Federal Register of Legislation - Australian Government

Primary content

SLI 2015 No. 73 Regulations as made
This regulation amends the Australian Radiation Protection and Nuclear Safety Regulations 1999 to increase the licence application fees by 2.7 per cent and to make other amendments.
Administered by: Health
Registered 01 Jun 2015
Tabling HistoryDate
Tabled HR03-Jun-2015
Tabled Senate15-Jun-2015
Date of repeal 02 Jul 2015
Repealed by Division 1 of Part 5A of the Legislative Instruments Act 2003
Table of contents.

 

Australian Radiation Protection and Nuclear Safety Amendment (2015 Measures No. 1) Regulation 2015

 

Select Legislative Instrument No. 73, 2015

I, General the Honourable Sir Peter Cosgrove AK MC (Ret’d), Governor‑General of the Commonwealth of Australia, acting with the advice of the Federal Executive Council, make the following regulation.

Dated 28 May 2015

Peter Cosgrove

Governor‑General

By His Excellency’s Command

Fiona Nash

Assistant Minister for Health

 

  

  


Contents

1............ Name................................................................................................... 1

2............ Commencement................................................................................... 1

3............ Authority............................................................................................. 1

4............ Schedules............................................................................................ 1

Schedule 1—Amendments                                                                                                2

Part 1—Amendments of fees                                                                                    2

Australian Radiation Protection and Nuclear Safety Regulations 1999        2

Part 2—Other amendments                                                                                        5

Australian Radiation Protection and Nuclear Safety Regulations 1999        5

 


1  Name

                   This is the Australian Radiation Protection and Nuclear Safety Amendment (2015 Measures No. 1) Regulation 2015.

2  Commencement

                   This instrument commences on 1 July 2015.

3  Authority

                   This instrument is made under the Australian Radiation Protection and Nuclear Safety Act 1998.

4  Schedules

                   Each instrument that is specified in a Schedule to this instrument is amended or repealed as set out in the applicable items in the Schedule concerned, and any other item in a Schedule to this instrument has effect according to its terms.

Schedule 1Amendments

Part 1Amendments of fees

Australian Radiation Protection and Nuclear Safety Regulations 1999

1  Amendments of listed provisions—Schedule 3A

The items of the table in Schedule 3A listed in the following table are amended as set out in the table.

 

Amendments relating to facility licence application fees—nuclear installations

Item

Table item

Omit

Substitute

1

Item 1

27 285

28 021

2

Item 2

170 531

175 135

3

Item 3

136 426

140 109

4

Item 4

68 212

70 053

5

Item 5

68 212

70 053

6

Item 6

136 426

140 109

7

Item 7

545 701

560 434

8

Item 8

136 426

140 109

9

Item 9

584 681

600 467

10

Item 10

136 426

140 109

11

Item 11

13 642

14 010

12

Item 12

61 390

63 047

13

Item 13

13 642

14 010

14

Item 14

61 390

63 047

15

Item 15

27 285

28 021

16

Item 16

324 823

333 593

17

Item 17

389 787

400 311

18

Item 18

13 642

14 010

19

Item 19

204 638

210 163

20

Item 20

27 285

28 021

21

Item 21

68 212

70 053

22

Item 22

136 426

140 109

23

Item 23

13 642

14 010

24

Item 24

122 783

126 098

25

Item 25

27 285

28 021

2  Amendments of listed provisions—Part 1 of Schedule 3B

The items of the table in Part 1 of Schedule 3B listed in the following table are amended as set out in the table.

 

Amendments relating to facility licence application fees—prescribed radiation facilities (general)

Item

Table item

Omit

Substitute

1

Item 1

12 278

12 609

2

Item 2

12 278

12 609

3

Item 3

12 278

12 609

4

Item 4

12 278

12 609

5

Item 5

12 278

12 609

6

Item 6

12 278

12 609

7

Item 7

24 557

25 220

3  Amendments of listed provisions—Part 2 of Schedule 3B

The items of the table in Part 2 of Schedule 3B listed in the following table are amended as set out in the table.

 

Amendments relating to facility licence application fees—prescribed radiation facilities (other)

Item

Table item

Omit

Substitute

1

Item 1

40 927

42 032

2

Item 2

27 285

28 021

3

Item 3

40 927

42 032

4

Item 4

27 285

28 021

4  Amendments of listed provisions—Part 2 of Schedule 3C

The items of the table in Part 2 of Schedule 3C listed in the following table are amended as set out in the table.

 

Amendments relating to source licence application fees—amount of fees

Item

Table item

Omit

Substitute

1

Item 1

682

700

2

Item 1

2 728

2 801

3

Item 1

8 185

8 405

4

Item 2

1 772

1 819

5

Item 2

5 457

5 604

6

Item 2

16 370

16 811

7

Item 3

3 411

3 503

8

Item 3

10 257

10 533

9

Item 3

30 012

30 822

 

Part 2Other amendments

Australian Radiation Protection and Nuclear Safety Regulations 1999

5  Regulation 3

Repeal the regulation, substitute:

3  Definitions

Note:          A number of expressions used in these regulations are defined in the Act, including the following:

(a)    controlled apparatus;

(b)    controlled facility;

(c)    controlled material;

(d)    controlled person;

(e)    deal with.

                   In these regulations:

absorbed dose means the energy absorbed per unit mass by matter from ionizing radiation that impinges upon it.

Note:          See Annex B to the Recommendations for Limiting Exposure to Ionizing Radiation.

Act means the Australian Radiation Protection and Nuclear Safety Act 1998.

action level means an intervention level applied to exposure to radiation.

application fee, for a licence, includes the ordinary costs of processing the application for the licence, but does not include any additional expenses that may be incurred by the CEO in respect of any peer review or consultancy that the CEO considers necessary for the purpose of deciding whether to issue the licence.

committed effective dose means the effective dose that a person is committed to receive from an intake of radioactive material.

Note:          See Annex B to the Recommendations for Limiting Exposure to Ionizing Radiation.

Committee means the Radiation Health Committee or the Nuclear Safety Committee.

Council means the Radiation Health and Safety Advisory Council created by section 19 of the Act.

dose includes absorbed dose, equivalent dose or effective dose.

Note:          See Annex B to the Recommendations for Limiting Exposure to Ionizing Radiation.

effective dose means a measure of dose that takes into account both the type of radiation involved and the radiological sensitivities of the organs and tissues irradiated.

Note:          See Annex B to the Recommendations for Limiting Exposure to Ionizing Radiation.

equivalent dose means a measure of dose in organs and tissues that takes into account the type of radiation involved.

Note:          See Annex B to the Recommendations for Limiting Exposure to Ionizing Radiation.

excluded exposure, for the definition of occupational exposure, means the component of exposure which arises from natural background radiation, provided that:

                     (a)  any relevant action level or levels for the workplace are not exceeded; and

                     (b)  the CEO does not prohibit the exclusion of that component.

exposure means the circumstance of being exposed to radiation.

external exposure means exposure to radiation from a source outside the human body.

holder, of a licence, means the controlled person to whom the licence is issued.

irradiator means a device that contains a controlled material that gives a controlled dose of radiation to any target material.

medical exposure means:

                     (a)  the exposure of a person to radiation received:

                              (i)  as a patient undergoing medical diagnosis or therapy; or

                             (ii)  as a volunteer in medical research; or

                     (b)  non‑occupational exposure received as a consequence of assisting an exposed patient.

National Standard for Limiting Occupational Exposure to Ionizing Radiation means the document of that title as republished by ARPANSA in 2002 in the single document titled Recommendations for Limiting Exposure to Ionizing Radiation (1995) and National Standard for Limiting Occupational Exposure to Ionizing Radiation (Radiation Protection Series No. 1).

Note:          The single document could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

occupational exposure means exposure of a person to radiation that:

                     (a)  occurs in the course of the person’s work; and

                     (b)  is not excluded exposure.

public exposure means the exposure of a person to radiation that is neither occupational exposure nor medical exposure.

Recommendations for Limiting Exposure to Ionizing Radiation means the document titled Recommendations for Limiting Exposure to Ionizing Radiation (1995), as republished by ARPANSA in 2002 in the single document titled Recommendations for Limiting Exposure to Ionizing Radiation (1995) and National Standard for Limiting Occupational Exposure to Ionizing Radiation (Radiation Protection Series No. 1).

Note:          The single document could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

same location, in relation to a controlled apparatus or controlled material: see subregulation 40D(3).

sealed source means controlled material permanently contained in a capsule, or closely bound in a solid form, that is strong enough to be leak‑tight for:

                     (a)  the intended use of the controlled material; and

                     (b)  any foreseeable abnormal events likely to affect the controlled material.

unsealed source means controlled material that is not a sealed source.

waste package, in relation to controlled material contained or to be contained in a nuclear waste storage facility or a nuclear waste disposal facility, means the waste form of the controlled material and its container as prepared for handling, transport, storage or disposal.

3A  Parent nuclides and progeny nuclides included in secular equilibrium

             (1)  For these regulations, in determining the activity of a parent nuclide mentioned in an item in the table in clause 3 of Schedule 2, include the activity of any progeny nuclide mentioned in that item that is included in secular equilibrium with the parent nuclide.

Note:          Parent nuclides are also marked a in the table in clause 2 of Schedule 2.

             (2)  Except for subregulation (1), the activity of a progeny nuclide mentioned in an item in the table in clause 3 of Schedule 2 is taken to be nil when included in secular equilibrium with a parent nuclide mentioned in that item.

6  Paragraph 4(2)(b)

Before “Schedule 1”, insert “the table in clause 1 of”.

7  Subregulation 4(3)

Omit “an apparatus is not a controlled apparatus”, substitute “an apparatus covered by subregulation (2) is not a controlled apparatus under that subregulation”.

8  Paragraph 4(3A)(a)

Omit “; and”, substitute “; or”.

9  Paragraph 6(1)(c)

After “1013 Bq”, insert “but not more than 1015 Bq”.

10  Paragraph 6(2)(a)

Omit “column 4 of Part 2”, substitute “an item in the table in clause 2”.

11  Paragraph 7(2)(b)

Omit “column 3 of Part 2”, substitute “an item in the table in clause 2”.

12  Paragraph 7(3)(a)

Omit “column 4 of Part 2”, substitute “an item in the table in clause 2”.

13  Paragraph 8(3)(b)

Omit “column 3 of Part 2”, substitute “an item in the table in clause 2”.

14  Paragraph 8(4)(a)

Omit “column 4 of Part 2”, substitute “an item in the table in clause 2”.

15  Paragraph 11(2)(a)

Omit “column 4 of Part 2”, substitute “an item in the table in clause 2”.

16  Subregulations 38(1) and (3)

Omit “Part 1”, substitute “an item in the table in clause 1”.

17  Paragraph 38(3)(b)

Omit “or 60; or”, substitute “or 60.”.

18  Paragraph 38(3)(c)

Repeal the paragraph.

19  Subregulation 38(5)

Omit “Part 1”, substitute “an item in the table in clause 1”.

20  Paragraph 38(5)(b)

Omit “or 60; or”, substitute “or 60.”.

21  Paragraph 38(5)(c)

Repeal the paragraph.

22  Paragraph 38(6)(a)

Omit “Part 1”, substitute “an item in the table in clause 1”.

23  Paragraph 39(2)(a)

Omit “Part 1”, substitute “the table in clause 1”.

24  Paragraph 39(3)(a)

Omit “Part 2”, substitute “the table in clause 2”.

25  Subregulation 40B(1)

Omit “column 2 of an item in”, substitute “an item in the table in clause 1 of”.

26  Subregulation 40B(2)

Repeal the subregulation, substitute:

             (2)  The amount of the application fee for the licence is the amount mentioned in the item.

27  Subregulation 40C(1)

Omit “column 2 of an item in Part 1”, substitute “an item in the table in clause 1”.

28  Subregulation 40C(2)

Before “application fee”, insert “amount of the”.

29  Paragraph 40C(2)(a)

Omit “, the fee mentioned in column 3 of the relevant item in Part 1 of Schedule 3B”, substitute “and subregulation (3), the amount mentioned in the item mentioned in subregulation (1)”.

30  Paragraph 40C(2)(b)

Omit “column 2 of an item in Part 2 of Schedule 3B—the fee mentioned in column 3 of that item”, substitute “an item in the table in clause 2 of Schedule 3B (the clause 2 item)—the amount mentioned in the clause 2 item”.

31  Subregulation 40C(3)

Omit “the application fee for the licence is the sum of the application fees for each thing authorised to be done by the licence”, substitute “the amount of the application fee for the licence is the sum of the amounts of the application fees that would have been applicable under subregulation (2) if applications for separate licences had been made for each of those things”.

32  Subregulation 40D(1)

Omit “column 2 of an item in Group 1, 2 or 3 of Part 1”, substitute “an item in a Group in the table in clause 1”.

33  Subregulation 40D(2)

Omit “application fee”, substitute “amount of the application fee for the licence”.

34  Subparagraph 40D(2)(a)(i)

Omit “fee mentioned in column 3 of the provision in Part 2”, substitute “amount mentioned in the item in the table in clause 2”.

35  Subparagraph 40D(2)(a)(ii)

Omit “fees mentioned in column 3 of the provisions in Part 2”, substitute “amounts mentioned in the items in the table in clause 2”.

36  Paragraph 40D(2)(b)

Omit “fees mentioned in column 3 of the provisions in Part 2”, substitute “amounts mentioned in the items in the table in clause 2”.

37  Subregulation 48(2)

After “accordance with”, insert “the following (as existing on 1 July 2015)”.

38  Paragraphs 48(2)(a), (b) and (c)

Omit “and”.

39  Paragraph 48(2)(d)

Repeal the paragraph, substitute:

                     (d)  the Code for the Safe Transport of Radioactive Material (2014) (Radiation Protection Series C‑2).

Note:          These documents could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

40  Subregulation 48(3)

Omit “following Codes of Practice”, substitute “following (as existing on 1 July 2015)”.

41  At the end of paragraph 48(3)(a)

Add “(1985), published by the National Health and Medical Research Council”.

42  At the end of paragraph 48(3)(b)

Add “(1992), published by the National Health and Medical Research Council”.

43  Paragraph 48(3)(c)

Repeal the paragraph, substitute:

                     (c)  the Code for the Safe Transport of Radioactive Material (2014) (Radiation Protection Series C‑2);

44  At the end of subregulation 48(3)

Add:

Note:          These codes could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

45  Regulations 49, 50 and 51

Repeal the regulations, substitute:

49  Managing safety

             (1)  The holder of a facility licence must take all reasonably practicable steps to manage the safety of the facility, including:

                     (a)  having in place plans and arrangements of the kind mentioned in item 4 of the table in clause 1 of Schedule 3; and

                     (b)  ensuring that such plans and arrangements are implemented to the extent reasonably practicable.

             (2)  The holder of a source licence must take all reasonably practicable steps to manage the safety of the source, including:

                     (a)  having in place plans and arrangements of the kind mentioned in item 4 of the table in clause 2 of Schedule 3; and

                     (b)  ensuring that such plans and arrangements are implemented to the extent reasonably practicable.

50  Reviewing and updating plans and arrangements for managing safety

             (1)  The holder of a licence must, at least once every 3 years, review and update the plans and arrangements mentioned in regulation 49 in relation to the licence.

             (2)  The holder of a licence must keep and maintain records of any changes made to the plans and arrangements.

             (3)  Subregulation (1) does not apply to the extent that the licence makes other arrangements for a matter mentioned in that subregulation.

51  CEO approval for certain changes

                   The holder of a licence must seek the CEO’s prior approval to do either of the following things if it will have significant implications for safety:

                     (a)  change the details in the application for the licence;

                     (b)  modify the source or facility mentioned in the licence.

46  Subregulation 52(1)

Omit “make a relevant change”, substitute “do a thing mentioned in paragraph 51(a) or (b)”.

47  Subregulation 52(2)

Repeal the subregulation, substitute:

             (2)  The holder of a licence must, within 3 months after doing a thing as mentioned in subregulation (1), tell the CEO about the thing.

48  Subregulation 52(3)

Omit “the subregulations”, substitute “that subregulation”.

49  Subregulation 53(1)

Omit “must only”, substitute “may only”.

50  After subregulation 53(1)

Insert:

          (1A)  The holder of a licence may only transfer controlled apparatus or controlled materials to another person (the transferee):

                     (a)  with the approval of the CEO; or

                     (b)  if both of the following apply:

                              (i)  the transferee is the holder of a facility licence or a source licence;

                             (ii)  the transferee’s licence authorises the transferee to receive the controlled apparatus or controlled materials.

51  Subregulation 53(2)

Repeal the subregulation, substitute:

             (2)  If the holder of a licence (the transferor) transfers controlled apparatus or controlled materials to another person (the transferee) under paragraph (1A)(b), the transferor must, within 7 days of the transfer, tell the CEO:

                     (a)  that the transfer has happened; and

                     (b)  the name of the transferee; and

                     (c)  the number of the licence held by the transferee; and

                     (d)  the location of the controlled apparatus or controlled materials after the transfer.

52  Subregulation 53(3)

Omit “or body”.

53  Subregulation 53(4)

After “(1),”, insert “(1A),”.

54  Part 5 (heading)

Repeal the heading, substitute:

Part 5Practices and procedures to be followed

55  Subregulations 58(1) and (2)

Repeal the subregulations, substitute:

             (1)  The holder of a facility licence for a controlled facility must ensure that the doses to which a person is exposed, inside or in connection with the facility, do not exceed the effective dose limits mentioned in regulation 59, and the equivalent dose limits mentioned in regulation 62.

56  Subregulation 58(4)

Repeal the subregulation, substitute:

             (4)  The holder of a licence must ensure that radiation protection and safety of the following relating to the licence are optimised in order to achieve the outcome mentioned in subregulation (4A):

                     (a)  controlled material;

                     (b)  controlled apparatus (other than apparatus prescribed by these regulations that produce harmful non‑ionizing radiation when energised);

                     (c)  a controlled facility.

          (4A)  For subregulation (4), the outcome is that the following are as low as reasonably achievable after taking into account economic and societal factors:

                     (a)  the magnitude of individual doses;

                     (b)  the number of people who are exposed;

                     (c)  the likelihood of incurring exposures to radiation.

57  At the end of regulation 60

Add:

             (3)  For subregulation (1), a relevant period is:

                     (a)  for a controlled person—5 years; or

                     (b)  for a member of the public—1 year.

58  Regulation 61

After “mentioned in”, insert “the table in clause 1 of”.

59  Subregulation 62(1)

Repeal the subregulation, substitute:

             (1)  For occupational exposure, the equivalent dose limit to the lens of the eye is 20 mSv annually, averaged over 5 consecutive calendar years.

          (1A)  However, the equivalent dose to the lens of the eye for a person subject to occupational exposure must not, in a year, be greater than 50 mSv.

          (1B)  The equivalent dose to the lens of the eye for a person subject to public exposure must not, in a year, be greater than 15 mSv.

60  Division 5.3 (heading)

Repeal the heading, substitute:

Division 5.3Practices and procedures

61  Regulation 62A (heading)

Repeal the heading, substitute:

62A  Practices and procedures

62  Subregulations 62A(1) and (2)

Omit “codes of practice”, substitute “codes”.

63  Subregulation 62A(2)

After “follows”, insert “(as existing on 1 July 2015)”.

64  Paragraph 62A(2)(c)

Repeal the paragraph, substitute:

                     (c)  the Code for the Safe Transport of Radioactive Material (2014) (Radiation Protection Series C‑2).

Note:          These codes could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

65  Schedule 1 (before the table)

Insert:

1  Exposure limits for non‑ionizing radiation

                   The following table sets out exposure limits for non‑ionizing radiation.

66  Schedule 1 (table item 1)

Repeal the item, substitute:

Exposure limits for non‑ionizing radiation

Item

Exposure limits

1

The exposure limits mentioned in the Interim guidelines on limits of exposure to 50/60 Hz electric and magnetic fields (1989), National Health and Medical Research Council, Radiation Health Series No. 30, as in force when these regulations commence.

67  At the end of Schedule 1

Add:

Note:          The documents mentioned in items 1, 3 and 6 of the table could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

68  Schedule 2 (note to Schedule heading)

After “regulations”, insert “3A,”.

69  Part 1 of Schedule 2 (heading)

Repeal the heading, substitute:

Part 1Exempt dealings

70  Part 1 of Schedule 2 (after the heading)

Insert:

1  Exempt dealings

                   The following table sets out dealings that are exempt dealings.

71  Part 1 of Schedule 2 (table, headings)

Repeal the headings, substitute:

 

Exempt dealings

Item

Description of dealing

72  Part 1 of Schedule 2 (table item 1, column headed “Description of dealing”, paragraph (a))

Omit “concentration for the material mentioned in column 3 of Part 2”, substitute “activity concentration value for the material set out in an item in the table in clause 2”.

73  Part 1 of Schedule 2 (table item 1, column headed “Description of dealing”, paragraph (b))

Omit “of less than the activity in column 4 of Part 2”, substitute “less than the activity value for the material set out in that item”.

74  Part 1 of Schedule 2 (table item 2, column headed “Description of dealing”, paragraph (a))

Omit “activity for the material in column 4 of Part 2”, substitute “activity value for the material set out in an item in the table in clause 2”.

75  Part 1 of Schedule 2 (table item 2, column headed “Description of dealing”, paragraph (b))

Omit “activity concentration for the material in column 3 of Part 2”, substitute “activity concentration value for the material set out in that item”.

76  Part 1 of Schedule 2 (table item 4, column headed “Description of dealing”, paragraph (c))

Omit “Code of Practice for the Safe Transport of Radioactive Material (2008) (Radiation Protection Series No. 2)”, substitute “Code for the Safe Transport of Radioactive Material (2014) (Radiation Protection Series C‑2)”.

77  Part 1 of Schedule 2 (table item 7, column headed “Description of dealing”, paragraph (a))

Repeal the paragraph.

78  Part 1 of Schedule 2 (at the end of the cell at table item 7, column headed “Description of dealing”)

Add:

; (h) an electron capture detector or similar device used in gas chromatography containing:

(i) a nickel‑63 sealed source with activity not more than 750 MBq; or

(ii) a tritium source with activity not more than 20 GBq;

(i) lighting products that include krypton‑85.

79  Part 1 of Schedule 2 (at the end of the table)

Add:

9

The dealing involves a sealed radioactive source used for teaching the characteristics and properties of radiation or radiation sources, and the sealed source contains one or more of the following:

(a) Cobalt‑60 with an activity not greater than 200 kBq;

(b) Strontium‑90 with an activity not greater than 80 kBq;

(c) Caesium‑137 with an activity not greater than 200 kBq;

(d) Radium‑226 with an activity not greater than 20 kBq;

(e) Americium‑241 with an activity not greater than 40 kBq.

10

The dealing involves a geological sample that:

(a) contains radioactive material that emits radiation at a level not exceeding 5 micrograys an hour, measured at a distance of 10 cm from its surface; and

(b) is being used as a sample in teaching or for display as a geological specimen.

80  At the end of Part 1 of Schedule 2

Add:

Note:          The code mentioned in item 4 of the table could in 2015 be viewed on ARPANSA’s website (http://www.arpansa.gov.au).

81  Parts 2, 3 and 4 of Schedule 2

Repeal the Parts, substitute:

Part 2Activity concentration values and activity values for nuclides

  

2  Activity concentration values and activity values for nuclides

                   The following table sets out activity concentration values and activity values for nuclides.

Note 1:       The activity of a progeny nuclide included in secular equilibrium with a parent nuclide is dealt with in regulation 3A. Parent nuclides and progeny nuclides are set out in the table in clause 3, and parent nuclides are also marked a in the following table.

Note 2:       A nuclide marked m or m’ in the following table indicates a metastable state of the nuclide, with the metastable state m’ indicating a state of higher energy than the metastable state m.

 

Activity concentration values and activity values for nuclides

Item

Nuclide

Activity concentration value
(Bq/g)

Activity value
(Bq)

1

H‑3

1 x 106

1 x 109

2

Be‑7

1 x 103

1 x 107

3

Be‑10

1 x 104

1 x 106

4

C‑11

1 x 101

1 x 106

5

C‑14

1 x 104

1 x 107

6

Ne‑13

1 x 102

1 x 109

7

Ne‑19

1 x 102

1 x 109

8

O‑15

1 x 102

1 x 109

9

F‑18

1 x 101

1 x 106

10

Na‑22

1 x 101

1 x 106

11

Na‑24

1 x 101

1 x 105

12

Mg‑28

1 x 101

1 x 105

13

Al‑26

1 x 101

1 x 105

14

Si‑31

1 x 103

1 x 106

15

Si‑32

1 x 103

1 x 106

16

P‑32

1 x 103

1 x 105

17

P‑33

1 x 105

1 x 108

18

S‑35

1 x 105

1 x 108

19

Cl‑36

1 x 104

1 x 106

20

Cl‑38

1 x 101

1 x 105

21

Cl‑39

1 x 101

1 x 105

22

Ar‑37

1 x 106

1 x 108

23

Ar‑39

1 x 107

1 x 104

24

Ar‑41

1 x 102

1 x 109

25

K‑40

1 x 102

1 x 106

26

K‑42

1 x 102

1 x 106

27

K‑43

1 x 101

1 x 106

28

K‑44

1 x 101

1 x 105

29

K‑45

1 x 101

1 x 105

30

Ca‑41

1 x 105

1 x 107

31

Ca‑45

1 x 104

1 x 107

32

Ca‑47

1 x 101

1 x 106

33

Sc‑43

1 x 101

1 x 106

34

Sc‑44

1 x 101

1 x 105

35

Sc‑45

1 x 102

1 x 107

36

Sc‑46

1 x 101

1 x 106

37

Sc‑47

1 x 102

1 x 106

38

Sc‑48

1 x 101

1 x 105

39

Sc‑49

1 x 103

1 x 105

40

Ti‑44

1 x 101

1 x 105

41

Ti‑45

1 x 101

1 x 106

42

V‑47

1 x 101

1 x 105

43

V‑48

1 x 101

1 x 105

44

V‑49

1 x 104

1 x 107

45

Cr‑48

1 x 102

1 x 106

46

Cr‑49

1 x 101

1 x 106

47

Cr‑51

1 x 103

1 x 107

48

Mn‑51

1 x 101

1 x 105

49

Mn‑52

1 x 101

1 x 105

50

Mn‑52m

1 x 101

1 x 105

51

Mn‑53

1 x 104

1 x 109

52

Mn‑54

1 x 101

1 x 106

53

Mn‑56

1 x 101

1 x 105

54

Fe‑52

1 x 101

1 x 106

55

Fe‑55

1 x 104

1 x 106

56

Fe‑59

1 x 101

1 x 106

57

Fe‑60

1 x 102

1 x 105

58

Co‑55

1 x 101

1 x 106

59

Co‑56

1 x 101

1 x 105

60

Co‑57

1 x 102

1 x 106

61

Co‑58

1 x 101

1 x 106

62

Co‑58m

1 x 104

1 x 107

63

Co‑60

1 x 101

1 x 105

64

Co‑60m

1 x 103

1 x 106

65

Co‑61

1 x 102

1 x 106

66

Co‑62m

1 x 101

1 x 105

67

Ni‑56

1 x 101

1 x 106

68

Ni‑57

1 x 101

1 x 106

69

Ni‑59

1 x 104

1 x 108

70

Ni‑63

1 x 105

1 x 108

71

Ni‑65

1 x 101

1 x 106

72

Ni‑66

1 x 104

1 x 107

73

Cu‑60

1 x 101

1 x 105

74

Cu‑61

1 x 101

1 x 106

75

Cu‑64

1 x 102

1 x 106

76

Cu‑67

1 x 102

1 x 106

77

Zn‑62

1 x 102

1 x 106

78

Zn‑63

1 x 101

1 x 105

79

Zn‑65

1 x 101

1 x 106

80

Zn‑69

1 x 104

1 x 106

81

Zn‑69m

1 x 102

1 x 106

82

Zn‑71m

1 x 101

1 x 106

83

Zn‑72

1 x 102

1 x 106

84

Ga‑65

1 x 101

1 x 105

85

Ga‑66

1 x 101

1 x 105

86

Ga‑67

1 x 102

1 x 106

87

Ga‑68

1 x 101

1 x 105

88

Ga‑70

1 x 102

1 x 106

89

Ga‑72

1 x 101

1 x 105

90

Ga‑73

1 x 102

1 x 106

91

Ge‑66

1 x 101

1 x 106

92

Ge‑67

1 x 101

1 x 105

93

Ge‑68a

1 x 101

1 x 105

94

Ge‑69

1 x 101

1 x 106

95

Ge‑71

1 x 104

1 x 108

96

Ge‑75

1 x 103

1 x 106

97

Ge‑77

1 x 101

1 x 105

98

Ge‑78

1 x 102

1 x 106

99

As‑69

1 x 101

1 x 105

100

As‑70

1 x 101

1 x 105

101

As‑71

1 x 101

1 x 106

102

As‑72

1 x 101

1 x 105

103

As‑73

1 x 103

1 x 107

104

As‑74

1 x 101

1 x 106

105

As‑76

1 x 102

1 x 105

106

As‑77

1 x 103

1 x 106

107

As‑78

1 x 101

1 x 105

108

Se‑70

1 x 101

1 x 106

109

Se‑73

1 x 101

1 x 106

110

Se‑73m

1 x 102

1 x 106

111

Se‑75

1 x 102

1 x 106

112

Se‑79

1 x 104

1 x 107

113

Se‑81

1 x 103

1 x 106

114

Se‑81m

1 x 103

1 x 107

115

Se‑83

1 x 101

1 x 105

116

Br‑74

1 x 101

1 x 105

117

Br‑74m

1 x 101

1 x 105

118

Br‑75

1 x 101

1 x 106

119

Br‑76

1 x 101

1 x 105

120

Br‑77

1 x 102

1 x 106

121

Br‑80

1 x 102

1 x 105

122

Br‑80m

1 x 103

1 x 107

123

Br‑82

1 x 101

1 x 106

124

Br‑83

1 x 103

1 x 106

125

Br‑84

1 x 101

1 x 105

126

Kr‑74

1 x 102

1 x 109

127

Kr‑76

1 x 102

1 x 109

128

Kr‑77

1 x 102

1 x 109

129

Kr‑79

1 x 103

1 x 105

130

Kr‑81

1 x 104

1 x 107

131

Kr‑81m

1 x 103

1 x 1010

132

Kr‑83m

1 x 105

1 x 1012

133

Kr‑85

1 x 105

1 x 104

134

Kr‑85m

1 x 103

1 x 1010

135

Kr‑87

1 x 102

1 x 109

136

Kr‑88

1 x 102

1 x 109

137

Rb‑79

1 x 101

1 x 105

138

Rb‑81

1 x 101

1 x 106

139

Rb‑81m

1 x 103

1 x 107

140

Rb‑82m

1 x 101

1 x 106

141

Rb‑83a

1 x 102

1 x 106

142

Rb‑84

1 x 101

1 x 106

143

Rb‑86

1 x 102

1 x 105

144

Rb‑87

1 x 103

1 x 107

145

Rb‑88

1 x 102

1 x 105

146

Rb‑89

1 x 102

1 x 105

147

Sr‑80

1 x 103

1 x 107

148

Sr‑81

1 x 101

1 x 105

149

Sr‑82a

1 x 101

1 x 105

150

Sr‑83

1 x 101

1 x 106

151

Sr‑85

1 x 102

1 x 106

152

Sr‑85m

1 x 102

1 x 107

153

Sr‑87m

1 x 102

1 x 106

154

Sr‑89

1 x 103

1 x 106

155

Sr‑90a

1 x 102

1 x 104

156

Sr‑91

1 x 101

1 x 105

157

Sr‑92

1 x 101

1 x 106

158

Y‑86

1 x 101

1 x 105

159

Y‑86m

1 x 102

1 x 107

160

Y‑87a

1 x 101

1 x 106

161

Y‑88

1 x 101

1 x 106

162

Y‑90

1 x 103

1 x 105

163

Y‑90m

1 x 101

1 x 106

164

Y‑91

1 x 103

1 x 106

165

Y‑91m

1 x 102

1 x 106

166

Y‑92

1 x 102

1 x 105

167

Y‑93

1 x 102

1 x 105

168

Y‑94

1 x 101

1 x 105

169

Y‑95

1 x 101

1 x 105

170

Zr‑86

1 x 102

1 x 107

171

Zr‑88

1 x 102

1 x 106

172

Zr‑89

1 x 101

1 x 106

173

Zr‑93a

1 x 103

1 x 107

174

Zr‑95

1 x 101

1 x 106

175

Zr‑97a

1 x 101

1 x 105

176

Nb‑88

1 x 101

1 x 105

177

Nb‑89

1 x 101

1 x 105

178

Nb‑89m

1 x 101

1 x 105

179

Nb‑90

1 x 101

1 x 105

180

Nb‑93m

1 x 104

1 x 107

181

Nb‑94

1 x 101

1 x 106

182

Nb‑95

1 x 101

1 x 106

183

Nb‑95m

1 x 102

1 x 107

184

Nb‑96

1 x 101

1 x 105

185

Nb‑97

1 x 101

1 x 106

186

Nb‑98

1 x 101

1 x 105

187

Mo‑90

1 x 101

1 x 106

188

Mo‑93

1 x 103

1 x 108

189

Mo‑93m

1 x 101

1 x 106

190

Mo‑99

1 x 102

1 x 106

191

Mo‑101

1 x 101

1 x 106

192

Tc‑93

1 x 101

1 x 106

193

Tc‑93m

1 x 101

1 x 106

194

Tc‑94

1 x 101

1 x 106

195

Tc‑94m

1 x 101

1 x 105

196

Tc‑95

1 x 101

1 x 106

197

Tc‑95m

1 x 101

1 x 106

198

Tc‑96

1 x 101

1 x 106

199

Tc‑96m

1 x 103

1 x 107

200

Tc‑97

1 x 103

1 x 108

201

Tc‑97m

1 x 103

1 x 107

202

Tc‑98

1 x 101

1 x 106

203

Tc‑99

1 x 104

1 x 107

204

Tc‑99m

1 x 102

1 x 107

205

Tc‑101

1 x 102

1 x 106

206

Tc‑104

1 x 101

1 x 105

207

Ru‑94

1 x 102

1 x 106

208

Ru‑97

1 x 102

1 x 107

209

Ru‑103

1 x 102

1 x 106

210

Ru‑105

1 x 101

1 x 106

211

Ru‑106a

1 x 102

1 x 105

212

Rh‑99

1 x 101

1 x 106

213

Rh‑99m

1 x 101

1 x 106

214

Rh‑100

1 x 101

1 x 106

215

Rh‑101

1 x 102

1 x 107

216

Rh‑101m

1 x 102

1 x 107

217

Rh‑102

1 x 101

1 x 106

218

Rh‑102m

1 x 102

1 x 106

219

Rh‑103m

1 x 104

1 x 108

220

Rh‑105

1 x 102

1 x 107

221

Rh‑106m

1 x 101

1 x 105

222

Rh‑107

1 x 102

1 x 106

223

Pd‑100

1 x 102

1 x 107

224

Pd‑101

1 x 102

1 x 106

225

Pd‑103

1 x 103

1 x 108

226

Pd‑107

1 x 105

1 x 108

227

Pd‑109

1 x 103

1 x 106

228

Ag‑102

1 x 101

1 x 105

229

Ag‑103

1 x 101

1 x 106

230

Ag‑104

1 x 101

1 x 106

231

Ag‑104m

1 x 101

1 x 106

232

Ag‑105

1 x 102

1 x 106

233

Ag‑106

1 x 101

1 x 106

234

Ag‑106m

1 x 101

1 x 106

235

Ag‑108ma

1 x 101

1 x 106

236

Ag‑110m

1 x 101

1 x 106

237

Ag‑111

1 x 103

1 x 106

238

Ag‑112

1 x 101

1 x 105

239

Ag‑115

1 x 101

1 x 105

240

Cd‑104

1 x 102

1 x 107

241

Cd‑107

1 x 103

1 x 107

242

Cd‑109

1 x 104

1 x 106

243

Cd‑113

1 x 103

1 x 106

244

Cd‑113m

1 x 103

1 x 106

245

Cd‑115

1 x 102

1 x 106

246

Cd‑115m

1 x 103

1 x 106

247

Cd‑117

1 x 101

1 x 106

248

Cd‑117m

1 x 101

1 x 106

249

In‑109

1 x 101

1 x 106

250

In‑110

1 x 101

1 x 106

251

In‑110m

1 x 101

1 x 105

252

In‑111

1 x 102

1 x 106

253

In‑112

1 x 102

1 x 106

254

In‑113m

1 x 102

1 x 106

255

In‑114

1 x 103

1 x 105

256

In‑114m

1 x 102

1 x 106

257

In‑115

1 x 103

1 x 105

258

In‑115m

1 x 102

1 x 106

259

In‑116m

1 x 101

1 x 105

260

In‑117

1 x 101

1 x 106

261

In‑117m

1 x 102

1 x 106

262

In‑119m

1 x 102

1 x 105

263

Sn‑110

1 x 102

1 x 107

264

Sn‑111

1 x 102

1 x 106

265

Sn‑113

1 x 103

1 x 107

266

Sn‑117m

1 x 102

1 x 106

267

Sn‑119m

1 x 103

1 x 107

268

Sn‑121

1 x 105

1 x 107

269

Sn‑121ma

1 x 103

1 x 107

270

Sn‑123

1 x 103

1 x 106

271

Sn‑123m

1 x 102

1 x 106

272

Sn‑125

1 x 102

1 x 105

273

Sn‑126a

1 x 101

1 x 105

274

Sn‑127

1 x 101

1 x 106

275

Sn‑128

1 x 101

1 x 106

276

Sb‑115

1 x 101

1 x 106

277

Sb‑116

1 x 101

1 x 106

278

Sb‑116m

1 x 101

1 x 105

279

Sb‑117

1 x 102

1 x 107

280

Sb‑118m

1 x 101

1 x 106

281

Sb‑119

1 x 103

1 x 107

282

Sb‑120

1 x 102

1 x 106

283

Sb‑120m

1 x 101

1 x 106

284

Sb‑122

1 x 102

1 x 104

285

Sb‑124

1 x 101

1 x 106

286

Sb‑124m

1 x 102

1 x 106

287

Sb‑125

1 x 102

1 x 106

288

Sb‑126

1 x 101

1 x 105

289

Sb‑126m

1 x 101

1 x 105

290

Sb‑127

1 x 101

1 x 106

291

Sb‑128

1 x 101

1 x 105

292

Sb‑128m

1 x 101

1 x 105

293

Sb‑129

1 x 101

1 x 106

294

Sb‑130

1 x 101

1 x 105

295

Sb‑131

1 x 101

1 x 106

296

Te‑116

1 x 102

1 x 107

297

Te‑121

1 x 101

1 x 106

298

Te‑121m

1 x 102

1 x 106

299

Te‑123

1 x 103

1 x 106

300

Te‑123m

1 x 102

1 x 107

301

Te‑125m

1 x 103

1 x 107

302

Te‑127

1 x 103

1 x 106

303

Te‑127m

1 x 103

1 x 107

304

Te‑129

1 x 102

1 x 106

305

Te‑129m

1 x 103

1 x 106

306

Te‑131

1 x 102

1 x 105

307

Te‑131m

1 x 101

1 x 106

308

Te‑132

1 x 102

1 x 107

309

Te‑133

1 x 101

1 x 105

310

Te‑133m

1 x 101

1 x 105

311

Te‑134

1 x 101

1 x 106

312

I‑120

1 x 101

1 x 105

313

I‑120m

1 x 101

1 x 105

314

I‑121

1 x 102

1 x 106

315

I‑123

1 x 102

1 x 107

316

I‑124

1 x 101

1 x 106

317

I‑125

1 x 103

1 x 106

318

I‑126

1 x 102

1 x 106

319

I‑128

1 x 102

1 x 105

320

I‑129

1 x 102

1 x 105

321

I‑130

1 x 101

1 x 106

322

I‑131

1 x 102

1 x 106

323

I‑132

1 x 101

1 x 105

324

I‑132m

1 x 102

1 x 106

325

I‑133

1 x 101

1 x 106

326

I‑134

1 x 101

1 x 105

327

I‑135

1 x 101

1 x 106

328

Xe‑120

1 x 102

1 x 109

329

Xe‑121

1 x 102

1 x 109

330

Xe‑122a

1 x 102

1 x 109

331

Xe‑123

1 x 102

1 x 109

332

Xe‑125

1 x 103

1 x 109

333

Xe‑127

1 x 103

1 x 105

334

Xe‑129m

1 x 103

1 x 104

335

Xe‑131m

1 x 104

1 x 104

336

Xe‑133m

1 x 103

1 x 104

337

Xe‑133

1 x 103

1 x 104

338

Xe‑135

1 x 103

1 x 1010

339

Xe‑135m

1 x 102

1 x 109

340

Xe‑138

1 x 102

1 x 109

341

Cs‑125

1 x 101

1 x 104

342

Cs‑127

1 x 102

1 x 105

343

Cs‑129

1 x 102

1 x 105

344

Cs‑130

1 x 102

1 x 106

345

Cs‑131

1 x 103

1 x 106

346

Cs‑132

1 x 101

1 x 105

347

Cs‑134m

1 x 103

1 x 105

348

Cs‑134

1 x 101

1 x 104

349

Cs‑135

1 x 104

1 x 107

350

Cs‑135m

1 x 101

1 x 106

351

Cs‑136

1 x 101

1 x 105

352

Cs‑137a

1 x 101

1 x 104

353

Cs‑138

1 x 101

1 x 104

354

Ba‑126

1 x 102

1 x 107

355

Ba‑128

1 x 102

1 x 107

356

Ba‑131

1 x 102

1 x 106

357

Ba‑131m

1 x 102

1 x 107

358

Ba‑133

1 x 102

1 x 106

359

Ba‑133m

1 x 102

1 x 106

360

Ba‑135m

1 x 102

1 x 106

361

Ba‑137m

1 x 101

1 x 106

362

Ba‑139

1 x 102

1 x 105

363

Ba‑140a

1 x 101

1 x 105

364

Ba‑141

1 x 102

1 x 105

365

Ba‑142

1 x 102

1 x 106

366

La‑131

1 x 101

1 x 106

367

La‑132

1 x 101

1 x 106

368

La‑135

1 x 103

1 x 107

369

La‑137

1 x 103

1 x 107

370

La‑138

1 x 101

1 x 106

371

La‑140

1 x 101

1 x 105

372

La‑141

1 x 102

1 x 105

373

La‑142

1 x 101

1 x 105

374

La‑143

1 x 102

1 x 105

375

Ce‑134

1 x 103

1 x 107

376

Ce‑135

1 x 101

1 x 106

377

Ce‑137

1 x 103

1 x 107

378

Ce‑137m

1 x 103

1 x 106

379

Ce‑139

1 x 102

1 x 106

380

Ce‑141

1 x 102

1 x 107

381

Ce‑143

1 x 102

1 x 106

382

Ce‑144a

1 x 102

1 x 105

383

Pr‑136

1 x 101

1 x 105

384

Pr‑137

1 x 102

1 x 106

385

Pr‑138m

1 x 101

1 x 106

386

Pr‑139

1 x 102

1 x 107

387

Pr‑142

1 x 102

1 x 105

388

Pr‑142m

1 x 107

1 x 109

389

Pr‑143

1 x 104

1 x 106

390

Pr‑144

1 x 102

1 x 105

391

Pr‑145

1 x 103

1 x 105

392

Pr‑147

1 x 101

1 x 105

393

Nd‑136

1 x 102

1 x 106

394

Nd‑138

1 x 103

1 x 107

395

Nd‑139

1 x 102

1 x 106

396

Nd‑139m

1 x 101

1 x 106

397

Nd‑141

1 x 102

1 x 107

398

Nd‑147

1 x 102

1 x 106

399

Nd‑149

1 x 102

1 x 106

400

Nd‑151

1 x 101

1 x 105

401

Pm‑141

1 x 101

1 x 105

402

Pm‑143

1 x 102

1 x 106

403

Pm‑144

1 x 101

1 x 106

404

Pm‑145

1 x 103

1 x 107

405

Pm‑146

1 x 101

1 x 106

406

Pm‑147

1 x 104

1 x 107

407

Pm‑148

1 x 101

1 x 105

408

Pm‑148m

1 x 101

1 x 106

409

Pm‑149

1 x 103

1 x 106

410

Pm‑150

1 x 101

1 x 105

411

Pm‑151

1 x 102

1 x 106

412

Sm‑141

1 x 101

1 x 105

413

Sm‑141m

1 x 101

1 x 106

414

Sm‑142

1 x 102

1 x 107

415

Sm‑145

1 x 102

1 x 107

416

Sm‑146

1 x 101

1 x 105

417

Sm‑147

1 x 101

1 x 104

418

Sm‑151

1 x 104

1 x 108

419

Sm‑153

1 x 102

1 x 106

420

Sm‑155

1 x 102

1 x 106

421

Sm‑156

1 x 102

1 x 106

422

Eu‑145

1 x 101

1 x 106

423

Eu‑146

1 x 101

1 x 106

424

Eu‑147

1 x 102

1 x 106

425

Eu‑148

1 x 101

1 x 106

426

Eu‑149

1 x 102

1 x 107

427

Eu‑150

1 x 101

1 x 106

428

Eu‑150m

1 x 103

1 x 106

429

Eu‑152

1 x 101

1 x 106

430

Eu‑152m

1 x 102

1 x 106

431

Eu‑154

1 x 101

1 x 106

432

Eu‑155

1 x 102

1 x 107

433

Eu‑156

1 x 101

1 x 106

434

Eu‑157

1 x 102

1 x 106

435

Eu‑158

1 x 101

1 x 105

436

Gd‑145

1 x 101

1 x 105

437

Gd‑146a

1 x 101

1 x 106

438

Gd‑147

1 x 101

1 x 106

439

Gd‑148

1 x 101

1 x 104

440

Gd‑149

1 x 102

1 x 106

441

Gd‑151

1 x 102

1 x 107

442

Gd‑152

1 x 101

1 x 104

443

Gd‑153

1 x 102

1 x 107

444

Gd‑159

1 x 103

1 x 106

445

Tb‑147

1 x 101

1 x 106

446

Tb‑149

1 x 101

1 x 106

447

Tb‑150

1 x 101

1 x 106

448

Tb‑151

1 x 101

1 x 106

449

Tb‑153

1 x 102

1 x 107

450

Tb‑154

1 x 101

1 x 106

451

Tb‑155

1 x 102

1 x 107

452

Tb‑156

1 x 101

1 x 106

453

Tb‑156 (24.4 h)

1 x 103

1 x 107

454

Tb‑156m’ (5 h)

1 x 104

1 x 107

455

Tb‑157

1 x 104

1 x 107

456

Tb‑158

1 x 101

1 x 106

457

Tb‑160

1 x 101

1 x 106

458

Tb‑161

1 x 103

1 x 106

459

Dy‑155

1 x 101

1 x 106

460

Dy‑157

1 x 102

1 x 106

461

Dy‑159

1 x 103

1 x 107

462

Dy‑165

1 x 103

1 x 106

463

Dy‑166

1 x 103

1 x 106

464

Ho‑155

1 x 102

1 x 106

465

Ho‑157

1 x 102

1 x 106

466

Ho‑159

1 x 102

1 x 106

467

Ho‑161

1 x 102

1 x 107

468

Ho‑162

1 x 102

1 x 107

469

Ho‑162m

1 x 101

1 x 106

470

Ho‑164

1 x 103

1 x 106

471

Ho‑164m

1 x 103

1 x 107

472

Ho‑166

1 x 103

1 x 105

473

Ho‑166m

1 x 101

1 x 106

474

Ho‑167

1 x 102

1 x 106

475

Er‑161

1 x 101

1 x 106

476

Er‑165

1 x 103

1 x 107

477

Er‑169

1 x 104

1 x 107

478

Er‑171

1 x 102

1 x 106

479

Er‑172

1 x 102

1 x 106

480

Tm‑162

1 x 101

1 x 106

481

Tm‑166

1 x 101

1 x 106

482

Tm‑167

1 x 102

1 x 106

483

Tm‑170

1 x 103

1 x 106

484

Tm‑171

1 x 104

1 x 108

485

Tm‑172

1 x 102

1 x 106

486

Tm‑173

1 x 102

1 x 106

487

Tm‑175

1 x 101

1 x 106

488

Yb‑162

1 x 102

1 x 107

489

Yb‑166

1 x 102

1 x 107

490

Yb‑167

1 x 102

1 x 106

491

Yb‑169

1 x 102

1 x 107

492

Yb‑175

1 x 103

1 x 107

493

Yb‑177

1 x 102

1 x 106

494

Yb‑178

1 x 103

1 x 106

495

Lu‑169

1 x 101

1 x 106

496

Lu‑170

1 x 101

1 x 106

497

Lu‑171

1 x 101

1 x 106

498

Lu‑172

1 x 101

1 x 106

499

Lu‑173

1 x 102

1 x 107

500

Lu‑174

1 x 102

1 x 107

501

Lu‑174m

1 x 102

1 x 107

502

Lu‑176

1 x 102

1 x 106

503

Lu‑176m

1 x 103

1 x 106

504

Lu‑177

1 x 103

1 x 107

505

Lu‑177m

1 x 101

1 x 106

506

Lu‑178

1 x 102

1 x 105

507

Lu‑178m

1 x 101

1 x 105

508

Lu‑179

1 x 103

1 x 106

509

Hf‑170

1 x 102

1 x 106

510

Hf‑172a

1 x 101

1 x 106

511

Hf‑173

1 x 102

1 x 106

512

Hf‑175

1 x 102

1 x 106

513

Hf‑177m

1 x 101

1 x 105

514

Hf‑178m

1 x 101

1 x 106

515

Hf‑179m

1 x 101

1 x 106

516

Hf‑180m

1 x 101

1 x 106

517

Hf‑181

1 x 101

1 x 106

518

Hf‑182

1 x 102

1 x 106

519

Hf‑182m

1 x 101

1 x 106

520

Hf‑183

1 x 101

1 x 106

521

Hf‑184

1 x 102

1 x 106

522

Ta‑172

1 x 101

1 x 106

523

Ta‑173

1 x 101

1 x 106

524

Ta‑174

1 x 101

1 x 106

525

Ta‑175

1 x 101

1 x 106

526

Ta‑176

1 x 101

1 x 106

527

Ta‑177

1 x 102

1 x 107

528

Ta‑178

1 x 101

1 x 106

529

Ta‑179

1 x 103

1 x 107

530

Ta‑180

1 x 101

1 x 106

531

Ta‑180m

1 x 103

1 x 107

532

Ta‑182

1 x 101

1 x 104

533

Ta‑182m

1 x 102

1 x 106

534

Ta‑183

1 x 102

1 x 106

535

Ta‑184

1 x 101

1 x 106

536

Ta‑185

1 x 102

1 x 105

537

Ta‑186

1 x 101

1 x 105

538

W‑176

1 x 102

1 x 106

539

W‑177

1 x 101

1 x 106

540

W‑178a

1 x 101

1 x 106

541

W‑179

1 x 102

1 x 107

542

W‑181

1 x 103

1 x 107

543

W‑185

1 x 104

1 x 107

544

W‑187

1 x 102

1 x 106

545

W‑188a

1 x 102

1 x 105

546

Re‑177

1 x 101

1 x 106

547

Re‑178

1 x 101

1 x 106

548

Re‑181

1 x 101

1 x 106

549

Re‑182

1 x 101

1 x 106

550

Re‑182m

1 x 101

1 x 106

551

Re‑184

1 x 101

1 x 106

552

Re‑184m

1 x 102

1 x 106

553

Re‑186

1 x 103

1 x 106

554

Re‑186m

1 x 103

1 x 107

555

Re‑187

1 x 106

1 x 109

556

Re‑188

1 x 102

1 x 105

557

Re‑188m

1 x 102

1 x 107

558

Re‑189a

1 x 102

1 x 106

559

Os‑180

1 x 102

1 x 107

560

Os‑181

1 x 101

1 x 106

561

Os‑182

1 x 102

1 x 106

562

Os‑185

1 x 101

1 x 106

563

Os‑189m

1 x 104

1 x 107

564

Os‑191

1 x 102

1 x 107

565

Os‑191m

1 x 103

1 x 107

566

Os‑193

1 x 102

1 x 106

567

Os‑194a

1 x 102

1 x 105

568

Ir‑182

1 x 101

1 x 105

569

Ir‑184

1 x 101

1 x 106

570

Ir‑185

1 x 101

1 x 106

571

Ir‑186

1 x 101

1 x 106

572

Ir‑186m

1 x 101

1 x 106

573

Ir‑187

1 x 102

1 x 106

574

Ir‑188

1 x 101

1 x 106

575

Ir‑189a

1 x 102

1 x 107

576

Ir‑190

1 x 101

1 x 106

577

Ir‑190m (3.1 h)

1 x 101

1 x 106

578

Ir‑190m’ (1.2 h)

1 x 104

1 x 107

579

Ir‑192

1 x 101

1 x 104

580

Ir‑192m

1 x 102

1 x 107

581

Ir‑193m

1 x 104

1 x 107

582

Ir‑194

1 x 102

1 x 105

583

Ir‑194m

1 x 101

1 x 106

584

Ir‑195

1 x 102

1 x 106

585

Ir‑195m

1 x 102

1 x 106

586

Pt‑186

1 x 101

1 x 106

587

Pt‑188a

1 x 101

1 x 106

588

Pt‑189

1 x 102

1 x 106

589

Pt‑191

1 x 102

1 x 106

590

Pt‑193

1 x 104

1 x 107

591

Pt‑193m

1 x 103

1 x 107

592

Pt‑195m

1 x 102

1 x 106

593

Pt‑197

1 x 103

1 x 106

594

Pt‑197m

1 x 102

1 x 106

595

Pt‑199

1 x 102

1 x 106

596

Pt‑200

1 x 102

1 x 106

597

Au‑193

1 x 102

1 x 107

598

Au‑194

1 x 101

1 x 106

599

Au‑195

1 x 102

1 x 107

600

Au‑198

1 x 102

1 x 106

601

Au‑198m

1 x 101

1 x 106

602

Au‑199

1 x 102

1 x 106

603

Au‑200

1 x 102

1 x 105

604

Au‑200m

1 x 101

1 x 106

605

Au‑201

1 x 102

1 x 106

606

Hg‑193

1 x 102

1 x 106

607

Hg‑193m

1 x 101

1 x 106

608

Hg‑194a

1 x 101

1 x 106

609

Hg‑195

1 x 102

1 x 106

610

Hg‑195ma

1 x 102

1 x 106

611

Hg‑197

1 x 102

1 x 107

612

Hg‑197m

1 x 102

1 x 106

613

Hg‑199m

1 x 102

1 x 106

614

Hg‑203

1 x 102

1 x 105

615

Tl‑194

1 x 101

1 x 106

616

Tl‑194m

1 x 101

1 x 106

617

Tl‑195

1 x 101

1 x 106

618

Tl‑197

1 x 102

1 x 106

619

Tl‑198

1 x 101

1 x 106

620

Tl‑198m

1 x 101

1 x 106

621

Tl‑199

1 x 102

1 x 106

622

Tl‑200

1 x 101

1 x 106

623

Tl‑201

1 x 102

1 x 106

624

Tl‑202

1 x 102

1 x 106

625

Tl‑204

1 x 104

1 x 104

626

Pb‑195m

1 x 101

1 x 106

627

Pb‑198

1 x 102

1 x 106

628

Pb‑199

1 x 101

1 x 106

629

Pb‑200

1 x 102

1 x 106

630

Pb‑201

1 x 101

1 x 106

631

Pb‑202

1 x 103

1 x 106

632

Pb‑202m

1 x 101

1 x 106

633

Pb‑203

1 x 102

1 x 106

634

Pb‑205

1 x 104

1 x 107

635

Pb‑209

1 x 105

1 x 106

636

Pb‑210a

1 x 101

1 x 104

637

Pb‑211

1 x 102

1 x 106

638

Pb‑212a

1 x 101

1 x 105

639

Pb‑214

1 x 102

1 x 106

640

Bi‑200

1 x 101

1 x 106

641

Bi‑201

1 x 101

1 x 106

642

Bi‑202

1 x 101

1 x 106

643

Bi‑203

1 x 101

1 x 106

644

Bi‑205

1 x 101

1 x 106

645

Bi‑206

1 x 101

1 x 105

646

Bi‑207

1 x 101

1 x 106

647

Bi‑210

1 x 103

1 x 106

648

Bi‑210ma

1 x 101

1 x 105

649

Bi‑212a

1 x 101

1 x 105

650

Bi‑213

1 x 102

1 x 106

651

Bi‑214

1 x 101

1 x 105

652

Po‑203

1 x 101

1 x 106

653

Po‑205

1 x 101

1 x 106

654

Po‑206

1 x 101

1 x 106

655

Po‑207

1 x 101

1 x 106

656

Po‑208

1 x 101

1 x 104

657

Po‑209

1 x 101

1 x 104

658

Po‑210

1 x 101

1 x 104

659

At‑207

1 x 101

1 x 106

660

At‑211

1 x 103

1 x 107

661

Fr‑222

1 x 103

1 x 105

662

Fr‑223

1 x 102

1 x 106

663

Rn‑220a

1 x 104

1 x 107

664

Rn‑222a

1 x 101

1 x 108

665

Ra‑223a

1 x 102

1 x 105

666

Ra‑224a

1 x 101

1 x 105

667

Ra‑225

1 x 102

1 x 105

668

Ra‑226a

1 x 101

1 x 104

669

Ra‑227

1 x 102

1 x 106

670

Ra‑228a

1 x 101

1 x 105

671

Ac‑224

1 x 102

1 x 106

672

Ac‑225a

1 x 101

1 x 104

673

Ac‑226

1 x 102

1 x 105

674

Ac‑227a

1 x 10‑1

1 x 103

675

Ac‑228

1 x 101

1 x 106

676

Th‑226a

1 x 103

1 x 107

677

Th‑227

1 x 101

1 x 104

678

Th‑228a

1 x 100

1 x 104

679

Th‑229a

1 x 100

1 x 103

680

Th‑230

1 x 100

1 x 104

681

Th‑231

1 x 103

1 x 107

682

Th‑232

1 x 101

1 x 104

683

Th‑nata

1 x 100

1 x 103

684

Th‑234a

1 x 103

1 x 105

685

Pa‑227

1 x 101

1 x 106

686

Pa228

1 x 101

1 x 106

687

Pa‑230

1 x 101

1 x 106

688

Pa‑231

1 x 100

1 x 103

689

Pa‑232

1 x 101

1 x 106

690

Pa‑233

1 x 102

1 x 107

691

Pa‑234

1 x 101

1 x 106

692

U‑230a

1 x 101

1 x 105

693

U‑231

1 x 102

1 x 107

694

U‑232a

1 x 100

1 x 103

695

U‑233

1 x 101

1 x 104

696

U‑234

1 x 101

1 x 104

697

U‑235a

1 x 101

1 x 104

698

U‑236

1 x 101

1 x 104

699

U‑237

1 x 102

1 x 106

700

U‑238a

1 x 101

1 x 104

701

U‑nata

1 x 100

1 x 103

702

U‑239

1 x 102

1 x 106

703

U‑240

1 x 103

1 x 107

704

U‑240a

1 x 101

1 x 106

705

Np‑232

1 x 101

1 x 106

706

Np‑233

1 x 102

1 x 107

707

Np‑234

1 x 101

1 x 106

708

Np‑235

1 x 103

1 x 107

709

Np‑236

1 x 102

1 x 105

710

Np‑236m

1 x 103

1 x 107

711

Np‑237a

1 x 100

1 x 103

712

Np‑238

1 x 102

1 x 106

713

Np‑239

1 x 102

1 x 107

714

Np‑240

1 x 101

1 x 106

715

Pu‑234

1 x 102

1 x 107

716

Pu‑235

1 x 102

1 x 107

717

Pu‑236

1 x 101

1 x 104

718

Pu‑237

1 x 103

1 x 107

719

Pu‑238

1 x 100

1 x 104

720

Pu‑239

1 x 100

1 x 104

721

Pu‑240

1 x 100

1 x 103

722

Pu‑241

1 x 102

1 x 105

723

Pu‑242

1 x 100

1 x 104

724

Pu‑243

1 x 103

1 x 107

725

Pu‑244

1 x 100

1 x 104

726

Pu‑245

1 x 102

1 x 106

727

Pu‑246

1 x 102

1 x 106

728

Am‑237

1 x 102

1 x 106

729

Am‑238

1 x 101

1 x 106

730

Am‑239

1 x 102

1 x 106

731

Am‑240

1 x 101

1 x 106

732

Am‑241

1 x 100

1 x 104

733

Am‑242

1 x 103

1 x 106

734

Am‑242ma

1 x 100

1 x 104

735

Am‑243a

1 x 100

1 x 103

736

Am‑244

1 x 101

1 x 106

737

Am‑244m

1 x 104

1 x 107

738

Am‑245

1 x 103

1 x 106

739

Am‑246

1 x 101

1 x 105

740

Am‑246m

1 x 101

1 x 106

741

Cm‑238

1 x 102

1 x 107

742

Cm‑240

1 x 102

1 x 105

743

Cm‑241

1 x 102

1 x 106

744

Cm‑242

1 x 102

1 x 105

745

Cm‑243

1 x 100

1 x 104

746

Cm‑244

1 x 101

1 x 104

747

Cm‑245

1 x 100

1 x 103

748

Cm‑246

1 x 100

1 x 103

749

Cm‑247

1 x 100

1 x 104

750

Cm‑248

1 x 100

1 x 103

751

Cm‑249

1 x 103

1 x 106

752

Cm‑250

1 x 10‑1

1 x 103

753

Bk‑245

1 x 102

1 x 106

754

Bk‑246

1 x 101

1 x 106

755

Bk‑247

1 x 100

1 x 104

756

Bk‑249

1 x 103

1 x 106

757

Bk‑250

1 x 101

1 x 106

758

Cf‑244

1 x 104

1 x 107

759

Cf‑246

1 x 103

1 x 106

760

Cf‑248

1 x 101

1 x 104

761

Cf‑249

1 x 100

1 x 103

762

Cf‑250

1 x 101

1 x 104

763

Cf‑251

1 x 100

1 x 103

764

Cf‑252

1 x 101

1 x 104

765

Cf‑253

1 x 102

1 x 105

766

Cf‑254

1 x 100

1 x 103

767

Es‑250

1 x 102

1 x 106

768

Es‑251

1 x 102

1 x 107

769

Es‑253

1 x 102

1 x 105

770

Es‑254

1 x 101

1 x 104

771

Es‑254m

1 x 102

1 x 106

772

Fm‑252

1 x 103

1 x 106

773

Fm‑253

1 x 102

1 x 106

774

Fm‑254

1 x 104

1 x 107

775

Fm‑255

1 x 103

1 x 106

776

Fm‑257

1 x 101

1 x 105

777

Md‑257

1 x 102

1 x 107

778

Md‑258

1 x 102

1 x 105

779

An alpha‑emitting nuclide not mentioned in another item

1 x 100

1 x 103

780

A nuclide that is not alpha‑emitting and not mentioned in another item

1 x 101

1 x 104

Part 3Parent nuclides and progeny nuclides

  

3  Parent nuclides and progeny nuclides

                   The following table sets out progeny nuclides for parent nuclides included in secular equilibrium.

Note 1:       The activity of a progeny nuclide included in secular equilibrium with a parent nuclide is dealt with in regulation 3A.

Note 2:       Parent nuclides are also marked a in the table in clause 2.

 

Parent nuclides and progeny nuclides

Item

Parent nuclide

Progeny nuclide

1

Ge‑68

Ga‑68

2

Rb‑83

Kr‑83m

3

Sr‑82

Rb‑82

4

Sr‑90

Y‑90

5

Y‑87

Sr‑87m

6

Zr‑93

Nb‑93m

7

Zr‑97

Nb‑97

8

Ru‑106

Rh‑106

9

Ag‑108m

Ag‑108

10

Sn‑121m

Sn‑121 (0.776)

11

Sn‑126

Sb‑126m

12

Xe‑122

I‑122

13

Cs‑137

Ba‑137m

14

Ba‑140

La‑140

15

Ce‑144

Pr‑144

16

Gd‑146

Eu‑146

17

Hf‑172

Lu‑172

18

W‑178

Ta‑178

19

W‑188

Re‑188

20

Re‑189

Os‑189m (0.241)

21

Os‑194

Ir‑194

22

Ir‑189

Os‑189m

23

Pt‑188

Ir‑188

24

Hg‑194

Au‑194

25

Hg‑195m

Hg‑195 (0.542)

26

Pb‑210

Bi‑210

Po‑210

27

Pb‑212

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

28

Bi‑210m

Tl‑206

29

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

30

Rn‑220

Po‑216

31

Rn‑222

Po‑218

Pb‑214

Bi‑214

Po‑214

32

Ra‑223

Rn‑219

Po‑215

Pb‑211

Bi‑211

Tl‑207

33

Ra‑224

Rn‑220

Po‑216

Pb‑212

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

34

Ra‑226

Rn‑222

Po‑218

Pb‑214

Bi‑214

Po‑214

Pb‑210

Bi‑210

Po‑210

35

Ra‑228

Ac‑228

36

Ac‑225

Fr‑221

At‑217

Bi‑213

Po‑213 (0.978)

Tl‑209 (0.0216)

Pb‑209 (0.978)

37

Ac‑227

Fr‑223 (0.0138)

38

Th‑226

Ra‑222

Rn‑218

Po‑214

39

Th‑228

Ra‑224

Rn‑220

Po‑216

Pb‑212

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

40

Th‑229

Ra‑225

Ac‑225

Fr‑221

At‑217

Bi‑213

Po‑213

Pb‑209

41

Th‑nat

Ra‑228

Ac‑228

Th‑228

Ra‑224

Rn‑220

Po‑216

Pb‑212

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

42

Th‑234

Pa‑234m

43

U‑230

Th‑226

Ra‑222

Rn‑218

Po‑214

44

U‑232

Th‑228

Ra‑224

Rn‑220

Po‑216

Pb‑212

Bi‑212

Tl‑208 (0.36)

Po‑212 (0.64)

45

U‑235

Th‑231

46

U‑238

Th‑234

Pa‑234m

47

U‑nat

Th‑234

Pa‑234m

U‑234

Th‑230

Ra‑226

Rn‑222

Po‑218

Pb‑214

Bi‑214

Po‑214

Pb‑210

Bi‑210

Po‑210

48

U‑240

Np‑240m

49

Np‑237

Pa‑233

50

Am‑242m

Am‑242

51

Am‑243

Np‑239

 

82  Part 1 of Schedule 3 (after the heading)

Insert:

1  Facility licence—information and documents that may be requested by CEO

                   The following table sets out information and documents that the CEO may ask an applicant for a facility licence to give.

83  Part 1 of Schedule 3 (table, headings)

Omit:

Item

Information

substitute:

 

Facility licence—information and documents that may be requested by CEO

Item

Information and documents

84  Part 1 of Schedule 3 (at the end of the cell at table item 4, column headed “Information”)

Add:

; (g) the environment protection plan for the controlled facility.

85  Part 2 of Schedule 3 (after the heading)

Insert:

2  Source licence—information and documents that may be requested by CEO

                   The following table sets out information and documents that the CEO may ask an applicant for a source licence to give.

86  Part 2 of Schedule 3 (table, headings)

Repeal the headings, substitute:

 

Source licence—information and documents that may be requested by CEO

Item

Information and documents

87  Schedule 3A (before the table)

Insert:

1  Facility licence application fees—nuclear installations

                   The following table sets out the amount of the application fee for a facility licence that authorises a person to do a thing mentioned in an item in the table in relation to a controlled facility that is a nuclear installation.

88  Schedule 3A (table, headings)

Repeal the headings, substitute:

 

Facility licence application fees—nuclear installations

Item

Thing authorised to be done by licence

Amount ($)

89  Part 1 of Schedule 3B (after the heading)

Insert:

1  Facility licence application fees—prescribed radiation facilities (general)

                   The following table sets out the amount of the application fee for a facility licence that authorises a person to do a thing in relation to a controlled facility that is a prescribed radiation facility of a kind mentioned in an item in the table (except if the thing is mentioned in an item in the table in clause 2).

90  Part 1 of Schedule 3B (table, headings)

Repeal the headings, substitute:

 

Facility licence application fees—prescribed radiation facilities (general)

Item

Kind of prescribed radiation facility

Amount ($)

91  Part 1 of Schedule 3B (note)

Omit “the application fee for the licence is the sum of the application fees for each thing authorised to be done by the licence”, substitute “the amount of the application fee for the licence is the sum of the amounts of the application fees that would have been applicable if applications for separate licences had been made for each of those things”.

92  Part 2 of Schedule 3B (after the heading)

Insert:

2  Facility licence application fees—prescribed radiation facilities (other)

                   The following table sets out the amount of the application fee for a facility licence that authorises a person to do a thing mentioned in an item in the table in relation to a prescribed radiation facility.

93  Part 2 of Schedule 3B (table, headings)

Repeal the headings, substitute:

 

Facility licence application fees—prescribed radiation facilities (other)

Item

Thing authorised to be done by licence

Amount ($)

94  Part 1 of Schedule 3C (after the heading)

Insert:

1  Source licence application fees—kinds of controlled apparatus or controlled material

                   The following table sets out kinds of controlled apparatus and controlled materials for the purpose of determining the amount of an application fee for a source licence.

95  Part 1 of Schedule 3C (table, headings)

Omit:

Item

Controlled apparatus or controlled material

substitute:

Source licence application fees—kinds of controlled apparatus or controlled material

Item

Controlled apparatus or controlled material

96  Part 1 of Schedule 3C (table items 6, 7, 8, 30, 31, 42 and 43)

Omit “the amount mentioned in column 4 of Part 2 of Schedule 2 for that kind of nuclide”, substitute “the activity value for that nuclide set out in an item in the table in clause 2 of Schedule 2”.

97  Part 1 of Schedule 3C (note)

Omit “The dictionary in these Regulations”, substitute “Regulation 3”.

98  Part 2 of Schedule 3C (after the heading)

Insert:

2  Source licence application fees—amount of fees

                   The following table sets out amounts for the purpose of determining the amount of an application fee for a source licence.

Note:          The amount of an application fee for a source licence is based on:

(a)    the number of controlled apparatus or controlled materials in the same location to be dealt with under the application; and

(b)    the Group in the table in clause 1 that covers the controlled apparatus or controlled materials.

99  Part 2 of Schedule 3C (table, headings)

Repeal the headings, substitute:

 

Source licence application fees—amount of fees

Item

Number of controlled apparatus or controlled materials in the same location to be dealt with under application

Amount ($)