Decay Radiation Results

Results:3 different decay possibilities were found

Dataset #1:

Author: Coral M. Baglin Citation:Nuclear Data Sheets 112, 1163 (2011)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
93
44 Ru
734.41 (1/2)- 10.8 s 3 IT: 22.0 23 %
93
44 Ru

Electrons:

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

Auger L	2.53	0.57 % 6	1.45E-5 15
Auger K	16.2	0.107 % 13	1.74E-5 20
CE K	712.28 10	0.53 % 6	0.0037 4
CE L	731.18 10	0.073 % 8	5.3E-4 6
CE M	733.82 10	0.0136 % 16	9.9E-5 11
CE N	734.33 10	0.0022 % 3	1.60E-5 18

Gamma and X-ray radiation:

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

XR l	2.56	0.027 % 3	6.9E-7 7
XR kα2	19.15	0.122 % 15	2.3E-5 3
XR kα1	19.279	0.23 % 3	4.5E-5 5
XR kβ3	21.634	0.0190 % 23	4.1E-6 5
XR kβ1	21.657	0.037 % 4	8.0E-6 9
XR kβ2	22.074	0.0086 % 10	1.90E-6 23
	734.4 1	21.4 % 24	0.157 18

Dataset #2:

Author: Coral M. Baglin Citation:Nuclear Data Sheets 112, 1163 (2011)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
93
44 Ru
734.41 (1/2)- 10.8 s 3 ε 6391 6
93
43 Tc

Beta+:

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

1674.9 29	3672 6	11.3 % 6	0.189 10
1981.9 29	4315 6	36.7 % 12	0.727 24
2118.7 29	4600 6	23.8 % 13	0.50 3
2655.6 30 ?	5711 6	6 % 6	0.16 16

Mean beta+ energy: 2.0E+3 keV 3, total beta+ intensity: 78 % 6, mean beta+ dose: 1.58 MeV/Bq-s 24

Electrons:

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

Auger L	2.17	2.78 % 10	6.02E-5 22
Auger K	15.5	0.556 % 25	8.6E-5 4
CE K	994.86 10	4.9E-4 % 19	4.8E-6 19
CE L	1012.86 10	5.6E-5 % 22	5.6E-7 22
CE M	1015.36 10	1.0E-5 % 4	1.0E-7 4
CE N	1015.83 10	1.6E-6 % 6	1.6E-8 6

Gamma and X-ray radiation:

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

XR l	2.42	0.120 % 5	2.91E-6 13
XR kα2	18.251	0.58 % 3	1.06E-4 5
XR kα1	18.367	1.10 % 5	2.03E-4 10
XR kβ3	20.599	0.090 % 4	1.84E-5 9
XR kβ1	20.619	0.173 % 9	3.58E-5 18
XR kβ2	21.005	0.0393 % 19	8.3E-6 4
Annihil.	511.0	156 % 13
	642.9 5	0.46 % 12	0.0030 7
	928.3 2	1.66 % 16	0.0154 15
	1015.9 1	0.7 % 3	0.007 3
	1023.0 3	0.69 % 12	0.0071 12
	1111.2 1	26.2 % 13	0.291 14
	1396.2 1	38.5 %	0.538
	2039.1 2	9.2 % 5	0.188 10

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
392.65	642.9, 928.3, 1015.9, 1023.0, 1111.2, 1396.2, 2039.1
642.9	392.65, 1396.2
928.3	392.65, 1111.2
1015.9	392.65, 1023.0
1023.0	392.65, 1015.9
1111.2	392.65, 928.3
1396.2	392.65, 642.9
2039.1	392.65

Dataset #3:

Author: Coral M. Baglin Citation:Nuclear Data Sheets 112, 1163 (2011)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
93
44 Ru
0 (9/2)+ 59.7 s 6 ε 6391 6
93
43 Tc

Beta+:

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

187.9 27	414 6	4.3E-4 % 8	8.1E-7 15
195.3 26	431 6	4.6E-4 % 11	9.0E-7 22
265.3 26	594 6	0.0016 % 3	4.2E-6 8
271.5 26	608 6	0.0011 % 3	3.0E-6 8
311.2 26	700 6	0.041 % 4	1.28E-4 12
332.8 27	750 6	0.0077 % 11	2.6E-5 4
337.2 27	760 6	0.0087 % 14	2.9E-5 5
433.0 27	979 6	0.026 % 3	1.13E-4 13
452.9 27	1025 6	0.0074 % 16	3.4E-5 7
522.4 27	1182 6	0.028 % 3	1.46E-4 16
535.2 27	1211 6	0.038 % 3	2.03E-4 16
644.2 27	1454 6	0.240 % 20	0.00155 13
1234.2 28	2738 6	0.068 % 9	8.4E-4 11
1300.2 29	2879 6	0.018 % 4	2.3E-4 5
1409.6 29	3111 6	0.19 % 3	0.0027 4
1467.8 29	3235 6	0.077 % 8	0.00113 12
1472.4 28	3223 6	0.044 % 11	6.5E-4 16
1545.7 29	3399 6	0.184 % 20	0.0028 3
1625.5 29	3568 6	0.36 % 4	0.0059 7
1800.0 29	3934 6	0.35 % 5	0.0063 9
1816.2 29	3960 6	0.20 % 4	0.0036 7
1915.0 29	4175 6	0.22 % 3	0.0042 6
2161.4 29	4688 6	5.3 % 4	0.115 9
2489.9 29	5369 6	89.1 % 6	2.219 15

Mean beta+ energy: 2.45E+3 keV 3, total beta+ intensity: 96.5 % 7, mean beta+ dose: 2.36 MeV/Bq-s 3

Electrons:

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

Auger L	2.17	3.24 % 5	7.04E-5 12
Auger K	15.5	0.649 % 17	1.01E-4 3
CE K	659.66 10	0.01080 %	7.12E-5
CE L	677.66 10	0.001239 %	8.40E-6
CE M	680.16 10	2.25E-4 %	1.53E-6
CE N	680.63 10	3.57E-5 %	2.43E-7
CE K	690.3 3	3.4E-5 % 8	2.3E-7 6
CE L	708.3 3	3.8E-6 % 9	2.7E-8 7
CE M	710.8 3	6.8E-7 % 17	4.9E-9 12
CE N	711.2 3	1.1E-7 % 3	7.7E-10 19
CE K	994.86 10	3.0E-4 % 4	3.0E-6 4
CE L	1012.86 10	3.4E-5 % 4	3.5E-7 4
CE M	1015.36 10	6.2E-6 % 7	6.3E-8 7
CE N	1015.83 10	9.8E-7 % 12	9.9E-9 12
CE K	1413.86 10	2.44E-4 % 21	3.4E-6 3
CE L	1431.86 10	2.74E-5 % 23	3.9E-7 3
CE M	1434.36 10	5.0E-6 % 4	7.1E-8 6
CE N	1434.83 10	7.9E-7 % 7	1.13E-8 10

Gamma and X-ray radiation:

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

XR l	2.42	0.140 % 4	3.40E-6 10
XR kα2	18.251	0.679 % 22	1.24E-4 4
XR kα1	18.367	1.29 % 4	2.37E-4 8
XR kβ3	20.599	0.105 % 4	2.15E-5 7
XR kβ1	20.619	0.203 % 7	4.18E-5 14
XR kβ2	21.005	0.0459 % 14	9.6E-6 3
Annihil.	511.0	193.0 % 15
	561.2 2	0.120 % 14	6.8E-4 8
	680.7 1	5.9 %	0.040
	711.3 3	0.054 % 13	3.9E-4 10
	725.9 2	0.084 % 8	6.1E-4 6
	1015.9 1	0.42 % 5	0.0043 5
	1194.1 1	0.37 % 3	0.0044 4
	1288.7 3	0.078 % 14	0.00100 18
	1434.9 1	0.73 % 6	0.0104 9
	1576.0 4	0.053 % 8	8.3E-4 13
	1658.7 3	0.031 % 7	5.2E-4 12
	1801.4 1	0.38 % 3	0.0068 6
	1809.6 4	0.020 % 5	3.6E-4 9
	1950.5 2	0.078 % 9	0.00152 18
	2257.7 1	0.21 % 3	0.0048 6
	2329.7 2	0.048 % 9	0.00113 21
	2338.7 2	0.083 % 19	0.0019 4
	2720.4 3	0.129 % 11	0.0035 3
	3234.3 2	0.30 % 3	0.0098 8
	3477.3 6	0.021 % 3	7.4E-4 11
	3914.7 2	0.31 % 3	0.0122 11
	3928.0 5	0.030 % 6	0.00116 24
	3988.0 3	0.118 % 17	0.0047 7
	4080.1 5	0.021 % 6	8.4E-4 25
	4094.3 5	0.035 % 6	0.0014 3
	4104.1 10	0.018 % 6	7.3E-4 25
	4158.5 3	0.089 % 8	0.0037 4
	4187.3 3	0.086 % 8	0.0036 3
	4257.2 5	0.024 % 6	0.0010 3
	4344.3 5	0.032 % 7	0.0014 3
	4389.5 3	0.127 % 16	0.0056 7
	4608.9 4	0.060 % 11	0.0028 5
	4618.9 4	0.083 % 12	0.0038 5
	4668.1 3	0.093 % 12	0.0044 6
	4759.6 10	0.0035 % 18	1.7E-4 9
	4775.0 10	0.0035 % 18	1.7E-4 9
	4937.5 10	0.011 % 4	5.2E-4 18
	4954.9 8	0.038 % 6	0.0019 3
	5297.9 15	0.011 % 4	5.9E-4 19

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
392.65	561.2 (3.50E-8), 725.9 (3.50E-8), 1015.9
561.2	392.65 (3.50E-8), 1015.9 (3.50E-8)
680.7	1288.7 (3.50E-8), 1576.0 (3.50E-8), 1658.7 (3.50E-8), 1809.6 (3.50E-8), 1950.5 (3.50E-8), 2329.7 (3.50E-8), 3477.3 (3.50E-8), 3928.0 (3.50E-8), 3988.0 (3.50E-8), 4080.1 (3.50E-8), 4094.3 (3.50E-8), 4257.2 (3.50E-8)
711.3	1434.9 (3.50E-8)
725.9	392.65 (3.50E-8), 1015.9 (3.50E-8)
1015.9	392.65, 561.2 (3.50E-8), 725.9 (3.50E-8)
1194.1	2720.4 (3.50E-8), 4104.1 (3.50E-8)
1288.7	680.7 (3.50E-8)
1434.9	711.3 (3.50E-8), 3234.3 (3.50E-8)
1576.0	680.7 (3.50E-8), 1658.7, 2338.7
1658.7	680.7 (3.50E-8), 1576.0, 2329.7
1809.6	680.7 (3.50E-8)
1950.5	680.7 (3.50E-8)
2329.7	680.7 (3.50E-8), 1658.7, 2338.7
2338.7	1576.0, 2329.7
2720.4	1194.1 (3.50E-8)
3234.3	1434.9 (3.50E-8)
3477.3	680.7 (3.50E-8)
3928.0	680.7 (3.50E-8)
3988.0	680.7 (3.50E-8)
4080.1	680.7 (3.50E-8)
4094.3	680.7 (3.50E-8)
4104.1	1194.1 (3.50E-8)
4257.2	680.7 (3.50E-8)