The f
1
value for 1 to 15 year olds for type F is 0,4.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
(a)
The f
1
value for 1 to 15 year olds for type F is 0,3.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
denotes organically bound tritium.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type F denotes fast absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type S denotes slow absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
Type M denotes moderate absorption from lung.
4. For radionuclides not listed in Table A, the competent authority shall assign appropriate values for the quantities and concentrations of activity per unit mass where the need arises. Values thus assigned shall be complementary to those in Table A.
5. The values laid down in Table A apply to the total inventory of radioactive substances held by a person or undertaking as part of a specific practice at any point in time.
6. Nuclides carrying the suffix ‘+’ or ‘sec’ in Table A represent parent nuclides in equilibrium with their correspondent daughter nuclides as listed in Table B. In this case the values given in Table A refer to the parent nuclide alone, but already take account of the daughter nuclide(s) present.
7. In all other cases of mixtures of more than one nuclide, the requirement for reporting may be waived if the sum of the ratios for each nuclide of the total amount present divided by the value listed in Table A is less than or equal to 1. This summation rule also applies to activity concentrations where the various nuclides concerned are contained in the same matrix.
TABLE A
Nuclide
Quantity
(Bq)
Concentration
(kBq/kg)
H-3
10
9
10
6
Be-7
10
7
10
3
C-14
10
7
10
4
O-15
10
9
10
2
F-18
10
6
10
Na-22
10
6
10
Na-24
10
5
10
Si-31
10
6
10
3
P-32
10
5
10
3
P-33
10
8
10
5
S-35
10
8
10
5
Cl-36
10
6
10
4
Cl-38
10
5
10
Ar-37
10
8
10
6
Ar-41
10
9
10
2
K-40
10
6
10
2
K-42
10
6
10
2
K-43
10
6
10
Ca-45
10
7
10
4
Ca-47
10
6
10
Sc-46
10
6
10
Sc-47
10
6
10
2
Sc-48
10
5
10
V-48
10
5
10
Cr-51
10
7
10
3
Mn-51
10
5
10
Mn-52
10
5
10
Mn-52m
10
5
10
Mn-53
10
9
10
4
Mn-54
10
6
10
Mn-56
10
5
10
Fe-52
10
6
10
Fe-55
10
6
10
4
Fe-59
10
6
10
Co-55
10
6
10
Co-56
10
5
10
Co-57
10
6
10
2
Co-58
10
6
10
Co-58m
10
7
10
4
Co-60
10
5
10
Co-60m
10
6
10
3
Co-61
10
6
10
2
Co-62m
10
5
10
Ni-59
10
8
10
4
Ni-63
10
8
10
5
Ni-65
10
6
10
Cu-64
10
6
10
2
Zn-65
10
6
10
Zn-69
10
6
10
4
Zn-69m
10
6
10
2
Ga-72
10
5
10
Ge-71
10
8
10
4
As-73
10
7
10
3
As-74
10
6
10
As-76
10
5
10
2
As-77
10
6
10
3
Se-75
10
6
10
2
Br-82
10
6
10
Kr-74
10
9
10
2
Kr-76
10
9
10
2
Kr-77
10
9
10
2
Kr-79
10
5
10
3
Kr-81
10
7
10
4
Kr-83m
10
12
10
5
Kr-85
10
4
10
5
Kr-85m
10
10
10
3
Kr-87
10
9
10
2
Kr-88
10
9
10
2
Rb-86
10
5
10
2
Sr-85
10
6
10
2
Sr-85m
10
7
10
2
Sr-87m
10
6
10
2
Sr-89
10
6
10
3
Sr-90+
10
4
10
2
Sr-91
10
5
10
Sr-92
10
6
10
Y-90
10
5
10
3
Y-91
10
6
10
3
Y-91m
10
6
10
2
Y-92
10
5
10
2
Y-93
10
5
10
2
Zr-93 +
10
7
10
3
Zr-95
10
6
10
Zr-97 +
10
5
10
Nb-93m
10
7
10
4
Nb-94
10
6
10
Nb-95
10
6
10
Nb-97
10
6
10
Nb-98
10
5
10
Mo-90
10
6
10
Mo-93
10
8
10
3
Mo-99
10
6
10
2
Mo-101
10
6
10
Tc-96
10
6
10
Tc-96m
10
7
10
3
Tc-97
10
8
10
3
Tc-97m
10
7
10
3
Tc-99
10
7
10
4
Tc-99m
10
7
10
2
Ru-97
10
7
10
2
Ru-103
10
6
10
2
Ru-105
10
6
10
Ru-106 +
10
5
10
2
Rh-103m
10
8
10
4
Rh-105
10
7
10
2
Pd-103
10
8
10
3
Pd-109
10
6
10
3
Ag-105
10
6
10
2
Ag-108m +
10
6
10
Ag-110m
10
6
10
Ag-111
10
6
10
3
Cd-109
10
6
10
4
Cd-115
10
6
10
2
Cd-115m
10
6
10
3
In-111
10
6
10
2
In-113m
10
6
10
2
In-114m
10
6
10
2
In-115m
10
6
10
2
Sn-113
10
7
10
3
Sn-125
10
5
10
2
Sb-122
10
4
10
2
Sb-124
10
6
10
Sb-125
10
6
10
2
Te-123m
10
7
10
2
Te-125m
10
7
10
3
Te-127
10
6
10
3
Te-127m
10
7
10
3
Te-129
10
6
10
2
Te-129m
10
6
10
3
Te-131
10
5
10
2
Te-131m
10
6
10
Te-132
10
7
10
2
Te-133
10
5
10
Te-133m
10
5
10
Te-134
10
6
10
I-123
10
7
10
2
I-125
10
6
10
3
I-126
10
6
10
2
I-129
10
5
10
2
I-130
10
6
10
I-131
10
6
10
2
I-132
10
5
10
I-133
10
6
10
I-134
10
5
10
I-135
10
6
10
Xe-131m
10
4
10
4
Xe-133
10
4
10
3
Xe-135
10
10
10
3
Cs-129
10
5
10
2
Cs-131
10
6
10
3
Cs-132
10
5
10
Cs-134m
10
5
10
3
Cs-134
10
4
10
Cs-135
10
7
10
4
Cs-136
10
5
10
Cs-137+
10
4
10
Cs-138
10
4
10
Ba-131
10
6
10
2
Ba-140 +
10
5
10
La-140
10
5
10
Ce-139
10
6
10
2
Ce-141
10
7
10
2
Ce-143
10
6
10
2
Ce-144 +
10
5
10
2
Pr-142
10
5
10
2
Pr-143
10
6
10
4
Nd-147
10
6
10
2
Nd-149
10
6
10
2
Pm-147
10
7
10
4
Pm-149
10
6
10
3
Sm-151
10
8
10
4
Sm-153
10
6
10
2
Eu-152
10
6
10
Eu-152m
10
6
10
2
Eu-154
10
6
10
Eu-155
10
7
10
2
Gd-153
10
7
10
2
Gd-159
10
6
10
3
Tb-160
10
6
10
Dy-165
10
6
10
2
Dy-166
10
6
10
3
Ho-166
10
5
10
3
Er-169
10
7
10
4
Er-171
10
6
10
2
Tm-170
10
6
10
3
Tm-171
10
8
10
4
Yb-175
10
7
10
3
Lu-177
10
7
10
8
Ta-182
10
4
10
W-181
10
7
10
3
W-185
10
7
10
4
W-187
10
6
10
2
Re-186
10
6
10
3
Re-188
10
5
10
2
Os-185
10
6
10
Os-191
10
7
10
2
Os-191m
10
7
10
3
Os-193
10
6
10
2
Ir-190
10
6
10
Ir-192
10
4
10
Ir-194
10
5
10
2
Pt-191
10
6
10
2
Pt-193m
10
7
10
3
Pt-197
10
6
10
3
Pt-197m
10
6
10
2
Au-198
10
6
10
2
Au-199
10
6
10
2
Hg-197
10
7
10
2
Hg-197m
10
6
10
2
Hg-203
10
5
10
2
Tl-200
10
6
10
Tl-201
10
6
10
2
Tl-202
10
6
10
2
Tl-204
10
4
10
4
Pb-203
10
6
10
2
Pb-210 +
10
4
10
Pb-212 +
10
5
10
Bi-206
10
5
10
Bi-207
10
6
10
Bi-210
10
6
10
3
Bi-212 +
10
5
10
Po-203
10
6
10
Po-205
10
6
10
Po-207
10
6
10
Po-210
10
4
10
At-211
10
7
10
3
Rn-220 +
10
7
10
4
Rn-222 +
10
8
10
Ra-223 +
10
5
10
2
Ra-224 +
10
5
10
Ra-225
10
5
10
2
Ra-226 +
10
4
10
Ra-227
10
6
10
2
Ra-228 +
10
5
10
Ac-228
10
6
10
Th-226 +
10
7
10
3
Th-227
10
4
10
Th-228 +
10
4
1
Th-229 +
10
3
1
Th-230
10
4
1
Th-231
10
7
10
3
Th-232sec
10
3
1
Th-234 +
10
5
10
3
Pa-230
10
6
10
Pa-231
10
3
1
Pa-233
10
7
10
2
U-230 +
10
5
10
U-231
10
7
10
2
U-232 +
10
3
1
U-233
10
4
10
U-234
10
4
10
U-235 +
10
4
10
U-236
10
4
10
U-237
10
6
10
2
U-238 +
10
4
10
U-238sec
10
3
1
U-239
10
6
10
2
U-240
10
7
10
3
U-240 +
10
6
10
Np-237 +
10
3
1
Np-239
10
7
10
2
Np-240
10
6
10
Pu-234
10
7
10
2
Pu-235
10
7
10
2
Pu-236
10
4
10
Pu-237
10
7
10
3
Pu-238
10
4
1
Pu-239
10
4
1
Pu-240
10
3
1
Pu-241
10
5
10
2
Pu-242
10
4
1
Pu-243
10
7
10
3
Pu-244
10
4
1
Am-241
10
4
1
Am-242
10
6
10
3
Am-242m +
10
4
1
Am-243 +
10
3
1
Cm-242
10
5
10
2
Cm-243
10
4
1
Cm-244
10
4
10
Cm-245
10
3
1
Cm-246
10
3
1
Cm-247
10
4
1
Cm-248
10
3
1
Bk-249
10
6
10
3
Cf-246
10
6
10
3
Cf-248
10
4
10
Cf-250
10
4
10
Cf-251
10
3
1
Cf-252
10
4
10
Cf-253
10
5
10
2
Cf-254
10
3
1
Es-253
10
5
10
2
Es-254
10
4
10
Es-254m
10
6
10
2
Fm-254
10
7
10
4
Fm-255
10
6
10
3
TABLE B
List of nuclides in secular equilibrium as referred to in point 6 of this Annex
Parent nuclide
Daughter nuclides
Sr-80 +
Rb-80
Sr-90 +
Y-90
Zr-93 +
Nb-93m
Zr-97 +
Nb-97
Ru-106 +
Rh-106
Ag-108m +
Ag-108
Cs-137 +
Ba-137
Ba-140 +
La-140
Ce-134 +
La-134
Ce-144 +
Pr-144
Pb-210 +
Bi-210, Po-210
Pb-212 +
Bi-212, Tl-208, Po-212
Bi-212 +
Tl-208, Po-212
Rn-220 +
Po-216
Rn-222 +
Po-218, Pb-214, Bi-214, Po-214
Ra-223 +
Rn-219, Po-215, Pb-211, Bi-211, Tl-207
Ra-224 +
Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
Ra-226 +
Rn-222, Po-218, Pb-214, Bi-214, Pb-210, Bi-210, Po-210, Po-214
Ra-228 +
Ac-228
Th-226 +
Ra-222, Rn-218, Po-214
Th-228 +
Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
Th-229 +
Ra-225, Ac-225, Fr-221, At-217, Bi-213, Po-213, Pb-209
Th-232sec
Ra-228, Ac-228, Th-228, Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
Th-234 +
Pa-234m
U-230 +
Th-226, Ra-222, Rn-218, Po-214
U-232 +
Th-228, Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212
U-235 +
Th-231
U-238 +
Th-234, Pa-234m
U-238sec
Th-234, Pa-234m, U-234, Th-230, Ra-226, Rn-222, Po-218, Pb-214, Bi-214, Pb-210, Bi-210, Po-210, Po-214
U-240 +
Np-240
Np-237 +
Pa-233
Am-242m +
Am-242
Am-243 +
Np-239
SCHEDULE 6
TEXT OF ANNEX II OF COUNCIL DIRECTIVE 96/29/EURATOM
A. Definitions of terms used in this Annex
Ambient dose equivalent H
*
(d): the dose equivalent at a point in a radiation field that would be produced by the corresponding expanded and aligned field in the ICRU sphere at a depth, d, on the radius opposing the direction of the aligned field. The special name for the unit of ambient dose equivalent is sievert (Sv).
Directional dose equivalent H' (d, Ω)
: the dose equivalent at a point in a radiation field that would be produced by the corresponding expanded field, in the ICRU sphere at a depth, d, on a radius in a specified direction, Ω. The special name for the unit of directional dose equivalent is sievert (Sv).
Expanded and aligned field
a radiation field in which the fluence and its directional and energy distribution are the same as in the expanded field, but the fluence is unidirectional.
Expanded field
a field derived from the actual field, where the fluence and its directional and energy distributions have the same values throughout the volume of interest as in the actual field at the point of reference.
Fluence, Φ
the quotient of dN by da, where dN is the number of particles which enter a sphere of cross-sectional area da
dN
Φ =
___
da
Mean quality factor DŽ
average value of the quality factor at a point in tissue where the absorbed dose is delivered by particles with different L values. It is calculated according to the expression
where D(L)dL is the absorbed dose at 10 mm between linear energy transfer L and L + dL; and Q(L) is the corresponding quality factor at the point of interest. The Q-L relationships are given in C.
Personal dose equivalent, H
p
(d)
: the dose equivalent in soft tissues, at an appropriate depth, d, below a specified point in the body. The special name for the unit of personal dose equivalent is sievert (Sv).
Quality factor
(Q): a function of linear energy transfer (L) used to weight absorbed does at a point in such a way as to take into account the quality of a radiation.
Radiation weighting factor
(w
R
): a dimensionless factor used to weight the tissue or organ absorbed dose. The appropriate (w
R
) values are given in B.
Tissue or organ absorbed dose
(D
T
): the quotient of the total energy impatted in a tissue or organ and the mass of that tissue or organ.
Tissue weighting factor
(w
T
): a dimensionless factor used to weight the equivalent dose in a tissue or organ (T). The appropriate (w
T
) values are specified in D.
Unrestricted linear energy transfer (L ∞)
a quantity defined as
dE
L ∞ =
___
dt
where dE is the mean energy lost by a particle of energy E in traversing a distance dl in water. In this Directive L ∞ is denoted by L.
ICRU sphere
a body introduced by the International Commission on Radiation Units (ICRU) to approximate the human body as regards energy absorption from ionizing radiation; it consists of a 30 cm diameter tissue equivalent sphere with a density of 1 g cm
-3
and a mass composition of 76.2% oxygen, 11.1% carbon. 10.1% hydrogen and 2.6% nitrogen.
B. Values of radiation weighting factor, w
R
Values of radiation weighting factor, w
R
, depend on the type and quality of the external radiation field or on the type and quality of the radiation emitted by an internally deposited radionuclide.
When the radiation field is composed of types and energies with different values of w
R
, the absorbed dose must be subdivided into blocks, each with its own value of w
R
and added to give the total equivalent dose. Alternatively, it may be expressed as a continuous distribution in energy where each element of absorbed dose from the energy element between E and E + dE is multiplied by the value of w
R
from the relevant entry in the Table below.
Type and energy range
Radiation weighting factor, w
R
Photons, all energies
1
Electrons and muons, all energies
1
Neutrons, energy < 10 keV
5
10 keV to 100 keV
10
> 100 keV to 2 MeV
20
> 2 MeV to 20 MeV
10
> 20 MeV
5
Protons, other than recoil protons, energy > 2 MeV
5
Alpha particles, fission fragments, heavy nuclei
20
In calculations involving neutrons, difficulties may arise in applying step function values. In these cases it may be preferable to use the continuous function described by the following mathematical relationship
w
R
= 5 + 17e
-(ln(2E))2/6
where E is the neutron energy in MeV.
A direct comparison of the two approaches is given, in Figure 1.
Incident neutron energy (MeV)
Figure 1
Radiation weighting factors for neutrons. The smooth curve is to be treated as an approximation
For radiation types and energy which are not included in the table, an approximation of w
R
may be obtained by calculating the mean quality factor Q at a depth of 10 mm in a ICRU sphere.
C. Relationship between the quality factor, Q(L), and unrestricted linear energy transfer, L
Unrestricted linear energy transfer, L in water
(keV μm
-1
)
Q(L)
< 10
1
10-100
0,32L - 2,2
> 100
300/√L
D. Values of tissue weighting factor, W
T
(*)
Values of tissue weighting factor, W
T
, are shown below
Tissue or organ
Tissue weighting factors, W
T
Gonads
0,20
Bone marrow (red)
0,12
Colon
0,12
Lung
0,12
Stomach
0,12
Bladder
0,05
Breast
0,05
Liver
0,05
Oesophagus
0,05
Thyroid
0,05
Skin
0,01
Bone surface
0,01
Remainder
0,05
(**)
(***)
E. Operational quantities for external radiation
Operational quantities for external radiation are used for individual monitoring for radiation protection purposes
8. In the case of an application for a licence in respect of a practice, the following additional information if the Institute requires it
(a) a description of the work with ionising radiation,
(b) particulars of the sources of ionising radiation,
(c) the quantities of any radioactive substances involved,
(d) the identity of any person engaged in the practice, and
(e) the name of the radiation protection adviser.
SCHEDULE 2
DOSE LIMITS FOR EXPOSED WORKERS, APPRENTICES, STUDENTS AND MEMBERS OF THE PUBLIC
Article 10
(1)
Dose Limits for Exposed Workers
1.
(1) The limit on effective dose for an exposed worker shall be 20 mSv in a period of 12 months.
(2) Without prejudice to subparagraph (1) -
(a) the limit on equivalent dose for the lens of the eye of such a worker shall be 150 mSv in a period of 12 months,
(b) the limit on equivalent dose for the skin of such a worker shall be 500 mSv in a period of 12 months; this limit shall apply to the dose averaged over any area of 1 cm
2
, regardless of the area exposed,
(c) the limit on equivalent dose for the hands, forearms, feet and ankles of such a worker shall be 500 mSv in a period of 12 months.
(3) Notwithstanding subparagraphs (1) and (2), as soon as a pregnant exposed worker informs the undertaking of her condition, the equivalent dose to the child to be born shall be limited to 1 mSv for the remainder of the pregnancy.
Dose Limits for Apprentices and Students
2.
(1) The dose limits for an apprentice or student aged 18 years or over who, in the course of his or her studies, is obliged to use sources shall be the same as the dose limits for an exposed worker specified in paragraph 1 of this Schedule.
(2) The limit of effective dose for an apprentice or student aged 16 years or more but less than 18 years who, in the course of his or her studies, is obliged to use sources shall be 6 mSv in a period of 12 months.
(3) Without prejudice to subparagraph (2) -
(a) the limit on equivalent dose for the lens of the eye of an apprentice or student referred to in that subparagraph shall be 50 mSv in a period of 12 months.
(b) the limit on equivalent dose for the skin of such an apprentice or student shall be 150 mSv in a period of 12 months; this limit shall apply to the dose averaged over any area of 1 cm
2
regardless of the area exposed,
(c) the limit on equivalent dose for the hands, forearms, feet and ankles of such an apprentice or student shall be 150 mSv in a period of 12 months.
(4) The dose limits for an apprentice or student to whom subparagraphs (1) and (2) do not apply shall be the same as the dose limits for members of the public specified in paragraph 3.
Dose Limits for Members of the Public
3.
(1) The limit on effective dose for a member of the public shall be 1 mSv in a period of 12 months.
(2) Without prejudice to subparagraph (1) -
(a) the limit on equivalent dose for the lens of the eye shall be 15 mSv in a period of 12 months.
(b) the limit on equivalent dose for the skin shall be 50 mSv in a period of 12 months averaged over any 1 cm
2
of skin, regardless of the area exposed.
SCHEDULE 3
INFORMATION TO BE CONTAINED IN A HEALTH RECORD
Article 25(11)
32. (1) To determine if a workplace is one to which this Order applies by virtue of Article 3(2)(b), an employer or self-employed person who is responsible for a workplace where elevated levels of naturally occurring radionuclides may be present, such as in the oil and gas industries, metal smelting or in sectors involving the manufacture or use of thoriated products, shall investigate the extent of any exposure of workers or members of the public on being directed to do so by the Institute.
(2) The investigation referred to in paragraph (1) shall be carried out in accordance with methods specified in the direction concerned given by the Institute.
(3) The result of the investigation referred to in paragraph (1) shall be submitted to the Institute within 6 months from the date of the direction concerned being given to the employer or self-employed person or within such other period as the Institute may specify in the direction.
Protection of Air Crew against exposure to cosmic radiation
33.
(1) Each air operator and each undertaking in the State which operates an aircraft shall evaluate the extent of the exposure of air crew from cosmic radiation in accordance with such guidelines as may be issued by the Institute for the purposes of the Order in this regard.
(2) The air operator or undertaking referred to in paragraph (1) shall submit a written report in relation to the evaluation referred to in that paragraph to the Institute within -
(a) in case it holds an air operator's certificate which was in force immediately before the commencement of this Order, 1 year from that commencement.
(b) in case it holds an air operator's certificate which was granted on or after the commencement of this Order, 3 months from the making of the evaluation.
(3) If the result of the evaluation referred to in paragraph (1) shows that air crew are liable to be subject to exposure to cosmic radiation in excess of 1 mSv in a period of 12 months, the air operator or undertaking referred to in paragraph (1) shall -
(a) assess the exposures of that air crew by methods that have been approved of by the Institute prior to the assessment being carried out,
(b) keep records relating to the assessment referred to in subparagraph (a) in a manner specified by the Institute,
(c) at the request of any member of the air crew concerned make available to that member a copy of any dose record kept for the purposes of subparagraph (b) in relation to that member,
(d) provide the Institute with summaries of all such current dose records relating to that year within 3 months of the end of each calendar year,
(e) inform that air crew of the health risks involved in their work.
(4) An air operator or an undertaking referred to in paragraph (1) shall organise the working schedules of air crew liable to receive an exposure to cosmic radiation in excess of 6 mSv in a period of 12 months with a view to reducing their exposures.
(5) An air operator or an undertaking referred to in paragraph (1) whereby female air crew are liable to receive an exposure to cosmic radiation in excess of 1mSv in a period of 12 months shall apply the provisions of Article 11 relating to the obligations of an undertaking.
Part 7
RADIATION PROTECTION OF THE POPULATION FOR PRACTICES IN NORMAL CIRCUMSTANCES
Protection of the Public
34.
(1) An undertaking shall take such measures as are necessary to ensure the best possible protection of the population having regard to the provisions of Articles 8, 9 and 10 and the fundamental principles governing operational protection of the population.
(2) The undertaking shall provide a statement in writing to the Institute upon being requested to do so by it, of the measures it is taking for that purpose.
(3) For the purposes of this Order, “operational protection of the population” means, in normal circumstances, all arrangements and surveys for detecting and eliminating the factors which, in the course of any operation involving exposure to ionising radiation, are liable to create a risk of exposure to members of the public in excess of 1 mSv in a period of 12 months.
(4) Where relevant to a practice, the Institute shall, before granting a licence in respect of the practice or amending any condition attached to such a licence and as a condition for doing either of those things -
(a) require the undertaking to submit to the Institute for examination and approval, from the point of view of radiation protection, plans for installations involving an exposure risk and for the proposed siting of such installations,
(b) require the undertaking not to accept into service any additional or replacement installations unless the Institute has been satisfied that adequate protection has been provided against any exposure or radioactive contamination liable to extend beyond the site perimeter, taking into account, if relevant, demographic, meteorological, geological, hydrological and ecological conditions, and
(c) require the undertaking to submit to the Institute for examination and approval plans for the discharge of radioactive effluents.
(5) The undertaking shall ensure that a practice in respect of which a licence has been granted is carried on in accordance with the principles of health protection of the population as they relate to radiation protection and in particular shall do the following things within its installation -
(a) achieve and maintain an optimal level of protection of the environment and the population,
(b) check the effectiveness of technical devices for protecting the environment and the population,
(c) operate such equipment and follow such procedures as are necessary for measuring and assessing, as appropriate, exposure and radioactive contamination of the environment and the population, and
(d) undertake regular calibration of measuring instruments and regular checking that they are serviceable and being correctly used.
(6) The undertaking shall ensure that, in discharging its obligations under paragraphs (1), (3), (4) and (5), it receives the advice and support of the radiation protection adviser.
Estimates of Population Doses
35.
(1) (a) The Institute shall make estimates from time to time of the dose received by the population from practices in relation to which licences have been granted.
(b) Whenever and so often as the Institute gives a direction to it in that behalf, the undertaking shall make realistic as possible estimates of the doses received by the population as a result of any practice carried on by it. Such estimates shall include estimates of the doses to reference groups in all places where such groups may occur.
(2) The dose estimates referred to in paragraph (1)(b) shall, taking into account the radiological risks, include -
(a) assessment of the doses due to external radiation indicating, where appropriate, the quality of the radiation in question,
(b) assessment of the intake of radionuclides indicating the nature of the radionuclides and, where necessary, their physical and chemical status and the determination of the activity and concentrations of those radionuclides,
(c) assessment of the doses that the reference groups of the population are liable to receive and specification of the characteristics of those groups.
(3) The undertaking shall submit the estimates referred to in paragraph (1)(b) to the Institute to enable it to make estimates of the dose referred to in paragraph (1)(a).
(4) The Institute shall keep records relating to the dose estimates referred to in paragraph (1)(b) including measurements of external exposure, estimates of radioactive intakes and contamination as well as the results of assessments of doses received by reference groups and by the population.
Part 8
INTERVENTION AND EMERGENCY PREPAREDNESS
Intervention Principles
36.
(1) This Article applies to interventions in cases of radiological emergencies or in cases of lasting exposure resulting from the after effects of a radiological emergency or a past or old work practice or work activity.
(2) The implementation and extent of any intervention shall be considered in conformity with the following principles -
(a) intervention shall be undertaken only if the reduction in detriment due to radiation is sufficient to justify the harm and costs, including social costs, of the intervention,
(b) the form, scale and duration of the intervention shall be optimised so that the benefits of the reduction in health detriment less the detriment associated with the intervention, will be maximised,
(c) dose limits specified in Schedule 2 shall not apply to intervention,
(d) such intervention levels as are determined by the Institute from time to time shall be regarded as indications as to the situations in which intervention is appropriate, and
(e) in cases of long term exposure to which Article 40 applies, the dose limits specified in Schedule 2 should normally be appropriate for workers involved in interventions.
(3) Where the intervention is necessary in respect of a particular radiological emergency, the undertaking shall comply with the provisions of subparagraphs (b) to (e) of paragraph (2) after consultation with the Institute on the intervention measures considered appropriate and in accordance with any guidance given to it by the Institute in relation to that matter.
Intervention Preparation and Plans
37.
(1) This Article applies to emergencies arising from events taking place either inside or outside the country.
(2) In the case of a practice in relation to which a licence has been granted, the undertaking carrying on the practice shall, when directed in writing by the Institute to do so -
(a) evaluate the possibility of a radiological emergency resulting from the practice which would give rise to significant hazards to members of the public,
(b) evaluate the likely spatial and temporal distribution of the radioactive substances dispersed in the event of such an emergency and the corresponding potential exposures,
(c) prepare an appropriate intervention plan to deal with such an emergency: that intervention plan shall be prepared after consultation with the Institute and the local authority within whose functional area the undertaking carries on the practice, hereafter in this Order referred to as “the relevant local authority”,
(d) submit a copy of the intervention plan referred to in subparagraph (c) to the Institute and the relevant local authority as soon as may be after it is prepared,
(e) carry out drills and exercises to test the intervention plan at regular intervals,
(f) ensure that, where appropriate, suitably trained personnel are available for technical, medical and health intervention, and
(g) ensure that any person under the control of the undertaking who may be involved in or may be affected by the intervention plan is given suitable instruction in the arrangements of the plan.
(3) After consultation with any other Minister of the Government who might, in the opinion of the Minister, be concerned in the matter, the Minister shall prepare a plan which shall be known as the “National Emergency Plan for Nuclear Accidents” and is in this Article referred to as “the plan”.
(4) The plan shall make provision for radiological emergencies that might occur in connection with practices taking place both inside and outside the country and shall include the following -
(a) provision for the issue and receipt of notifications and other information about radiological emergencies that may occur,
(b) the organisation of appropriate intervention, taking account of the characteristics of the radiological emergency,
(c) the assessment and recording of the consequences of the radiological emergency and of the effectiveness of the intervention,
(d) specifying the duties of Ministers of the Government, local authorities and other public bodies with regard to the measures to be taken under the plan and the procedures to be followed by them for the purposes of co-ordinating those measures,
(e) the procedures for the assessment of technical information related to any emergency or potential emergency,
(f) the criteria for evaluating the need for intervention and, if appropriate, procedures for the implementation of countermeasures, and
(g) the procedures for ensuring that the public is kept fully informed of the nature and extent of any risks to which they might be exposed and of any actions taken to minimise or reduce such risks.
(5) The Minister, after consultation with the Institute, shall arrange for the carrying out of drills and exercises to test the plan at suitable intervals and may amend the plan from time to time.
Dealing with Radiological Emergencies
38.
(1) An undertaking carrying on a practice shall, immediately upon a radiological emergency arising from the practice, notify the Institute of the emergency. At the same time the undertaking shall inform the local emergency services of the circumstances with respect to the emergency.
(2) In relation to such an emergency, the undertaking shall make an initial provisional assessment of the circumstances surrounding, and the possible consequences of, the emergency and submit a statement in writing of that assessment to the Institute as soon as possible but not later than 24 hours after the commencement of the emergency.
(3) The undertaking shall undertake or assist with any intervention appropriate to the circumstances of the radiological emergency.
(4) The intervention referred to in paragraph (3) shall include, if the situation so requires, intervention related to -
(a) the source, to reduce or stop the direct radiation and emission of radionuclides,
(b) the environment, to reduce the transfer of radioactive substances to individuals, and
(c) individuals, to reduce exposure and organise the treatment of victims.
(5) The person taking the intervention measures under this Article and the local authority or authorities, in whose functional area or areas these measures are being taken, shall co-operate with one another with regard to those measures.
(6) Any plans prepared by local authorities to deal with major emergencies shall include provision for the organisation of the intervention measures which may be required to be taken within their functional areas in the event of a radiological emergency occurring.
Emergency Occupational Exposure
39.
(1) The Institute shall prepare and publish guidelines with regard to the maximum level of doses, in excess of those specified in Schedule 2. workers or other persons involved in taking intervention measures ought to be exposed to in taking such measures.
(2) In preparing such guidelines, the Institute shall take account of the technical obligations and health risks associated with the intervention concerned.
(3) An exposure of a worker or other person referred to in paragraph (1) to a dose in excess of the limits indicated in the guidelines prepared under that paragraph may be permitted to save human lives but only if he or she volunteers for such exposure having been fully informed about the risks concerned.
(4) Any person responsible for the organisation of intervention measures shall provide radiological monitoring and medical surveillance for those involved in the taking of the measures.
Intervention in Cases of Lasting Exposure
40.
(1) This Article applies to situations leading to lasting exposure resulting from the after-effects of a radiological emergency or a practice which has ceased to be carried on.
(2) Where the lasting exposure is the result of a practice, the undertaking which carries on or, as the case may be, carried on the practice shall, to the extent that it may be necessary, ensure that -
(a) the area concerned is demarcated,
(b) arrangements for the monitoring of exposure are made,
(c) any appropriate intervention is implemented, taking account of the real characteristics of the situation, and
(d) access to or use of land or buildings situated in the demarcated area is regulated.
(3) The undertaking concerned, the Institute and the local authority or authorities in whose functional area or areas the measures and arrangements referred to in paragraph (2) are being taken or made shall co-operate with one another with regard to those measures and arrangements.
Part 9
NOTIFICATIONS, NOTICES AND REVOCATION
Notifications
41.
(1) The undertaking shall notify, in each year, the relevant fire officer of the location. nature and amount of all radioactive substances held by it for the time being.
(2) In paragraph (1) “relevant fire officer” means the person designated to receive such a notification by the fire authority (within the meaning of the
Fire Services Act, 1981
(No. 30 of 1981)), in whose functional area the practice or work activity concerned is carried on.
(3) If any, loss, larceny or other misappropriation of any radioactive substance, nuclear device or irradiating apparatus held by it occurs, the undertaking shall, immediately after the loss, larceny or misappropriation takes place, notify the Institute of the loss, larceny or misappropriation.
(4) Where an undertaking suspects or has been informed that an occurrence referred to in paragraph (3) has or may have taken place, it shall immediately make an investigation of the matter and submit a report of the investigation to the Institute as soon as possible.
(5) If -
(a) a radioactive substance under the undertaking's control has been released or is likely to have been released into the atmosphere as a gas, aerosol or dust or has been spilled or otherwise released in such manner as to give rise to significant contamination, and
(b) the quantity of radioactive substance involved exceeds 10 times the quantity specified for that substance in Annex I and 100 times the concentration figure specified for that substance in Annex I,
then the undertaking shall, immediately after the release or spillage takes place, notify the Institute of the release or spillage.
Enforcement Notices
42.
(1) If an inspector is of the opinion that an undertaking or an air operator has contravened or is contravening a provision of this Order, the inspector may serve on the undertaking or air operator a notice in writing (in this Order referred to as “an enforcement notice”) requiring it to do or not to do such things as are specified in the notice for the purpose of ensuring compliance with the provision concerned.
(2) Without prejudice to paragraph (1), an enforcement notice may require the undertaking or air operator concerned to either or both -
(a) cease the carrying on of the practice or work activity concerned,
(b) mitigate or remedy any effects of the contravention concerned.
(3) An enforcement notice shall take effect -
(a) if the notice so provides, immediately upon its being received by the undertaking or air operator concerned (but without prejudice to paragraph 7),
(b) in any other case -
(i) if no appeal under this Article is made against the notice, on the expiration of the period referred to in paragraph (4) or the day specified in the notice on which it is to take effect, whichever is the later, or
(ii) if such an appeal is made -
(I) on the day next following the day on which the appeal is confirmed under paragraph (5) or withdrawn.
or
(II) on the day specified in the notice on which it is to take effect,
whichever is the later.
(4) An undertaking or air operator on which an enforcement notice is served may, within the period of 14 days beginning on the day on which the notice is served on it, appeal to the appropriate judge of the District Court against the notice.
(5) On the hearing of an appeal under paragraph (4) the court may, as it thinks proper,
(a) confirm the notice unconditionally,
(b) make such modifications to the notice as it considers appropriate and confirm this notice, as so modified, or
(c) cancel the notice.
(6) Notwithstanding that it has been confirmed under paragraph (5), the appropriate judge of the District Court may, on the hearing of the appeal under paragraph (4) in relation to it, if the undertaking or air operator concerned make an application to him or her in that behalf, suspend the operation of an enforcement notice for such period as in the circumstances of the case he or she considers appropriate.
(7) The making of an appeal under paragraph (4) shall not have the effect of suspending the operation of the enforcement notice concerned but the undertaking or air operator concerned may apply to the appropriate judge of the District Court for an order suspending the operation of the notice until the conclusion of the appeal and the court may, on the hearing of such an application, grant or refuse to grant such an order.
(8) An inspector may cancel an enforcement notice served under this Article (other than such a notice that has been confirmed under paragraph (5)).
(9) An inspector may apply to the appropriate judge of the District Court for an order cancelling an enforcement notice that has been confirmed under paragraph (5) and the court shall, on the hearing of the application, unless it sees good reason to the contrary, grant such an order.
(10) In this Article “appropriate judge of the District Court” means the judge of the District Court for the District Court district in which the enforcement order concerned was served.
Revocation
43.
(1) The Radiological Protection Act, 1991 (General Control of Radioactive Substances, Nuclear Devices and Irradiating Apparatus) Order, 1993 (
S.I. No 151 of 1993
), is hereby revoked.
SCHEDULE 1
INFORMATION TO BE PROVIDED IN A LICENCE APPLICATION FOR A PRACTICE OR NOTIFICATION OF A WORK ACTIVITY
Article 6
(2)
CONTENTS
Part 1
Citation, Definitions and Scope
Article 1.
Citation and Commencement
Article 2.
Interpretation
Article 3.
Scope
Part 2
Regulation of Practices and Work Activities
Article 4.
Licensing of Practices
Article 5.
Exemptions
Article 6.
Licensing Procedures
Article 7.
Notification of Work Activities
Part 3
Justification, Optimisation and Dose Limitation
Article 8.
Justification
Article 9.
Optimisation, Dose Constraints and Risk Assessment
Article 10.
Dose Limitation
Article 11.
Special Protection during Pregnancy and Breast Feeding
Article 12.
Specially Authorised Exposures
Part 4
Estimation of Effective Dose
Article 13.
Effective Dose
Part 5
Protection of Exposed Workers, Apprentices and Students
Article 14.
Arrangements in the Workplace
Article 15.
Classification of Areas
Article 16.
Requirements for Controlled and Supervised Areas
Article 17.
Radiation Safety Procedures
Article 18.
Classification of Exposed Workers
Article 19.
Radiation Protection Adviser
Article 20.
Information and Training
Article 21.
Monitoring of Working Environments
Article 22.
Dose Monitoring of Persons
Article 23.
Estimated Dose
Article 24.
Approval of Dosimetric Services and Radon Measurement Laboratories
Article 25.
Medical Surveillance of Category A Workers
Article 26.
Special Medical Surveillance of Exposed Workers
Article 27.
Operational Protection of Apprentices, Students and Outside Workers
Article 28.
Control of Radioactive Substances, Nuclear Devices and Irradiating Apparatus
Article 29.
Duties of Exposed and Outside Workers, Apprentices, Students and Outside Undertakings
Part 6
Work Activities involving Natural Radiation Sources
Article 30.
Identification of work activities involving significant exposure to radon
Article 31.
Remedial Measures
Article 32.
Identification of work activities involving significant exposure to natural radiation sources other than radon
Article 33.
Protection of air crew against exposure to cosmic radiation
Part 7
Radiation Protection of the Population for Practices in Normal Circumstances
Article 34.
Protection of the Public
Article 35.
Estimates of Population Doses
Part 8
Intervention and Emergency Preparedness
Article 36.
Intervention Principles
Article 37.
Intervention Preparation and Plans
Article 38.
Dealing with Radiological Emergencies
Article 39.
Emergency Occupational Exposure
Article 40.
Intervention in Cases of Lasting Exposure
Part 9
Notifications, Notices and Revocations
Article 41.
Notifications
Article 42.
Enforcement Notices
Article 43.
Revocation
Schedules to Order
Schedule 1
Information to be provided in a licence application for a practice or notification of a work activity
Schedule 2
Dose limits for exposed workers, apprentices, students and members of the public
Schedule 3
Information to be contained in a health record
Schedule 4
Particulars to be contained in a radiation passbook
Schedule 5
Annex I of Council Directive 96/29/Euratom
Schedule 6
Annex II of Council Directive 96/29/Euratom
Schedule 7
Annex III of Council Directive 96/29/Euratom
S.I. No. 125 OF 2000
RADIOLOGICAL PROTECTION ACT, 1991 (IONISING RADIATION) ORDER, 2000
I, JOE JACOB, Minister of State at the Department of Public Enterprise. in exercise of the powers conferred on me by subsections (1) and (2) of
section 30
of the
Radiological Protection Act. 1991
(No.9 of 1991), and the Public Enterprise (Delegation of Ministerial Functions) Order, 1998 (No. 16 of 1998), and for the purposes, amongst other things, of giving effect to Council Directive 96/29/Euratom
1
of 13 May 1996 laying down basic safety standards for the protection of the health of workers and the general public against the dangers arising from ionising radiation and Council Directive 90/641/Euratom
2
of 4 December 1990 on the operational protection of outside workers exposed to the risk of ionising radiation during their activities in controlled areas and after consultation with the Ministers for Finance, Enterprise, Trade and Employment, Agriculture, Food, and Rural Development, Health and Children, Education and Science, Foreign Affairs, the Environment and Local Government, Defence, Marine and Natural Resources and the Radiological Protection Institute of Ireland, hereby order as follows
Part 1
CITATION, DEFINITIONS AND SCOPE