Decay Radiation Results

Results:2 different decay possibilities were found

Dataset #1:

Authors: T.D. Johnson, Balraj Singh Citation:Nuclear Data Sheets 142, 1 (2017)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
189
77 Ir
372.174 11/2- 13.3 ms 3 IT: 100 %
189
77 Ir

Electrons:

Energy (keV)		Intensity (%)	Dose ( MeV/Bq-s )

Auger L	7.06	86 % 8	0.0061 6
CE K	37.71 4	32 % 9	0.012 3
Auger K	49.6	2.1 % 5	0.00106 23
CE L	58.27 4	68 % 17	0.040 10
CE M	68.52 4	18 % 4	0.012 3
CE N	71.00 4	4.4 % 11	0.0031 8
CE O	71.65 4	0.74 % 18	5.3E-4 13
CE L	100.40 4	9 % 3	0.009 3
CE K	110.59 6	16 % 5	0.018 5
CE M	110.65 4	2.2 % 6	0.0024 7
CE N	113.13 4	0.54 % 15	6.1E-4 17
CE O	113.78 4	0.088 % 25	1.0E-4 3
CE L	173.28 6	3.8 % 10	0.0065 18
CE K	182.26 6	0.99 % 19	0.0018 3
CE M	183.53 6	0.9 % 3	0.0017 5
CE N	186.01 6	0.22 % 6	4.1E-4 11
CE O	186.66 6	0.037 % 10	6.9E-5 19
CE K	224.40 6	2.5 % 7	0.0055 15
CE L	244.95 6	1.9 % 4	0.0046 9
CE M	255.20 6	0.49 % 10	0.00126 24
CE N	257.68 6	0.120 % 23	3.1E-4 6
CE O	258.33 6	0.019 % 4	4.8E-5 9
CE L	287.09 6	1.1 % 3	0.0031 9
CE M	297.34 6	0.27 % 7	8.0E-4 22
CE N	299.82 6	0.065 % 18	2.0E-4 5
CE O	300.47 6	0.010 % 3	3.1E-5 9

Gamma and X-ray radiation:

Energy (keV)		Intensity (%)	Dose ( MeV/Bq-s )

XR l	9.18	40 % 6	0.0037 6
XR kα2	63.287	14 % 3	0.0088 18
XR kα1	64.986	24 % 5	0.015 3
	71.69 4	1.2 % 3	8.6E-4 21
XR kβ3	73.202	2.8 % 6	0.0021 4
XR kβ1	73.56	5.4 % 11	0.0040 8
XR kβ2	75.575	1.9 % 4	0.0014 3
	113.82 4	11 % 3	0.013 4
	186.70 6	25 % 7	0.046 13
	258.37 6	4.0 % 8	0.0103 20
	300.51 6	41 % 11	0.12 3

Gamma Coincidence Data:

For each gamma, the list of gammas in coincidence is given.
If experimentally known, an estimate of the average time interval (in seconds) between both gammas is given.

E(γ)	Coincidence
71.69	113.82, 186.70, 300.51
113.82	71.69, 186.70, 258.37
186.70	71.69, 113.82
258.37	113.82
300.51	71.69

Dataset #2:

Authors: T.D. Johnson, Balraj Singh Citation:Nuclear Data Sheets 142, 1 (2017)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
189
77 Ir
0.0 3/2+ 13.2 d 1 ε: 100 % 537 13
189
76 Os

Electrons:

Energy (keV)		Intensity (%)	Dose ( MeV/Bq-s )

Auger L	6.88	92 % 4	0.0064 3
CE L	12.68 10	1.5 % 7	1.9E-4 9
CE L	17.83 4	5.25 %	9.4E-4
CE L	20.34 4	3.7 % 6	7.5E-4 12
CE K	21.36 4	1.89 % 24	4.0E-4 5
CE M	22.60 10	0.37 % 17	8E-5 4
CE L	23.20 4	10.5 % 14	0.0024 3
CE N	25.00 10	0.09 % 4	2.2E-5 10
CE O	25.59 10	0.014 % 6	3.7E-6 15
CE M	27.75 4	1.69 %	4.7E-4
CE N	30.15 4	0.43 %	1.28E-4
CE M	30.26 4	0.94 % 15	2.8E-4 5
CE O	30.74 4	0.063 %	1.94E-5
CE N	32.66 4	0.22 % 4	7.3E-5 12
CE M	33.12 4	2.4 % 3	8.0E-4 11
CE O	33.25 4	0.033 % 5	1.09E-5 17
CE N	35.52 4	0.59 % 8	2.1E-4 3
CE O	36.11 4	0.101 % 14	3.6E-5 5
CE L	43.53 4	0.60 % 13	2.6E-4 6
CE L	46.082 20	4.5 % 6	0.0021 3
CE L	46.082 20	1.00 % 17	4.6E-4 8
Auger K	48.3	3.5 % 4	0.00167 21
CE M	53.45 4	0.14 % 3	7.3E-5 16
CE N	55.85 4	0.034 % 8	1.9E-5 4
CE M	56.001 20	1.03 % 15	5.8E-4 8
CE M	56.001 20	0.25 % 4	1.42E-4 25
CE O	56.44 4	0.0058 % 13	3.3E-6 7
CE L	56.55 3	22 % 3	0.0125 18
CE N	58.396 20	0.25 % 4	1.47E-4 21
CE N	58.396 20	0.061 % 11	3.5E-5 6
CE O	58.988 20	0.0091 % 16	5.3E-6 9
CE O	58.988 20	0.043 % 6	2.5E-5 4
CE K	64.43 10	0.088 % 18	5.7E-5 12
CE M	66.47 3	5.5 % 8	0.0037 5
CE N	68.87 3	1.33 % 20	9.1E-4 13
CE O	69.46 3	0.20 % 3	1.41E-4 21
CE K	73.23 10	0.10 % 3	7.6E-5 24
CE K	76.03 10	0.030 % 4	2.3E-5 3
CE L	82.26 4	0.42 % 6	3.5E-4 5
CE K	90.13 10	0.061 % 25	5.5E-5 22
CE M	92.18 4	0.101 % 13	9.3E-5 12
CE N	94.58 4	0.024 % 3	2.3E-5 3
CE O	95.17 4	0.0040 % 5	3.8E-6 5
CE K	106.63 10	0.016 % 10	1.7E-5 10
CE K	111.979 10	0.133 % 22	1.49E-4 24
CE K	114.73 10	0.019 % 6	2.2E-5 6
CE K	123.53 10	0.046 % 5	5.7E-5 6
CE L	125.33 10	0.029 % 5	3.6E-5 6
CE K	132.43 10	0.016 % 4	2.1E-5 6
CE L	134.13 10	0.039 % 7	5.2E-5 10
CE M	135.25 10	0.0070 % 13	9.4E-6 18
CE L	136.93 10	0.036 % 4	4.9E-5 6
CE N	137.65 10	0.0017 % 3	2.4E-6 5
CE O	138.24 10	2.7E-4 % 5	3.7E-7 7
CE K	142.83 10	0.071 % 8	1.01E-4 11
CE M	144.05 10	0.0095 % 20	1.4E-5 3
CE K	145.53 10	0.070 % 8	1.02E-4 11
CE N	146.45 10	0.0023 % 5	3.3E-6 8
CE M	146.85 10	0.0092 % 11	1.34E-5 17
CE O	147.04 10	3.6E-4 % 7	5.2E-7 10
CE N	149.25 10	0.0022 % 3	3.3E-6 4
CE O	149.84 10	3.3E-4 % 4	4.9E-7 6
CE L	151.03 10	0.016 % 3	2.5E-5 5
CE K	159.63 10	0.057 % 11	9.1E-5 17
CE M	160.95 10	0.0040 % 10	6.4E-6 16
CE N	163.35 10	9.6E-4 % 25	1.6E-6 4
CE O	163.94 10	1.5E-4 % 3	2.5E-7 6
CE L	167.53 10	0.0049 % 10	8.2E-6 17
CE K	171.23 10	0.598 %	0.001024
CE L	172.882 10	0.024 % 4	4.1E-5 6
CE L	175.63 10	0.0076 % 10	1.33E-5 18
CE M	177.45 10	0.0012 % 3	2.1E-6 5
CE N	179.85 10	2.9E-4 % 7	5.2E-7 12
CE O	180.44 10	4.6E-5 % 9	8.2E-8 15
CE M	182.802 10	0.0056 % 8	1.02E-5 15
CE L	184.43 10	0.034 % 4	6.3E-5 7
CE N	185.196 10	0.00135 % 20	2.5E-6 4
CE M	185.55 10	0.0019 % 3	3.5E-6 5
CE O	185.788 10	2.3E-4 % 3	4.3E-7 6
CE N	187.95 10	4.5E-4 % 6	8.4E-7 12
CE O	188.54 10	7.1E-5 % 9	1.33E-7 18
CE L	193.33 10	0.0085 % 9	1.65E-5 18
CE M	194.35 10	0.0086 % 10	1.68E-5 19
CE N	196.75 10	0.00208 % 23	4.1E-6 5
CE O	197.34 10	3.1E-4 % 3	6.2E-7 7
CE K	201.93 10	0.065 % 9	1.31E-4 18
CE M	203.25 10	0.00212 % 23	4.3E-6 5
CE L	203.73 10	0.045 % 5	9.3E-5 10
CE N	205.65 10	5.1E-4 % 6	1.05E-6 12
CE O	206.24 10	7.9E-5 % 8	1.62E-7 18
CE L	206.43 10	0.044 % 5	9.1E-5 10
CE M	213.65 10	0.0114 % 13	2.4E-5 3
CE N	216.05 10	0.0027 % 3	5.9E-6 7
CE M	216.35 10	0.0111 % 12	2.4E-5 3
CE O	216.64 10	4.2E-4 % 5	9.0E-7 10
CE N	218.75 10	0.0027 % 3	5.8E-6 6
CE O	219.34 10	4.1E-4 % 4	8.9E-7 10
CE L	220.53 10	0.0197 % 21	4.4E-5 5
CE M	230.45 10	0.0048 % 5	1.11E-5 12
CE L	232.13 10	0.321 %	7.45E-4
CE N	232.85 10	0.00117 % 13	2.7E-6 3
CE O	233.44 10	1.84E-4 % 20	4.3E-7 5
CE M	242.05 10	0.0803 %	1.94E-4
CE N	244.45 10	0.0193 %	4.72E-5
CE O	245.04 10	0.00296 %	7.25E-6
CE L	262.83 10	0.0194 % 23	5.1E-5 6
CE K	269.33 10	0.0081 % 10	2.2E-5 3
CE M	272.75 10	0.0047 % 5	1.29E-5 15
CE N	275.15 10	0.00114 % 13	3.1E-6 4
CE O	275.74 10	1.82E-4 % 21	5.0E-7 6
CE K	328.93 10	6.4E-4 % 9	2.1E-6 3
CE L	330.23 10	0.00129 % 16	4.3E-6 5
CE M	340.15 10	3.0E-4 % 4	1.01E-6 12
CE N	342.55 10	7.2E-5 % 9	2.5E-7 3
CE O	343.14 10	1.25E-5 % 15	4.3E-8 5
CE K	364.63 10	2.8E-4 % 10	1.0E-6 4
CE L	389.83 10	1.02E-4 % 14	4.0E-7 5
CE M	399.75 10	2.3E-5 % 3	9.3E-8 13
CE N	402.15 10	5.7E-6 % 8	2.3E-8 3
CE O	402.74 10	9.8E-7 % 13	4.0E-9 5
CE L	425.53 10	4.4E-5 % 15	1.9E-7 7
CE M	435.45 10	1.0E-5 % 4	4.4E-8 15
CE N	437.85 10	2.5E-6 % 9	1.1E-8 4
CE O	438.44 10	4.3E-7 % 15	1.9E-9 7

Gamma and X-ray radiation:

Energy (keV)		Intensity (%)	Dose ( MeV/Bq-s )

XR l	8.91	41 % 3	0.00366 24
	25.65 10	0.024 % 4	6.2E-6 10
	30.80 4	2.4E-5 %	7.3E-9
	33.31 4	0.0068 % 11	2.3E-6 4
	36.17 4	0.67 % 9	2.4E-4 3
	56.50 4	0.15 % 3	8.5E-5 19
	59.05 2	1.20 % 17	7.1E-4 10
	59.05 2	0.060 % 8	3.5E-5 5
XR kα2	61.486	22.1 % 20	0.0136 12
XR kα1	63.0	38 % 3	0.0237 21
	69.52 3	3.5 % 5	0.0025 4
XR kβ3	71.079	4.4 % 4	0.0031 3
XR kβ1	71.414	8.5 % 8	0.0061 5
XR kβ2	73.363	3.0 % 3	0.00219 20
	95.23 4	0.38 % 5	3.7E-4 5
	138.3 1	0.068 % 10	9.5E-5 14
	147.1 1	0.108 % 14	1.59E-4 20
	149.9 1	0.085 % 10	1.27E-4 16
	164.0 1	0.074 % 8	1.21E-4 13
	180.5 1	0.029 % 4	5.3E-5 8
	185.85 1	0.18 % 3	3.3E-4 5
	188.6 1	0.052 % 7	9.7E-5 13
	197.4 1	0.26 % 3	5.2E-4 6
	206.3 1	0.080 % 9	1.65E-4 18
	216.7 1	0.52 % 6	0.00112 12
	219.4 1	0.53 % 6	0.00116 13
	233.5 1	0.30 % 3	7.0E-4 8
	245.1 1	6.0 %	0.0147
	275.8 1	0.54 % 6	0.00149 17
	343.2 1	0.055 % 7	1.87E-4 22
	402.8 1	0.0066 % 9	2.7E-5 4
	438.5 1	0.0036 % 13	1.6E-5 5

Gamma Coincidence Data:

For each gamma, the list of gammas in coincidence is given.
If experimentally known, an estimate of the average time interval (in seconds) between both gammas is given.

E(γ)	Coincidence
25.65	33.31 (1.62E-9), 36.17 (2.15E-9), 69.52 (1.62E-9), 138.3 (2.30E-10), 180.5 (2.30E-10), 343.2 (2.30E-10)
30.80	56.50 (2.09E+4), 59.05 (2.09E+4), 185.85 (2.09E+4), 188.6 (2.09E+4), 245.1 (2.09E+4)
33.31	25.65 (1.62E-9), 36.17 (5.30E-10), 56.50 (1.62E-9), 59.05 (1.62E-9), 138.3 (1.85E-9), 147.1 (1.62E-9), 149.9 (1.62E-9), 164.0 (1.62E-9), 180.5 (1.85E-9), 206.3 (1.62E-9), 343.2 (1.85E-9)
36.17	25.65 (2.15E-9), 33.31 (5.30E-10), 56.50 (2.15E-9), 59.05 (5.30E-10), 59.05 (2.15E-9), 138.3 (2.38E-9), 147.1 (2.15E-9), 149.9 (2.15E-9), 164.0 (2.15E-9), 180.5 (2.38E-9), 197.4 (5.30E-10), 206.3 (2.15E-9), 343.2 (2.38E-9), 402.8 (5.30E-10)
56.50	30.80 (2.09E+4), 33.31 (1.62E-9), 36.17 (2.15E-9), 69.52 (1.62E-9), 149.9, 188.6, 219.4
59.05	36.17 (5.30E-10), 138.3 (2.30E-10), 180.5 (2.30E-10), 343.2 (2.30E-10)
59.05	30.80 (2.09E+4), 33.31 (1.62E-9), 36.17 (2.15E-9), 69.52 (1.62E-9), 147.1, 185.85, 216.7
69.52	25.65 (1.62E-9), 56.50 (1.62E-9), 59.05 (1.62E-9), 138.3 (1.85E-9), 147.1 (1.62E-9), 149.9 (1.62E-9), 164.0 (1.62E-9), 180.5 (1.85E-9), 206.3 (1.62E-9), 343.2 (1.85E-9)
95.23	138.3 (2.30E-10), 180.5 (2.30E-10), 343.2 (2.30E-10)
138.3	25.65 (2.30E-10), 33.31 (1.85E-9), 36.17 (2.38E-9), 59.05 (2.30E-10), 69.52 (1.85E-9), 95.23 (2.30E-10)
147.1	33.31 (1.62E-9), 36.17 (2.15E-9), 59.05, 69.52 (1.62E-9)
149.9	33.31 (1.62E-9), 36.17 (2.15E-9), 56.50, 69.52 (1.62E-9)
164.0	33.31 (1.62E-9), 36.17 (2.15E-9), 69.52 (1.62E-9)
180.5	25.65 (2.30E-10), 33.31 (1.85E-9), 36.17 (2.38E-9), 59.05 (2.30E-10), 69.52 (1.85E-9), 95.23 (2.30E-10)
185.85	30.80 (2.09E+4), 59.05
188.6	30.80 (2.09E+4), 56.50
197.4	36.17 (5.30E-10)
206.3	33.31 (1.62E-9), 36.17 (2.15E-9), 69.52 (1.62E-9)
216.7	59.05
219.4	56.50
245.1	30.80 (2.09E+4)
343.2	25.65 (2.30E-10), 33.31 (1.85E-9), 36.17 (2.38E-9), 59.05 (2.30E-10), 69.52 (1.85E-9), 95.23 (2.30E-10)
402.8	36.17 (5.30E-10)