Decay Radiation Results

Results:3 different decay possibilities were found

Dataset #1:

Author: M. J. Martin Citation:Nuclear Data Sheets 108,1583 (2007)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
212
83 Bi
250 (9-) 25.0 m 2 α 6207.26 3
208
81 Tl

Alphas:

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

  5750      0.47 % 20   0.027 12

  6010      5.0 % 10   0.30 6

  6300     26.0 % 11   1.64 7

  6340     35.0 % 11   2.22 7

Dataset #2:

Author: M. J. Martin Citation:Nuclear Data Sheets 108,1583 (2007)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
212
83 Bi
0.0 1(-) 60.55 m 6 α: 35.94 6 % 6207.26 3
208
81 Tl

Alphas:

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

  5302 2      4.0E-5 % 4   2.10E-6 19

  5345      3.6E-4 % 4   1.92E-5 19

  5481      0.004672 %   2.561E-4

  5607      0.4061 %   0.02277

  5626      0.05643 %   0.003175

  5768      0.6110 %   0.03524

  6050.78 3     25.13 % 7   1.520 4

  6089.88 3      9.75 % 5   0.594 3

Electrons:

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

Auger L	7.78	12.1 % 6	9.4E-4 5
CE L	24.510 4	18.9 % 16	0.0046 4
CE M	36.153 4	4.4 % 4	0.00160 13
CE N	39.011 4	1.12 % 9	4.4E-4 4
CE O	39.789 4	0.217 % 18	8.6E-5 7
Auger K	55.2	0.0072 % 8	4.0E-6 4
CE K	202.67 4	0.1204 % 20	2.44E-4 4
CE K	242.50 4	0.0316 % 16	7.7E-5 4
CE L	272.85 4	0.0204 % 4	5.57E-5 10
CE M	284.50 4	0.00476 % 8	1.353E-5 23
CE N	287.35 4	0.001200 % 20	3.45E-6 6
CE O	288.13 4	2.33E-4 % 4	6.72E-7 11
CE L	312.68 4	0.0053 % 3	1.67E-5 8
CE M	324.33 4	0.00124 % 6	4.03E-6 20
CE N	327.18 4	3.14E-4 % 16	1.03E-6 5
CE O	327.96 4	6.1E-5 % 3	2.00E-7 10
CE K	348.2 5	0.0020 % 4	7.0E-6 13
CE K	367.45 5	0.0385 % 6	1.415E-4 24
CE K	387.5 7	0.0030 % 20	1.2E-5 8
CE L	418.4 5	3.4E-4 % 6	1.4E-6 3
CE M	430.0 5	7.8E-5 % 15	3.4E-7 6
CE N	432.9 5	2.0E-5 % 4	8.6E-8 16
CE O	433.6 5	3.9E-6 % 7	1.7E-8 3
CE L	437.63 5	0.00643 % 11	2.81E-5 5
CE M	449.28 5	0.00150 % 3	6.74E-6 12
CE N	452.13 5	3.78E-4 % 6	1.71E-6 3
CE O	452.91 5	7.37E-5 % 13	3.34E-7 6
CE L	457.7 7	6E-4 % 3	2.5E-6 12
CE M	469.3 7	1.4E-4 % 5	6.4E-7 24
CE N	472.2 7	3.5E-5 % 12	1.6E-7 6
CE O	472.9 7	7E-6 % 3	3.1E-8 12

Gamma and X-ray radiation:

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

XR l	10.3	7.0 % 6	7.2E-4 7
	39.857 4	1.06 % 9	4.2E-4 3
XR kα2	70.832	0.0540 % 15	3.82E-5 11
XR kα1	72.873	0.0905 % 23	6.60E-5 17
XR kβ3	82.115	0.0109 % 3	8.97E-6 23
XR kβ1	82.574	0.0209 % 6	1.73E-5 5
XR kβ2	84.865	0.00762 % 20	6.47E-6 17
	288.20 4	0.337 % 3	9.72E-4 8
	328.03 4	0.125 % 6	4.11E-4 20
	433.7 5	0.017 % 3	7.3E-5 14
	452.98 5	0.363 % 3	0.001644 15
	473.0 7	0.050 % 4	2.38E-4 17
	493.3 7 ?	0.0018 % 18	9E-6 9
	576 ?	1.8E-4 % 18	1.0E-6 10
	620 ?	5E-4 % 5	3E-6 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
39.857	288.20 (6.50E-12), 433.7 (6.50E-12), 452.98 (6.50E-12), 576 (6.50E-12)
288.20	39.857 (6.50E-12)
433.7	39.857 (6.50E-12)
452.98	39.857 (6.50E-12)
576	39.857 (6.50E-12)

Dataset #3:

Author: K. Auranen and E.A. Mccutchan Citation:Nuclear Data Sheets 168, 117 (2020)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
212
83 Bi
0.0 1(-) 60.55 m 6 β^-: 64.06 6 % 2251.5 17
212
84 Po

Beta-:

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

129.88 56	445.5 17	0.66 % 3	8.6E-4 4
131.53 56	450.6 17	0.030 % 6	3.9E-5 8
172.18 59	572.1 17	0.23 % 3	4.0E-4 5
192.44 60	630.8 17	1.86 % 4	0.00358 8
230.63 61	738.8 17	1.44 % 4	0.00332 9
532.88 69	1524.2 17	4.47 % 11	0.0238 6
833.95 72	2251.5 17	55.37 % 12	0.4617 11

Mean beta- energy: 771 keV 3, total beta- intensity: 64.06 % 18, mean beta- dose: 0.4938 MeV/Bq-s 23

Electrons:

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

Auger L	8.33	0.086 % 3	7.12E-6 23
Auger K	59.7	0.0050 % 6	3.0E-6 3
CE K	87.095 4	0.0054 % 22	4.7E-6 19
CE L	163.261 10	1.0E-3 % 4	1.6E-6 6
CE M	176.051 4	2.3E-4 % 9	4.0E-7 16
CE N	179.205 3	5.8E-5 % 23	1.0E-7 4
CE O	180.105	1.2E-5 % 5	2.2E-8 9
CE P	180.195	1.6E-6 % 6	2.8E-9 11
CE K	634.225 10	0.0703 % 14	4.46E-4 9
CE K	692.27 8	0.0348 % 7	2.41E-4 5
CE L	710.391 13	0.0171 % 4	1.22E-4 3
CE M	723.181 10	0.00419 % 8	3.03E-5 6
CE N	726.335 9	0.001076 % 21	7.81E-6 15
CE O	727.235 9	2.19E-4 % 4	1.59E-6 3
CE P	727.325 9	2.55E-5 % 5	1.86E-7 4
CE L	768.43 8	0.00594 % 11	4.56E-5 9
CE M	781.22 8	0.00139 % 3	1.090E-5 21
CE N	784.37 8	3.59E-4 % 7	2.82E-6 5
CE O	785.28 8	7.51E-5 % 14	5.90E-7 11
CE P	785.37 8	9.74E-6 % 18	7.65E-8 14
CE K	800.303 6	0.0086 % 5	6.9E-5 4
CE K	859.015 12	0.0025 % 8	2.1E-5 7
CE L	876.469 11	0.00146 % 8	1.28E-5 7
CE M	889.259 6	3.43E-4 % 18	3.05E-6 16
CE N	892.413 6	8.8E-5 % 5	7.9E-7 4
CE O	893.313 5	1.85E-5 % 10	1.65E-7 9
CE P	893.403 5	2.39E-6 % 13	2.14E-8 11
CE L	935.181 15	4.5E-4 % 13	4.2E-6 12
CE M	947.971 12	1.0E-4 % 3	1.0E-6 3
CE N	951.125 11	2.7E-5 % 8	2.5E-7 8
CE O	952.025 11	5.7E-6 % 16	5.4E-8 15
CE P	952.115 11	7.3E-7 % 22	7.0E-9 21
CE K	980.49 20	8.2E-5 % 10	8.0E-7 10
CE K	985.52 10	0.0078 % 3	7.7E-5 3
CE L	1056.66 20	1.60E-5 % 19	1.70E-7 20
CE L	1061.68 10	0.00132 % 5	1.40E-5 5
CE M	1069.45 20	3.8E-6 % 5	4.1E-8 5
CE N	1072.60 20	9.9E-7 % 12	1.06E-8 13
CE O	1073.51 20	2.03E-7 % 25	2.2E-9 3
CE P	1073.60 20	2.5E-8 % 3	2.7E-10 3
CE M	1074.47 10	3.09E-4 % 12	3.33E-6 13
CE N	1077.62 10	8.0E-5 % 3	8.6E-7 3
CE O	1078.53 10	1.67E-5 % 6	1.80E-7 7
CE P	1078.62 10	2.16E-6 % 8	2.33E-8 9
CE K	1419.6 3	7.9E-4 % 11	1.12E-5 15
CE L	1495.8 3	1.39E-4 % 19	2.1E-6 3
CE M	1508.6 3	3.3E-5 % 4	5.0E-7 7
CE N	1511.7 3	8.4E-6 % 11	1.28E-7 17
CE O	1512.6 3	1.75E-6 % 23	2.6E-8 4
CE P	1512.7 3	2.2E-7 % 3	3.3E-9 4
CE K	1527.40 10	0.00725 % 19	1.11E-4 3
CE K	1586.6 5	1.3E-4 % 3	2.1E-6 5
CE L	1603.56 10	0.00121 % 3	1.94E-5 5
CE M	1616.35 10	2.83E-4 % 8	4.58E-6 12
CE N	1619.50 10	7.29E-5 % 19	1.18E-6 3
CE O	1620.41 10	1.53E-5 % 4	2.47E-7 6
CE P	1620.50 10	1.98E-6 % 5	3.22E-8 8
CE L	1662.8 5	2.3E-5 % 5	3.7E-7 8
CE M	1675.6 5	5.3E-6 % 12	8.9E-8 20
CE N	1678.7 5	1.4E-6 % 3	2.3E-8 5
CE O	1679.6 5	2.8E-7 % 6	4.8E-9 11
CE P	1679.7 5	3.6E-8 % 8	6.0E-10 13
CE K	1707.095 4	0.0041 %	7.0E-5
CE K	1712.9 5	1.8E-4 % 4	3.1E-6 7
CE L	1789.1 5	3.0E-5 % 7	5.4E-7 12
CE M	1801.9 5	7.1E-6 % 15	1.3E-7 3
CE N	1805.0 5	1.8E-6 % 4	3.3E-8 7
CE O	1805.9 5	3.8E-7 % 8	6.9E-9 15
CE P	1806.0 5	4.8E-8 % 10	8.7E-10 19

Gamma and X-ray radiation:

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

XR l	11.1	0.0577 % 25	6.4E-6 3
XR kα2	76.863	0.0393 % 12	3.02E-5 9
XR kα1	79.29	0.0655 % 18	5.19E-5 15
XR kβ3	89.256	0.00791 % 22	7.06E-6 20
XR kβ1	89.807	0.0152 % 4	1.36E-5 4
XR kβ2	92.317	0.00561 % 16	5.18E-6 15
	180.2	0.0032 % 13	5.8E-6 23
	727.330 9	6.67 % 9	0.0485 7
	785.37 8	1.102 % 13	0.00865 10
	893.408 5	0.378 % 19	0.00338 17
	952.120 11	0.17 % 3	0.0016 3
	1073.6 2	0.0160 % 19	1.72E-4 21
	1078.62 10	0.564 % 19	0.00608 21
	1512.7 3	0.29 % 4	0.0044 6
	1620.50 10	1.47 % 3	0.0238 5
	1679.7 5	0.058 % 13	9.7E-4 22
	1806.0 5	0.090 % 19	0.0016 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
130	727.330, 952.120, 1679.7
180.2	727.330, 893.408, 1620.50
180.2	727.330, 893.408, 1620.50
727.330	130, 180.2, 180.2, 785.37, 785.37, 893.408, 893.408, 952.120, 952.120, 1073.6, 1073.6, 1078.62, 1078.62
785.37	727.330
785.37	727.330
893.408	180.2, 180.2, 727.330
893.408	727.330
952.120	130, 727.330
952.120	727.330
1073.6	727.330
1073.6	727.330
1078.62	727.330
1078.62	727.330
1620.50	180.2, 180.2
1679.7	130