Wisconsin Legislature: 002 - CR 16-078 Rule Text

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Cs−134m

4.0X101

1.1X103

6.0X10−1

1.6X101

3.0X105

8.0X106

Cs−135

4.0X101

1.1X103

1.0

2.7X101

4.3X10−5

1.2X10−3

Cs−136

5.0X10−1

1.4X101

5.0X10−1

1.4X101

2.7X103

7.3X104

Cs−137 (a)

2.0

5.4X101

6.0X10−1

1.6X101

3.2

8.7X101

Cu−64

Copper (29)

6.0

1.6X102

1.0

2.7X101

1.4X105

3.9X106

Cu−67

1.0X101

2.7X102

7.0X10−1

1.9X101

2.8X104

7.6X105

Dy−159

Dysprosium (66)

2.0X101

5.4X102

2.0X101

5.4X102

2.1X102

5.7X103

Dy−165

9.0X10−1

2.4X101

6.0X10−1

1.6X101

3.0X105

8.2X106

Dy−166 (a)

9.0X10−1

2.4X101

3.0X10−1

8.1

8.6X103

2.3X105

Er−169

Erbium (68)

4.0X101

1.1X103

1.0

2.7X101

3.1X103

8.3X104

Er−171

8.0X10−1

2.2X101

5.0X10−1

1.4X101

9.0X104

2.4X106

Eu−147

Europium (63)

2.0

5.4X101

2.0

5.4X101

1.4X103

3.7X104

Eu−148

5.0X10−1

1.4X101

5.0X10−1

1.4X101

6.0X102

1.6X104

Eu−149

2.0X101

5.4X102

2.0X101

5.4X102

3.5X102

9.4X103

Eu−150

(short lived)

2.0

5.4X101

7.0X10−1

1.9X101

6.1X104

1.6X106

Eu−150

(long lived)

7.0X10−1

1.9X101

7.0X10−1

1.9X101

6.1X104

1.6X106

Eu−152

1.0

2.7X101

1.0

2.7X101

6.5

1.8X102

Eu−152m

8.0X10−1

2.2X101

8.0X10−1

2.2X101

8.2X104

2.2X106

Eu−154

9.0X10−1

2.4X101

6.0X10−1

1.6X101

9.8

2.6X102

Eu−155

2.0X101

5.4X102

3.0

8.1X101

1.8X101

4.9X102

Eu−156

7.0X10−1

1.9X101

7.0X10−1

1.9X101

2.0X103

5.5X104

F−18

Fluorine (9)

1.0

2.7X101

6.0X10−1

1.6X101

3.5X106

9.5X107

Fe−52 (a)

Iron (26)

3.0X10−1

8.1

3.0X10−1

8.1

2.7X105

7.3X106

Fe−55

4.0X101

1.1X103

4.0X101

1.1X103

8.8X101

2.4X103

Fe−59

9.0X10−1

2.4X101

9.0X10−1

2.4X101

1.8X103

5.0X104

Fe−60 (a)

4.0X101

1.1X103

2.0X10−1

5.4

7.4X10−4

2.0X10−2

Ga−67

Gallium (31)

7.0

1.9X102

3.0

8.1X101

2.2X104

6.0X105

Ga−68

5.0X10−1

1.4X101

5.0X10−1

1.4X101

1.5X106

4.1X107

Ga−72

4.0X10−1

1.1X101

4.0X10−1

1.1X101

1.1X105

3.1X106

Gd−146 (a)

Gadolinium (64)

5.0X10−1

1.4X101

5.0X10−1

1.4X101

6.9X102

1.9X104

Gd−148

2.0X101

5.4X102

2.0X10−3

5.4X10−2

1.2

3.2X101

Gd−153

1.0X101

2.7X102

9.0

2.4X102

1.3X102

3.5X103

Gd−159

3.0

8.1X101

6.0X10−1

1.6X101

3.9X104

1.1X106

Ge−68 (a)

Germanium (32)

5.0X10−1

1.4X101

5.0X10−1

1.4X101

2.6X102

7.1X103

Ge−71

4.0X101

1.1X103

4.0X101

1.1X103

5.8X103

1.6X105

Ge−77

3.0X10−1

8.1

3.0X10−1

8.1

1.3X105

3.6X106

Hf−172 (a)

Hafnium (72)

6.0X10−1

1.6X101

6.0X10−1

1.6X101

4.1X101

1.1X103

Hf−175

3.0

8.1X101

3.0

8.1X101

3.9X102

1.1X104

Hf−181

2.0

5.4X101

5.0X10−1

1.4X101

6.3X102

1.7X104

Hf−182

Unlimited

8.1X10−6

2.2X10−4

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Hg−194 (a)

Mercury (80)

1.0

2.7X101

1.0

2.7X101

1.3X10−1

3.5

Hg−195m (a)

3.0

8.1X101

7.0X10−1

1.9X101

1.5X104

4.0X105

Hg−197

2.0X101

5.4X102

1.0X101

2.7X102

9.2X103

2.5X105

Hg−197m

1.0X101

2.7X102

4.0X10−1

1.1X101

2.5X104

6.7X105

Hg−203

5.0

1.4X102

1.0

2.7X101

5.1X102

1.4X104

Ho−166

Holmium (67)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

2.6X104

7.0X105

Ho−166m

6.0X10−1

1.6X101

5.0X10−1

1.4X101

6.6X10−2

1.8

I−123

Iodine (53)

6.0

1.6X102

3.0

8.1X101

7.1X104

1.9X106

I−124

1.0

2.7X101

1.0

2.7X101

9.3X103

2.5X105

I−125

2.0X101

5.4X102

3.0

8.1X101

6.4X102

1.7X104

I−126

2.0

5.4X101

1.0

2.7X101

2.9X103

8.0X104

I−129

Unlimited

6.5X10−6

1.8X10−4

I−131

3.0

8.1X101

7.0X10−1

1.9X101

4.6X103

1.2X105

I−132

4.0X10−1

1.1X101

4.0X10−1

1.1X101

3.8X105

1.0X107

I−133

7.0X10−1

1.9X101

6.0X10−1

1.6X101

4.2X104

1.1X106

I−134

3.0X10−1

8.1

3.0X10−1

8.1

9.9X105

2.7X107

I−135 (a)

6.0X10−1

1.6X101

6.0X10−1

1.6X101

1.3X105

3.5X106

In−111

Indium (49)

3.0

8.1X101

3.0

8.1X101

1.5X104

4.2X105

In−113m

4.0

1.1X102

2.0

5.4X101

6.2X105

1.7X107

In−114m (a)

1.0X101

2.7X102

5.0X10−1

1.4X101

8.6X102

2.3X104

In−115m

7.0

1.9X102

1.0

2.7X101

2.2X105

6.1X106

Ir−189 (a)

Iridium (77)

1.0X101

2.7X102

1.0X101

2.7X102

1.9X103

5.2X104

Ir−190

7.0X10−1

1.9X101

7.0X10−1

1.9X101

2.3X103

6.2X104

Ir−192

1.0

2.7X101

6.0X10−1

1.6X101

3.4X102

9.2X103

Ir−194

3.0X10−1

8.1

3.0X10−1

8.1

3.1X104

8.4X105

K−40

Potassium (19)

9.0X10−1

2.4X101

9.0X10−1

2.4X101

2.4X10−7

6.4X10−6

K−42

2.0X10−1

5.4

2.0X10−1

5.4

2.2X105

6.0X106

K−43

7.0X10−1

1.9X101

6.0X10−1

1.6X101

1.2X105

3.3X106

Kr−81

Krypton (36)

4.0X101

1.1X103

4.0X101

1.1X103

7.8X10−4

2.1X10−2

Kr−85

1.0X101

2.7X102

1.0X101

2.7X102

1.5X101

3.9X102

Kr−85m

8.0

2.2X102

3.0

8.1X101

3.0X105

8.2X106

Kr−87

2.0X10−1

5.4

2.0X10−1

5.4

1.0X106

2.8X107

La−137

Lanthanum (57)

3.0X101

8.1X102

6.0

1.6X102

1.6X10−3

4.4X10−2

La−140

4.0X10−1

1.1X101

4.0X10−1

1.1X101

2.1X104

5.6X105

Lu−172

Lutetium (71)

6.0X10−1

1.6X101

6.0X10−1

1.6X101

4.2X103

1.1X105

Lu−173

8.0

2.2X102

8.0

2.2X102

5.6X101

1.5X103

Lu−174

9.0

2.4X102

9.0

2.4X102

2.3X101

6.2X102

Lu−174m

2.0X101

5.4X102

1.0X101

2.7X102

2.0X102

5.3X103

Lu−177

3.0X101

8.1X102

7.0X10−1

1.9X101

4.1X103

1.1X105

Mg−28 (a)

Magnesium (12)

3.0X10−1

8.1

3.0X10−1

8.1

2.0X105

5.4X106

Mn−52

Manganese (25)

3.0X10−1

8.1

3.0X10−1

8.1

1.6X104

4.4X105

Mn−53

Unlimited

6.8X10−5

1.8X10−3

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Mn−54

1.0

2.7X101

1.0

2.7X101

2.9X102

7.7X103

Mn−56

3.0X10−1

8.1

3.0X10−1

8.1

8.0X105

2.2X107

Mo−93

Molybdenum (42)

4.0X101

1.1X103

2.0X101

5.4X102

4.1X10−2

1.1

Mo−99 (a) (h)

1.0

2.7X101

6.0X10−1

1.6X101

1.8X104

4.8X105

N−13

Nitrogen (7)

9.0X10−1

2.4X101

6.0X10−1

1.6X101

5.4X107

1.5X109

Na−22

Sodium (11)

5.0X10−1

1.4X101

5.0X10−1

1.4X101

2.3X102

6.3X103

Na−24

2.0X10−1

5.4

2.0X10−1

5.4

3.2X105

8.7X106

Nb−93m

Niobium (41)

4.0X101

1.1X103

3.0X101

8.1X102

8.8

2.4X102

Nb−94

7.0X10−1

1.9X101

7.0X10−1

1.9X101

6.9X10−3

1.9X10−1

Nb−95

1.0

2.7X101

1.0

2.7X101

1.5X103

3.9X104

Nb−97

9.0X10−1

2.4X101

6.0X10−1

1.6X101

9.9X105

2.7X107

Nd−147

Neodymium (60)

6.0

1.6X102

6.0X10−1

1.6X101

3.0X103

8.1X104

Nd−149

6.0X10−1

1.6X101

5.0X10−1

1.4X101

4.5X105

1.2X107

Ni−59

Nickel (28)

Unlimited

3.0X10−3

8.0X10−2

Ni−63

4.0X101

1.1X103

3.0X101

8.1X102

2.1

5.7X101

Ni−65

4.0X10−1

1.1X101

4.0X10−1

1.1X101

7.1X105

1.9X107

Np−235

Neptunium (93)

4.0X101

1.1X103

4.0X101

1.1X103

5.2X101

1.4X103

Np−236

(short−lived)

2.0X101

5.4X102

2.0

5.4X101

4.7X10−4

1.3X10−2

Np−236

(long−lived)

9.0

2.4X102

2.0X10−2

5.4X10−1

4.7X10−4

1.3X10−2

Np−237

2.0X101

5.4X102

2.0X10−3

5.4X10−2

2.6X10−5

7.1X10−4

Np−239

7.0

1.9X102

4.0X10−1

1.1X101

8.6X103

2.3X105

Os−185

Osmium (76)

1.0

2.7X101

1.0

2.7X101

2.8X102

7.5X103

Os−191

1.0X101

2.7X102

2.0

5.4X101

1.6X103

4.4X104

Os−191m

4.0X101

1.1X103

3.0X101

8.1X102

4.6X104

1.3X106

Os−193

2.0

5.4X101

6.0X10−1

1.6X101

2.0X104

5.3X105

Os−194 (a)

3.0X10−1

8.1

3.0X10−1

8.1

1.1X101

3.1X102

P−32

Phosphorus (15)

5.0X10−1

1.4X101

5.0X10−1

1.4X101

1.1X104

2.9X105

P−33

4.0X101

1.1X103

1.0

2.7X101

5.8X103

1.6X105

Pa−230 (a)

Protactinium (91)

2.0

5.4X101

7.0X10−2

1.9

1.2X103

3.3X104

Pa−231

4.0

1.1X102

4.0X10−4

1.1X10−2

1.7X10−3

4.7X10−2

Pa−233

5.0

1.4X102

7.0X10−1

1.9X101

7.7X102

2.1X104

Pb−201

Lead (82)

1.0

2.7X101

1.0

2.7X101

6.2X104

1.7X106

Pb−202

4.0X101

1.1X103

2.0X101

5.4X102

1.2X10−4

3.4X10−3

Pb−203

4.0

1.1X102

3.0

8.1X101

1.1X104

3.0X105

Pb−205

Unlimited

4.5X10−6

1.2X10−4

Pb−210 (a)

1.0

2.7X101

5.0X10−2

1.4

2.8

7.6X101

Pb−212 (a)

7.0X10−1

1.9X101

2.0X10−1

5.4

5.1X104

1.4X106

Pd−103 (a)

Palladium (46)

4.0X101

1.1X103

4.0X101

1.1X103

2.8X103

7.5X104

Pd−107

Unlimited

1.9X10−5

5.1X10−4

Pd−109

2.0

5.4X101

5.0X10−1

1.4X101

7.9X104

2.1X106

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Pm−143

Promethium (61)

3.0

8.1X101

3.0

8.1X101

1.3X102

3.4X103

Pm−144

7.0X10−1

1.9X101

7.0X10−1

1.9X101

9.2X101

2.5X103

Pm−145

3.0X101

8.1X102

1.0X101

2.7X102

5.2

1.4X102

Pm−147

4.0X101

1.1X103

2.0

5.4X101

3.4X101

9.3X102

Pm−148m (a)

8.0X10−1

2.2X101

7.0X10−1

1.9X101

7.9X102

2.1X104

Pm−149

2.0

5.4X101

6.0X10−1

1.6X101

1.5X104

4.0X105

Pm−151

2.0

5.4X101

6.0X10−1

1.6X101

2.7X104

7.3X105

Po−210

Polonium (84)

4.0X101

1.1X103

2.0X10−2

5.4X10−1

1.7X102

4.5X103

Pr−142

Praseodymium

(59)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

4.3X104

1.2X106

Pr−143

3.0

8.1X101

6.0X10−1

1.6X101

2.5X103

6.7X104

Pt−188 (a)

Platinum (78)

1.0

2.7X101

8.0X10−1

2.2X101

2.5X103

6.8X104

Pt−191

4.0

1.1X102

3.0

8.1X101

8.7X103

2.4X105

Pt−193

4.0X101

1.1X103

4.0X101

1.1X103

1.4

3.7X101

Pt−193m

4.0X101

1.1X103

5.0X10−1

1.4X101

5.8X103

1.6X105

Pt−195m

1.0X101

2.7X102

5.0X10−1

1.4X101

6.2X103

1.7X105

Pt−197

2.0X101

5.4X102

6.0X10−1

1.6X101

3.2X104

8.7X105

Pt−197m

1.0X101

2.7X102

6.0X10−1

1.6X101

3.7X105

1.0X107

Pu−236

Plutonium (94)

3.0X101

8.1X102

3.0X10−3

8.1X10−2

2.0X101

5.3X102

Pu−237

2.0X101

5.4X102

2.0X101

5.4X102

4.5X102

1.2X104

Pu−238

1.0X101

2.7X102

1.0X10−3

2.7X10−2

6.3X10−1

1.7X101

Pu−239

1.0X101

2.7X102

1.0X10−3

2.7X10−2

2.3X10−3

6.2X10−2

Pu−240

1.0X101

2.7X102

1.0X10−3

2.7X10−2

8.4X10−3

2.3X10−1

Pu−241 (a)

4.0X101

1.1X103

6.0X10−2

1.6

3.8

1.0X102

Pu−242

1.0X101

2.7X102

1.0X10−3

2.7X10−2

1.5X10−4

3.9X10−3

Pu−244 (a)

4.0X10−1

1.1X101

1.0X10−3

2.7X10−2

6.7X10−7

1.8X10−5

Ra−223 (a)

Radium (88)

4.0X10−1

1.1X101

7.0X10−3

1.9X10−1

1.9X103

5.1X104

Ra−224 (a)

4.0X10−1

1.1X101

2.0X10−2

5.4X10−1

5.9X103

1.6X105

Ra−225 (a)

2.0X10−1

5.4

4.0X10−3

1.1X10−1

1.5X103

3.9X104

Ra−226 (a)

2.0X10−1

5.4

3.0X10−3

8.1X10−2

3.7X10−2

1.0

Ra−228 (a)

6.0X10−1

1.6X101

2.0X10−2

5.4X10−1

1.0X101

2.7X102

Rb−81

Rubidium (37)

2.0

5.4X101

8.0X10−1

2.2X101

3.1X105

8.4X106

Rb−83 (a)

2.0

5.4X101

2.0

5.4X101

6.8X102

1.8X104

Rb−84

1.0

2.7X101

1.0

2.7X101

1.8X103

4.7X104

Rb−86

5.0X10−1

1.4X101

5.0X10−1

1.4X101

3.0X103

8.1X104

Rb−87

Unlimited

3.2X10−9

8.6X10−8

Rb(nat)

Unlimited

6.7X106

1.8X108

Re−184

Rhenium (75)

1.0

2.7X101

1.0

2.7X101

6.9X102

1.9X104

Re−184m

3.0

8.1X101

1.0

2.7X101

1.6X102

4.3X103

Re−186

2.0

5.4X101

6.0X10−1

1.6X101

6.9X103

1.9X105

Re−187

Unlimited

1.4X10−9

3.8X10−8

Re−188

4.0X10−1

1.1X101

4.0X10−1

1.1X101

3.6X104

9.8X105

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Re−189 (a)

3.0

8.1X101

6.0X10−1

1.6X101

2.5X104

6.8X105

Re(nat)

Unlimited

0.0

2.4X10−8

Rh−99

Rhodium (45)

2.0

5.4X101

2.0

5.4X101

3.0X103

8.2X104

Rh−101

4.0

1.1X102

3.0

8.1X101

4.1X101

1.1X103

Rh−102

5.0X10−1

1.4X101

5.0X10−1

1.4X101

4.5X101

1.2X103

Rh−102m

2.0

5.4X101

2.0

5.4X101

2.3X102

6.2X103

Rh−103m

4.0X101

1.1X103

4.0X101

1.1X103

1.2X106

3.3X107

Rh−105

1.0X101

2.7X102

8.0X10−1

2.2X101

3.1X104

8.4X105

Rn−222 (a)

Radon (86)

3.0X10−1

8.1

4.0X10−3

1.1X10−1

5.7X103

1.5X105

Ru−97

Ruthenium (44)

5.0

1.4X102

5.0

1.4X102

1.7X104

4.6X105

Ru−103 (a)

2.0

5.4X101

2.0

5.4X101

1.2X103

3.2X104

Ru−105

1.0

2.7X101

6.0X10−1

1.6X101

2.5X105

6.7X106

Ru−106 (a)

2.0X10−1

5.4

2.0X10−1

5.4

1.2X102

3.3X103

S−35

Sulphur (16)

4.0X101

1.1X103

3.0

8.1X101

1.6X103

4.3X104

Sb−122

Antimony (51)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

1.5X104

4.0X105

Sb−124

6.0X10−1

1.6X101

6.0X10−1

1.6X101

6.5X102

1.7X104

Sb−125

2.0

5.4X101

1.0

2.7X101

3.9X101

1.0X103

Sb−126

4.0X10−1

1.1X101

4.0X10−1

1.1X101

3.1X103

8.4X104

Sc−44

Scandium (21)

5.0X10−1

1.4X101

5.0X10−1

1.4X101

6.7X105

1.8X107

Sc−46

5.0X10−1

1.4X101

5.0X10−1

1.4X101

1.3X103

3.4X104

Sc−47

1.0X101

2.7X102

7.0X10−1

1.9X101

3.1X104

8.3X105

Sc−48

3.0X10−1

8.1

3.0X10−1

8.1

5.5X104

1.5X106

Se−75

Selenium (34)

3.0

8.1X101

3.0

8.1X101

5.4X102

1.5X104

Se−79

4.0X101

1.1X103

2.0

5.4X101

2.6X10−3

7.0X10−2

Si−31

Silicon (14)

6.0X10−1

1.6X101

6.0X10−1

1.6X101

1.4X106

3.9X107

Si−32

4.0X101

1.1X103

5.0X10−1

1.4X101

3.9

1.1X102

Sm−145

Samarium (62)

1.0X101

2.7X102

1.0X101

2.7X102

9.8X101

2.6X103

Sm−147

Unlimited

8.5X10−1

2.3X10−8

Sm−151

4.0X101

1.1X103

1.0X101

2.7X102

9.7X10−1

2.6X101

Sm−153

9.0

2.4X102

6.0X10−1

1.6X101

1.6X104

4.4X105

Sn−113 (a)

Tin (50)

4.0

1.1X102

2.0

5.4X101

3.7X102

1.0X104

Sn−117m

7.0

1.9X102

4.0X10−1

1.1X101

3.0X103

8.2X104

Sn−119m

4.0X101

1.1X103

3.0X101

8.1X102

1.4X102

3.7X103

Sn−121m (a)

4.0X101

1.1X103

9.0X10−1

2.4X101

2.0

5.4X101

Sn−123

8.0X10−1

2.2X101

6.0X10−1

1.6X101

3.0X102

8.2X103

Sn−125

4.0X10−1

1.1X101

4.0X10−1

1.1X101

4.0X103

1.1X105

Sn−126 (a)

6.0X10−1

1.6X101

4.0X10−1

1.1X101

1.0X10−3

2.8X10−2

Sr−82 (a)

Strontium (38)

2.0X10−1

5.4

2.0X10−1

5.4

2.3X103

6.2X104

Sr−85

2.0

5.4X101

2.0

5.4X101

8.8X102

2.4X104

Sr−85m

5.0

1.4X102

5.0

1.4X102

1.2X106

3.3X107

Sr−87m

3.0

8.1X101

3.0

8.1X101

4.8X105

1.3X107

Sr−89

6.0X10−1

1.6X101

6.0X10−1

1.6X101

1.1X103

2.9X104

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Sr−90 (a)

3.0X10−1

8.1

3.0X10−1

8.1

5.1

1.4X102

Sr−91 (a)

3.0X10−1

8.1

3.0X10−1

8.1

1.3X105

3.6X106

Sr−92 (a)

1.0

2.7X101

3.0X10−1

8.1

4.7X105

1.3X107

T(H−3)

Tritium (1)

4.0X101

1.1X103

4.0X101

1.1X103

3.6X102

9.7X103

Ta−178

(long−lived)

Tantalum (73)

1.0

2.7X101

8.0X10−1

2.2X101

4.2X106

1.1X108

Ta−179

3.0X101

8.1X102

3.0X101

8.1X102

4.1X101

1.1X103

Ta−182

9.0X10−1

2.4X101

5.0X10−1

1.4X101

2.3X102

6.2X103

Tb−157

Terbium (65)

4.0X101

1.1X103

4.0X101

1.1X103

5.6X10−1

1.5X101

Tb−158

1.0

2.7X101

1.0

2.7X101

5.6X10−1

1.5X101

Tb−160

1.0

2.7X101

6.0X10−1

1.6X101

4.2X102

1.1X104

Tc−95m (a)

Technetium (43)

2.0

5.4X101

2.0

5.4X101

8.3X102

2.2X104

Tc−96

4.0X10−1

1.1X101

4.0X10−1

1.1X101

1.2X104

3.2X105

Tc−96m (a)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

1.4X106

3.8X107

Tc−97

Unlimited

5.2X10−5

1.4X10−3

Tc−97m

4.0X101

1.1X103

1.0

2.7X101

5.6X102

1.5X104

Tc−98

8.0X10−1

2.2X101

7.0X10−1

1.9X101

3.2X10−5

8.7X10−4

Tc−99

4.0X101

1.1X103

9.0X10−1

2.4X101

6.3X10−4

1.7X10−2

Tc−99m

1.0X101

2.7X102

4.0

1.1X102

1.9X105

5.3X106

Te−121

Tellurium (52)

2.0

5.4X101

2.0

5.4X101

2.4X103

6.4X104

Te−121m

5.0

1.4X102

3.0

8.1X101

2.6X102

7.0X103

Te−123m

8.0

2.2X102

1.0

2.7X101

3.3X102

8.9X103

Te−125m

2.0X101

5.4X102

9.0X10−1

2.4X101

6.7X102

1.8X104

Te−127

2.0X101

5.4X102

7.0X10−1

1.9X101

9.8X104

2.6X106

Te−127m (a)

2.0X101

5.4X102

5.0X10−1

1.4X101

3.5X102

9.4X103

Te−129

7.0X10−1

1.9X101

6.0X10−1

1.6X101

7.7X105

2.1X107

Te−129m (a)

8.0X10−1

2.2X101

4.0X10−1

1.1X101

1.1X103

3.0X104

Te−131m (a)

7.0X10−1

1.9X101

5.0X10−1

1.4X101

3.0X104

8.0X105

Te−132 (a)

5.0X10−1

1.4X101

4.0X10−1

1.1X101

1.1X104

3.0X105

Th−227

Thorium (90)

1.0X101

2.7X102

5.0X10−3

1.4X10−1

1.1X103

3.1X104

Th−228 (a)

5.0X10−1

1.4X101

1.0X10−3

2.7X10−2

3.0X101

8.2X102

Th−229

5.0

1.4X102

5.0X10−4

1.4X10−2

7.9X10−3

2.1X10−1

Th−230

1.0X101

2.7X102

1.0X10−3

2.7X10−2

7.6X10−4

2.1X10−2

Th−231

4.0X101

1.1X103

2.0X10−2

5.4X10−1

2.0X104

5.3X105

Th−232

Unlimited

4.0X10−9

1.1X10−7

Th−234 (a)

3.0X10−1

8.1

3.0X10−1

8.1

8.6X102

2.3X104

Th(nat)

Unlimited

8.1X10−9

2.2X10−7

Ti−44 (a)

Titanium (22)

5.0X10−1

1.4X101

4.0X10−1

1.1X101

6.4

1.7X102

Tl−200

Thallium (81)

9.0X10−1

2.4X101

9.0X10−1

2.4X101

2.2X104

6.0X105

Tl−201

1.0X101

2.7X102

4.0

1.1X102

7.9X103

2.1X105

Tl−202

2.0

5.4X101

2.0

5.4X101

2.0X103

5.3X104

Tl−204

1.0X101

2.7X102

7.0X10−1

1.9X101

1.7X101

4.6X102

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

Tm−167

Thulium (69)

7.0

1.9X102

8.0X10−1

2.2X101

3.1X103

8.5X104

Tm−170

3.0

8.1X101

6.0X10−1

1.6X101

2.2X102

6.0X103

Tm−171

4.0X101

1.1X103

4.0X101

1.1X103

4.0X101

1.1X103

U−230 (fast lung absorption) (a)(d)

Uranium (92)

4.0X101

1.1X103

1.0X10−1

2.7

1.0X103

2.7X104

U−230 (medium lung absorption) (a)(e)

4.0X101

1.1X103

4.0X10−3

1.1X10−1

1.0X103

2.7X104

U−230 (slow lung absorption) (a)(f)

3.0X101

8.1X102

3.0X10−3

8.1X10−2

1.0X103

2.7X104

U−232 (fast lung absorption) (d)

4.0X101

1.1X103

1.0X10−2

2.7X10−1

8.3X10−1

2.2X101

U−232 (medium lung absorption) (e)

4.0X101

1.1X103

7.0X10−3

1.9X10−1

8.3X10−1

2.2X101

U−232 (slow lung absorption) (f)

1.0X101

2.7X102

1.0X10−3

2.7X10−2

8.3X10−1

2.2X101

U−233 (fast lung absorption) (d)

4.0X101

1.1X103

9.0X10−2

2.4

3.6X10−4

9.7X10−3

U−233 (medium lung absorption) (e)

4.0X101

1.1X103

2.0X10−2

5.4X10−1

3.6X10−4

9.7X10−3

U−233 (slow lung absorption) (f)

4.0X101

1.1X103

6.0X10−3

1.6X10−1

3.6X10−4

9.7X10−3

U−234 (fast lung absorption) (d)

4.0X101

1.1X103

9.0X10−2

2.4

2.3X10−4

6.2X10−3

U−234 (medium lung absorption) (e)

4.0X101

1.1X103

2.0X10−2

5.4X10−1

2.3X10−4

6.2X10−3

U−234 (slow lung absorption) (f)

4.0X101

1.1X103

6.0X10−3

1.6X10−1

2.3X10−4

6.2X10−3

U−235 (all lung absorption types) (a),(d),(e),(f)

Unlimited

8.0X10−8

2.2X10−6

U−236 (fast lung absorption) (d)

Unlimited

2.4X10−6

6.5X10−5

U−236 (medium lung absorption) (e)

4.0X101

1.1X103

2.0X10−2

5.4X10−1

2.4X10−6

6.5X10−5

TABLE VI

A1 AND A2 VALUES FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

(TBq)

(Ci)

(TBq)

(Ci)

Specific Activity

(TBq/g) (Ci/g)

U−236 (slow lung absorption) (f)

4.0X101

1.1X103

6.0X10−3

1.6X10−1

2.4X10−6

6.5X10−5

U−238 (all lung absorption types) (d),(e),(f)

Unlimited

1.2X10−8

3.4X10−7

U (nat)

Unlimited

2.6X10−8

7.1X10−7

U (enriched to 20% or less)(g)

Unlimited

N/A

U (dep)

Unlimited

0.0

(See Table IX)

V−48

Vanadium (23)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

6.3X103

1.7X105

V−49

4.0X101

1.1X103

4.0X101

1.1X103

3.0X102

8.1X103

W−178 (a)

Tungsten (74)

9.0

2.4X102

5.0

1.4X102

1.3X103

3.4X104

W−181

3.0X101

8.1X102

3.0X101

8.1X102

2.2X102

6.0X103

W−185

4.0X101

1.1X103

8.0X10−1

2.2X101

3.5X102

9.4X103

W−187

2.0

5.4X101

6.0X10−1

1.6X101

2.6X104

7.0X105

W−188 (a)

4.0X10−1

1.1X101

3.0X10−1

8.1

3.7X102

1.0X104

Xe−122 (a)

Xenon (54)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

4.8X104

1.3X106

Xe−123

2.0

5.4X101

7.0X10−1

1.9X101

4.4X105

1.2X107

Xe−127

4.0

1.1X102

2.0

5.4X101

1.0X103

2.8X104

Xe−131m

4.0X101

1.1X103

4.0X101

1.1X103

3.1X103

8.4X104

Xe−133

2.0X101

5.4X102

1.0X101

2.7X102

6.9X103

1.9X105

Xe−135

3.0

8.1X101

2.0

5.4X101

9.5X104

2.6X106

Y−87 (a)

Yttrium (39)

1.0

2.7X101

1.0

2.7X101

1.7X104

4.5X105

Y−88

4.0X10−1

1.1X101

4.0X10−1

1.1X101

5.2X102

1.4X104

Y−90

3.0X10−1

8.1

3.0X10−1

8.1

2.0X104

5.4X105

Y−91

6.0X10−1

1.6X101

6.0X10−1

1.6X101

9.1X102

2.5X104

Y−91m

2.0

5.4X101

2.0

5.4X101

1.5X106

4.2X107

Y−92

2.0X10−1

5.4

2.0X10−1

5.4

3.6X105

9.6X106

Y−93

3.0X10−1

8.1

3.0X10−1

8.1

1.2X105

3.3X106

Yb−169

Ytterbium (79)

4.0

1.1X102

1.0

2.7X101

8.9X102

2.4X104

Yb−175

3.0X101

8.1X102

9.0X10−1

2.4X101

6.6X103

1.8X105

Zn−65

Zinc (30)

2.0

5.4X101

2.0

5.4X101

3.0X102

8.2X103

Zn−69

3.0

8.1X101

6.0X10−1

1.6X101

1.8X106

4.9X107

Zn−69m (a)

3.0

8.1X101

6.0X10−1

1.6X101

1.2X105

3.3X106

Zr−88

Zirconium (40)

3.0

8.1X101

3.0

8.1X101

6.6X102

1.8X104

Zr−93

Unlimited

9.3X10−5

2.5X10−3

Zr−95 (a)

2.0

5.4X101

8.0X10−1

2.2X101

7.9X102

2.1X104

Zr−97 (a)

4.0X10−1

1.1X101

4.0X10−1

1.1X101

7.1X104

1.9X106

NOTES

(a) A1 and/or A2 values include contributions from daughter nuclides with half−lives less than 10 days, as listed in the following:

Mg-28

Al-28

Ca-47

Sc-47

Ti-44

Sc-44

Fe-52

Mn-52m

Fe-60

Co-60m

Zn-69m

Zn-69

Ge-68

Ga-68

Rb-83

Kr-83m

Sr-82

Rb-82

Sr-90

Y-90

Sr-91

Y-91m

Sr-92

Y-92

Y-87

Sr-87m

Zr-95

Nb-95m

Zr-97

Nb-97m, Nb-97

Mo-99

Tc-99m

Tc-95m

Tc-95

Tc-96m

Tc-96

Ru-103

Rh-103m

Ru-106

Rh-106

Pd-103

Rh-103m

Ag-108m

Ag-108

Ag-110m

Ag-110

Cd-115

In-115m

In-114m

In-114

Sn-113

In-113m

Sn-121m

Sn-121

Sn-126

Sb-126m

Te-127m

Te-127

Te-129m

Te-129

Te-131m

Te-131

Te-132

I-132

I-135

Xe-135m

Xe-122

I-122

Cs-137

Ba-137m

Ba-131

Cs-131

Ba-140

La-140

Ce-144

Pr-144m, Pr-144

Pm-148m

Pm-148

Gd-146

Eu-146

Dy-166

Ho-166

Hf-172

Lu-172

W-178

Ta-178

W-188

Re-188

Re-189

Os-189m

Os-194

Ir-194

Ir-189

Os-189m

Pt-188

Ir-188

Hg-194

Au-194

Hg-195m

Hg-195

Pb-210

Bi-210

Pb-212

Bi-212, Tl-208, Po-212

Bi-210m

Tl-206

Bi-212

Tl-208, Po-212

At-211

Po-211

Rn-222

Po-218, Pb-214, At-218, Bi-214, Po-214

Ra-223

Rn-219, Po-215, Pb-211, Bi-211, Po-211, Tl-207

Ra-224

Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212

Ra-225

Ac-225, Fr-221, At-217, Bi-213, Tl-209, Po-213, Pb-209

Ra-226

Rn-222, Po-218, Pb-214, At-218, Bi-214, Po-214

Ra-228

Ac-228

Ac-225

Fr-221, At-217, Bi-213, Tl-209, Po-213, Pb-209

Ac-227

Fr-223

Th-228

Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212

Th-234

Pa-234m, Pa-234

Pa-230

Ac-226, Th-226, Fr-222, Ra-222, Rn-218, Po-214

U-230

Th-226, Ra-222, Rn-218, Po-214

U-235

Th-231

Pu-241

U-237

Pu-244

U-240, Np-240m

Am-242m

Am-242, Np-238

Am-243

Np-239

Cm-247

Pu-243

Bk-249

Am-245

Cf-253

Cm-249

(b) The values of A1 and A2 in curies (Ci) are approximate and for information only; the regulatory standard units are Terabecquerels (TBq).

(c) The activity of Ir-192 in special form may be determined from a measurement of the rate of decay or a measurement of the radiation level at a prescribed distance from the source.

(d) These values apply only to compounds of uranium that take the chemical form of UF6, UO2F2 and UO2(NO3)2 in both normal and accident conditions of transport.

(e) These values apply only to compounds of uranium that take the chemical form of UO3, UF4, UCl4, and hexavalent compounds in both normal and accident conditions of transport.

(f) These values apply to all compounds of uranium other than those specified in (d) and (e), above.

(g) These values apply to unirradiated uranium only.

(h) A2 = 0.74 TBq (20 Ci) for Mo−99 for domestic use.

TABLE VII

EXEMPT MATERIAL ACTIVITY CONCENTRATIONS AND EXEMPT

CONSIGNMENT ACTIVITY LIMITS FOR RADIONUCLIDES

Symbol of Radionuclide

Element and Atomic No.

Activity concentration for exempt material (Bq/g)

Activity concentration for exempt material (Ci/g)

Activity limit for exempt consignment (Bq)

Activity limit for exempt consignment (Ci)

Ac−225

Actinium (89)

1.0X101

2.7X10−10

1.0X104

2.7X10−7

Ac−227

1.0X10−1

2.7X10−12

1.0X103

2.7X10−8

Ac−228

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Ag−105

Silver (47)

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ag−108m (a)

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Ag−110m

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Ag−111

1.0X103

2.7X10−8

1.0X106

2.7X10−5

Al−26

Aluminum (13)

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Am−241

Americium (95)

1.0

2.7X10−11

1.0X104

2.7X10−7

Am−242m (a)

1.0

2.7X10−11

1.0X104

2.7X10−7

Am−243 (a)

1.0

2.7X10−11

1.0X103

2.7X10−8

Ar−37

Argon (18)

1.0X106

2.7X10−5

1.0X108

2.7X10−3

Ar−39

1.0X107

2.7X10−4

1.0X104

2.7X10−7

Ar−41

1.0X102

2.7X10−9

1.0X109

2.7X10−2

As−72

Arsenic (33)

1.0X101

2.7X10−10

1.0X105

2.7X10−6

As−73

1.0X103

2.7X10−8

1.0X107

2.7X10−4

As−74

1.0X101

2.7X10−10

1.0X106

2.7X10−5

As−76

1.0X102

2.7X10−9

1.0X105

2.7X10−6

As−77

1.0X103

2.7X10−8

1.0X106

2.7X10−5

At−211

Astatine (85)

1.0X103

2.7X10−8

1.0X107

2.7X10−4

Au−193

Gold (79)

1.0X102

2.7X10−9

1.0X107

2.7X10−4

Au−194

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Au−195

1.0X102

2.7X10−9

1.0X107

2.7X10−4

Au−198

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Au−199

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Be−7

Beryllium (4)

1.0X103

2.7X10−8

1.0X107

2.7X10−4

Be−10

1.0X104

2.7X10−7

1.0X106

2.7X10−5

Bi−205

Bismuth (83)

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Bi−206

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Bi−207

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Bi−210

1.0X103

2.7X10−8

1.0X106

2.7X10−5

Bi−210m

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Bi−212 (a)

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Ba−131

Barium (56)

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ba−133

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ba−133m

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ba−140 (a)

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Bk−247

Berkelium (97)

1.0

2.7X10−11

1.0X104

2.7X10−7

Bk−249

1.0X103

2.7X10−8

1.0X106

2.7X10−5

Br−76

Bromine (35)

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Br−77

1.0X102

2.7X10−9

1.0X106

2.7X10−5

TABLE VII

EXEMPT MATERIAL ACTIVITY CONCENTRATIONS AND EXEMPT

CONSIGNMENT ACTIVITY LIMITS FOR RADIONUCLIDES (Continued)

Symbol of Radionuclide

Element and Atomic No.

Activity concentration for exempt material (Bq/g)

Activity concentration for exempt material (Ci/g)

Activity limit for exempt consignment (Bq)

Activity limit for exempt consignment (Ci)

Br−82

1.0X101

2.7X10−10

1.0X106

2.7X10−5

C−11

Carbon (6)

1.0X101

2.7X10−10

1.0X106

2.7X10−5

C−14

1.0X104

2.7X10−7

1.0X107

2.7X10−4

Ca−41

Calcium (20)

1.0X105

2.7X10−6

1.0X107

2.7X10−4

Ca−45

1.0X104

2.7X10−7

1.0X107

2.7X10−4

Ca−47

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Cd−109

Cadmium (48)

1.0X104

2.7X10−7

1.0X106

2.7X10−5

Cd−113m

1.0X103

2.7X10−8

1.0X106

2.7X10−5

Cd−115

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Cd−115m

1.0X103

2.7X10−8

1.0X106

2.7X10−5

Ce−139

Cerium (58)

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ce−141

1.0X102

2.7X10−9

1.0X107

2.7X10−4

Ce−143

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Ce−144 (a)

1.0X102

2.7X10−9

1.0X105

2.7X10−6

Cf−248

Californium (98)

1.0X101

2.7X10−10

1.0X104

2.7X10−7

Cf−249

1.0

2.7X10−11

1.0X103

2.7X10−8

Cf−250

1.0X101

2.7X10−10

1.0X104

2.7X10−7

Cf−251

1.0

2.7X10−11

1.0X103

2.7X10−8

Cf−252

1.0X101

2.7X10−10

1.0X104

2.7X10−7

Cf−253

1.0X102

2.7X10−9

1.0X105

2.7X10−6

Cf−254

1.0

2.7X10−11

1.0X103

2.7X10−8

Cl−36

Chlorine (17)

1.0X104

2.7X10−7

1.0X106

2.7X10−5

Cl−38

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Cm−240

Curium (96)

1.0X102

2.7X10−9

1.0X105

2.7X10−6

Cm−241

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Cm−242

1.0X102

2.7X10−9

1.0X105

2.7X10−6

Cm−243

1.0

2.7X10−11

1.0X104

2.7X10−7

Cm−244

1.0X101

2.7X10−10

1.0X104

2.7X10−7

Cm−245

1.0

2.7X10−11

1.0X103

2.7X10−8

Cm−246

1.0

2.7X10−11

1.0X103

2.7X10−8

Cm−247

1.0

2.7X10−11

1.0X104

2.7X10−7

Cm−248

1.0

2.7X10−11

1.0X103

2.7X10−8

Co−55

Cobalt (27)

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Co−56

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Co−57

1.0X102

2.7X10−9

1.0X106

2.7X10−5

Co−58

1.0X101

2.7X10−10

1.0X106

2.7X10−5

Co−58m

1.0X104

2.7X10−7

1.0X107

2.7X10−4

Co−60

1.0X101

2.7X10−10

1.0X105

2.7X10−6

Cr−51

Chromium (24)

1.0X103

2.7X10−8

1.0X107

2.7X10−4

Cs−129

Cesium (55)

1.0X102

2.7X10−9

1.0X105

2.7X10−6

TABLE VII