Decay Radiation Results

Results:4 different decay possibilities were found

Dataset #1:

Authors: S. K. Basu, G. Mukherjee, A. A. Sonzogni Citation:Nuclear Data Sheets 111, 2555 (2010)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
95
45 Rh
22363 (17/2-) 18.8 ns 10 IT
95
45 Rh

Electrons:

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

Auger L	2.39	3.116 % 12	7.45E-5 3
Auger K	17.0	0.567 % 12	9.64E-5 20
CE K	145.78 20	2.74 %	0.00399
CE L	165.59 20	0.322 %	5.33E-4
CE M	168.37 20	0.0594 %	1.000E-4
CE N	168.92 20	0.00973 %	1.644E-5
CE K	692.98 20	0.184 %	0.001275
CE L	712.79 20	0.0220 %	1.568E-4
CE M	715.57 20	0.00409 %	2.93E-5
CE N	716.12 20	6.75E-4 %	4.83E-6
CE K	1327.48 20	0.0434 %	5.76E-4
CE L	1347.29 20	0.00498 %	6.71E-5
CE M	1350.07 20	9.22E-4 %	1.245E-5
CE N	1350.62 20	1.530E-4 %	2.07E-6

Gamma and X-ray radiation:

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

XR l	2.7	0.162 % 4	4.37E-6 11
XR kα2	20.074	0.697 % 21	1.40E-4 4
XR kα1	20.216	1.32 % 4	2.68E-4 8
XR kβ3	22.699	0.110 % 3	2.50E-5 7
XR kβ1	22.724	0.213 % 6	4.84E-5 13
XR kβ2	23.172	0.0510 % 15	1.18E-5 3
	169.0 2	96.87 %	0.16371
	716.2 2	99.790 %	0.71469
	1350.7 2	99.9506 %	1.35003

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
169.0	716.2, 1350.7
716.2	169.0, 1350.7
1350.7	169.0, 716.2

Dataset #2:

Authors: S. K. Basu, G. Mukherjee, A. A. Sonzogni Citation:Nuclear Data Sheets 111, 2555 (2010)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
95
45 Rh
543.33 (1/2)- 1.96 m 4 IT: 88 5 %
95
45 Rh

Electrons:

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

Auger L	2.39	7.30 % 3	1.746E-4 7
Auger K	17.0	1.29 % 3	2.19E-4 5
CE K	520.1 3	6.74 %	0.0350
CE L	539.9 3	1.037 %	0.00560
CE M	542.7 3	0.198 %	0.001072
CE N	543.2 3	0.0323 %	1.76E-4

Gamma and X-ray radiation:

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

XR l	2.7	0.380 % 9	1.02E-5 3
XR kα2	20.074	1.58 % 5	3.18E-4 9
XR kα1	20.216	3.00 % 9	6.07E-4 18
XR kβ3	22.699	0.250 % 7	5.67E-5 15
XR kβ1	22.724	0.484 % 13	1.10E-4 3
XR kβ2	23.172	0.116 % 3	2.68E-5 8
	543.3 3	80 %	0.435

Dataset #3:

Authors: S. K. Basu, G. Mukherjee, A. A. Sonzogni Citation:Nuclear Data Sheets 111, 2555 (2010)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
95
45 Rh
543.33 (1/2)- 1.96 m 4 ε: 12 5 % 5112 12
95
44 Ru

Beta+:

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

359.2 53 ?	809 12	0.14 % 6	4.9E-4 21
543.0 54	1226 12	0.7 % 3	0.0036 15
641.7 54	1447 12	0.41 % 18	0.0026 12
1757.7 58	3846 12	7 % 3	0.13 5

Mean beta+ energy: 1.6E+3 keV 9, total beta+ intensity: 9 % 3, mean beta+ dose: 0.14 MeV/Bq-s 9

Electrons:

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

Auger L	2.53	3.2 % 7	8.1E-5 17
Auger K	16.2	0.61 % 14	9.8E-5 23

Gamma and X-ray radiation:

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

XR l	2.56	0.15 % 3	3.9E-6 8
XR kα2	19.15	0.69 % 16	1.3E-4 3
XR kα1	19.279	1.3 % 3	2.5E-4 6
XR kβ3	21.634	0.11 % 3	2.3E-5 5
XR kβ1	21.657	0.21 % 5	4.5E-5 11
XR kβ2	22.074	0.049 % 11	1.1E-5 3
Annihil.	511.0	17 % 6
	787.7 4	8 % 3	0.06 3
	3186.2 8	0.9 % 4	0.028 13
	3407.1 5	2.0 % 9	0.07 3
	3824.4 7 ?	1.3 % 6	0.049 23

Dataset #4:

Authors: S. K. Basu, G. Mukherjee, A. A. Sonzogni Citation:Nuclear Data Sheets 111, 2555 (2010)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
95
45 Rh
0.0 9/2+ 5.02 m 10 ε: 100 % 5112 12
95
44 Ru

Beta+:

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

144.1 52	311 12	0.0050 % 9	7.2E-6 13
159.3 52 ?	346 12	0.0031 % 9	4.9E-6 14
163.8 52	357 12	0.0148 % 22	2.4E-5 4
183.9 52 ?	403 12	0.0042 % 8	7.7E-6 15
197.2 52 ?	434 12	0.0062 % 12	1.22E-5 24
242.3 52	539 12	0.037 % 4	9.0E-5 10
410.8 53 ?	927 12	0.175 % 23	7.2E-4 9
454.8 53	1027 12	0.53 % 3	0.00241 14
525.9 54 ?	1188 12	0.29 % 3	0.00153 16
618.1 54 ?	1394 12	0.32 % 5	0.0020 3
620.2 54	1399 12	1.19 % 8	0.0074 5
737.3 55	1659 12	2.81 % 14	0.0207 10
811.4 55 ?	1822 12	0.55 % 8	0.0045 6
815.6 55	1831 12	3.10 % 20	0.0253 16
821.1 55	1843 12	2.16 % 11	0.0177 9
862.7 55 ?	1934 12	1.30 % 14	0.0112 12
880.4 55	1973 12	4.1 % 3	0.036 3
968.5 56 ?	2165 12	0.93 % 10	0.0090 10
1154.4 56 ?	2566 12	1.1 % 3	0.013 3
1168.1 56	2595 12	0.7 % 3	0.008 4
1234.7 57	2738 12	6.9 % 7	0.085 9
1427.2 57	3148 12	44.5 % 5	0.635 8

Mean beta+ energy: 1.24E+3 keV 3, total beta+ intensity: 70.7 % 11, mean beta+ dose: 0.880 MeV/Bq-s 23

Electrons:

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

Auger L	2.53	27.3 % 4	6.92E-4 11
Auger K	16.2	5.20 % 14	8.42E-4 22
CE K	207.2 3	0.09 % 3	1.9E-4 7
CE L	226.1 3	0.013 % 5	2.8E-5 12
CE M	228.7 3	0.0024 % 11	5E-6 3
CE N	229.2 3	3.7E-4 % 15	8E-7 4
CE K	379.1 3	0.0035 % 8	1.3E-5 3
CE L	398.0 3	4.3E-4 % 11	1.7E-6 4
CE M	400.6 3	7.8E-5 % 23	3.1E-7 9
CE N	401.1 3	1.3E-5 % 3	5.0E-8 13

Gamma and X-ray radiation:

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

XR l	2.56	1.30 % 4	3.32E-5 10
XR kα2	19.15	5.91 % 21	0.00113 4
XR kα1	19.279	11.2 % 4	0.00216 7
XR kβ3	21.634	0.92 % 3	1.99E-4 7
XR kβ1	21.657	1.78 % 6	3.86E-4 13
XR kβ2	22.074	0.418 % 15	9.2E-5 3
	229.3 3	2.17 % 14	0.0050 3
	401.2 3 ?	0.43 % 8	0.0017 3
	401.2 3	0.43 % 8	0.0017 3
	410.3 3	1.02 % 10	0.0042 4
Annihil.	511.0	141.5 % 21
	553.1 S	0.07 % 7	4E-4 4
	622.5 5	2.51 % 20	0.0156 13
	661.0 3 ?	1.46 % 10	0.0096 7
	661.0 3	1.46 % 10	0.0096 7
	666.1 3 ?	0.37 % 5	0.0025 3
	677.6 3	5.49 % 20	0.0372 14
	764.4 7	2.0 % 3	0.016 3
	895.0 3	1.63 % 14	0.0146 12
	906.9 3	0.58 % 6	0.0052 6
	941.6 3	67.817 %	0.63856
	983.9 S	0.07 % 7	7E-4 7
	1079.3 3	1.25 % 10	0.0135 11
	1175.4 6	1.5 % 3	0.018 3
	1292.5 3	0.37 % 5	0.0048 6
	1305.1 3	1.70 % 10	0.0221 13
	1317.0 3	2.85 % 20	0.038 3
	1326.6 3 ?	0.75 % 7	0.0099 9
	1339.0 5	0.68 % 14	0.0091 18
	1352.0 3	19.7 % 6	0.267 8
	1378.5 3 ?	0.52 % 5	0.0072 7
	1388.7 10 ?	0.28 % 7	0.0039 9
	1489.3 3	3.26 % 20	0.048 3
	1494.7 3	4.7 % 3	0.071 4
	1524.5 5 ?	2.2 % 3	0.034 4
	1549.9 3 ?	0.41 % 7	0.0063 11
	1588.7 15 ?	0.28 % 7	0.0045 11
	1713.6 20 ?	0.34 % 14	0.0058 23
	1718.1 20 ?	0.54 % 14	0.0093 23
	1749.5 3	0.61 % 7	0.0107 12
	1749.5 3	0.61 % 7	0.0107 12
	1752.8 S	0.10 % 10	0.0018 18
	1925.3 3 ?	0.74 % 7	0.0142 13
	2028.6 S	0.017 % 17	3E-4 3
	2121.0 3	1.53 % 10	0.0324 22
	2155.7 3 ?	0.75 % 17	0.016 4
	2221.8 10 ?	0.88 % 14	0.020 3
	2246.7 S	0.03 % 3	8E-4 8
	2258.5 S	0.03 % 3	8E-4 8
	2267.0 10 ?	0.40 % 7	0.0091 15
	2334.7 10 ?	0.34 % 7	0.0079 16
	2427.2 10	0.33 % 7	0.0081 16
	2431.1 S	0.03 % 3	8E-4 8
	2609.3 3	0.64 % 7	0.0168 18
	2691.0 S	0.03 % 3	9E-4 9
	2694.6 15 ?	0.26 % 5	0.0071 15
	2713.0 15 ?	0.22 % 5	0.0059 13
	2791.8 3	2.31 % 14	0.064 4
	2902.5 S	0.03 % 3	1.0E-3 10
	3033.2 15 ?	0.43 % 8	0.0130 25
	3041.7 5 ?	0.44 % 4	0.0134 12
	3063.2 5	0.95 % 10	0.029 3
	3162.3 15 ?	0.20 % 4	0.0064 13
	3237.0 15 ?	0.22 % 4	0.0070 13
	3551.1 7	0.34 % 5	0.0120 19
	3655.1 S	0.017 % 17	6E-4 6
	3686.5 15 ?	0.12 % 3	0.0045 10
	3733.5 10	0.34 % 5	0.0127 20
	3778.9 10	0.61 % 10	0.023 4
	3975.7 S	0.017 % 17	7E-4 7
	3983.8 20 ?	0.46 % 10	0.018 4
	4175.6 20 ?	0.068 % 20	0.0028 8

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
229.3	410.3, 677.6, 941.6, 1292.5, 1352.0, 1718.1, 2028.6
401.2	1524.5
401.2	410.3, 677.6, 941.6, 1352.0, 2028.6
410.3	229.3, 401.2, 661.0, 666.1, 677.6, 764.4, 895.0, 906.9, 941.6, 1079.3, 1292.5, 1339.0, 1549.9, 1713.6, 1718.1, 1749.5, 2334.7, 2427.2
553.1	622.5, 661.0, 941.6, 1588.7
622.5	553.1, 941.6, 1494.7
661.0	553.1, 941.6, 1494.7, 1588.7
661.0	410.3, 677.6, 941.6, 1352.0, 2028.6
666.1	410.3, 677.6, 941.6, 1352.0, 2028.6
677.6	229.3, 401.2, 410.3, 661.0, 666.1, 941.6, 1292.5, 1352.0, 1713.6, 1718.1, 1749.5
764.4	410.3, 941.6, 1352.0
895.0	410.3, 941.6, 1352.0
906.9	410.3, 941.6, 1292.5, 1352.0, 1718.1
941.6	229.3, 401.2, 410.3, 553.1, 622.5, 661.0, 661.0, 666.1, 677.6, 764.4, 895.0, 906.9, 983.9, 1079.3, 1175.4, 1292.5, 1305.1, 1317.0, 1326.6, 1339.0, 1388.7, 1489.3, 1549.9, 1588.7, 1713.6, 1718.1, 1749.5, 1749.5, 1752.8, 2121.0, 2221.8, 2334.7, 2427.2, 2609.3, 2713.0, 2791.8, 3033.2, 3041.7, 3237.0
983.9	941.6
1079.3	410.3, 941.6, 1352.0
1175.4	941.6
1292.5	229.3, 410.3, 677.6, 906.9, 941.6, 1317.0, 1352.0, 2028.6, 2258.5
1305.1	941.6
1317.0	941.6, 1292.5, 1718.1
1326.6	941.6, 1388.7
1339.0	410.3, 941.6, 1352.0
1352.0	229.3, 401.2, 661.0, 666.1, 677.6, 764.4, 895.0, 906.9, 1079.3, 1292.5, 1339.0, 1549.9, 1713.6, 1718.1, 1749.5, 2334.7, 2427.2
1378.5	1524.5
1388.7	941.6, 1326.6, 2267.0
1489.3	941.6
1494.7	622.5, 661.0, 1588.7
1524.5	401.2, 1378.5
1549.9	410.3, 941.6, 1352.0
1588.7	553.1, 661.0, 941.6, 1494.7, 2155.7
1713.6	410.3, 677.6, 941.6, 1352.0, 2028.6
1718.1	229.3, 410.3, 677.6, 906.9, 941.6, 1317.0, 1352.0, 2028.6, 2258.5
1749.5	941.6
1749.5	410.3, 677.6, 941.6, 1352.0, 2028.6
1752.8	941.6
2028.6	229.3, 401.2, 661.0, 666.1, 1292.5, 1713.6, 1718.1, 1749.5
2121.0	941.6
2155.7	1588.7
2221.8	941.6
2258.5	1292.5, 1718.1
2267.0	1388.7
2334.7	410.3, 941.6, 1352.0
2427.2	410.3, 941.6, 1352.0
2609.3	941.6
2713.0	941.6
2791.8	941.6
3033.2	941.6
3041.7	941.6
3237.0	941.6