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

This instrument commences on 1 July 2015.

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

Each instrument that is specified in a Schedule to this instrument is amended or repealed as set out in the applicable items in the Schedule concerned, and any other item in a Schedule to this instrument has effect according to its terms.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 1—Amendments

Part 1—Amendments 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 2—Other 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;

(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:

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

(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 5—Practices 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);

(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;

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 5.3—Practices 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:

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 1—Exempt 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:

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;

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

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

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 2—Activity 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 3—Parent 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 ($)