Decay Radiation Results

Results:5 different decay possibilities were found

Dataset #1:

Author: M. S. Basunia Citation:Nuclear Data Sheets 181, 475 (2022)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
217
89 Ac
1498.14 19/2- 8 ns 2 α: 0.46 13 % 9832 10
213
87 Fr

Alphas:

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

11137 15 0.59 % 0.06571

Dataset #2:

Author: M. S. Basunia Citation:Nuclear Data Sheets 181, 475 (2022)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
217
89 Ac
1149.1 15/2- < 10 ns α: 0.27 4 % 9832 10
213
87 Fr

Alphas:

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

10780 15 0.31 % 0.03342

Dataset #3:

Author: M. S. Basunia Citation:Nuclear Data Sheets 181, 475 (2022)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
217
89 Ac
0.0 9/2- 69 ns 4 α: 100 % 9832 10
213
87 Fr

Alphas:

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

9650 10 100 % 9.650

Dataset #4:

Author: M. S. Basunia Citation:Nuclear Data Sheets 181, 475 (2022)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
217
89 Ac
2012.27 (29/2)+ 740 ns 40 α: 4.51 18 % 9832 10
213
87 Fr

Alphas:

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

10540      4.1 % 3   0.43 3

11137 15      0.32 % 10   0.036 11

11625 17      0.122 % 23   0.014 3

Dataset #5:

Authors: B. Singh, A. Chakraborty, S. Bhattacharya Citation:Nuclear Data Sheets 147, 382 (2018)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
217
89 Ac
2012.27 (29/2)+ 740 ns 40 IT: 95.49 18 %
217
89 Ac

Electrons:

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

CE K	3.245 6	67 % 11	0.0022 4
Auger L	9.28	132 % 9	0.0122 9
CE L	10.5 6	35 % 4	0.0037 5
CE M	25.3 6	8.5 % 10	0.0021 3
CE N	29.0 6	2.2 % 3	6.5E-4 8
CE O	30.1 6	0.52 % 6	1.58E-4 19
CE P	30.3 6	0.097 % 12	2.9E-5 4
CE K	47.045 6	56 % 8	0.027 4
Auger K	67.5	5.9 % 9	0.0040 6
CE L	76.160 18	7 % 5	0.005 3
CE L	90.160 18	15 % 3	0.0137 24
CE M	90.998 5	2.0 % 13	0.0018 11
CE N	94.731 5	0.5 % 3	5E-4 3
CE O	95.837	0.12 % 8	1.2E-4 8
CE P	95.983	0.022 % 14	2.1E-5 14
CE M	104.998 5	3.7 % 7	0.0039 8
CE N	108.731 5	0.99 % 18	0.00107 20
CE O	109.837	0.23 % 4	2.5E-4 5
CE P	109.983	0.041 % 7	4.5E-5 8
CE K	113.245 6	53 % 11	0.060 12
CE K	127.245 6	0.59 % 12	7.5E-4 15
CE L	133.960 18	12.7 % 16	0.0171 22
CE M	148.798 5	3.1 % 4	0.0046 6
CE N	152.531 5	0.83 % 11	0.00127 16
CE O	153.637	0.191 % 25	2.9E-4 4
CE P	153.783	0.034 % 4	5.3E-5 7
CE L	200.160 18	17 % 3	0.034 7
CE L	214.160 18	0.88 % 18	0.0019 4
CE M	214.998 5	4.4 % 9	0.0096 19
CE N	218.731 5	1.20 % 24	0.0026 5
CE O	219.837	0.28 % 6	6.1E-4 12
CE P	219.983	0.050 % 10	1.10E-4 22
CE M	228.998 5	0.24 % 5	5.4E-4 11
CE N	232.731 5	0.063 % 13	1.5E-4 3
CE O	233.837	0.014 % 3	3.2E-5 7
CE P	233.983	0.0022 % 4	5.2E-6 10
CE K	242.245 6	0.85 % 11	0.0021 3
CE K	244.745 6	6.3 % 12	0.015 3
CE K	275.045 6	2.03 % 22	0.0056 6
CE L	329.160 18	0.59 % 7	0.00194 25
CE L	331.660 18	1.32 % 16	0.0044 5
CE M	343.998 5	0.156 % 20	5.4E-4 7
CE M	346.498 5	0.32 % 4	0.00112 13
CE N	347.731 5	0.041 % 5	1.44E-4 18
CE O	348.837	0.0092 % 12	3.2E-5 4
CE P	348.983	0.00152 % 19	5.3E-6 7
CE N	350.231 5	0.086 % 10	3.0E-4 4
CE O	351.337	0.0198 % 24	6.9E-5 8
CE P	351.483	0.0036 % 5	1.26E-5 16
CE L	361.960 18	1.23 % 13	0.0044 5
CE K	372.145 6	0.23 % 6	8.4E-4 21
CE M	376.798 5	0.32 % 4	0.00122 13
CE K	379.645 6	2.12 % 22	0.0080 8
CE N	380.531 5	0.086 % 9	3.3E-4 4
CE O	381.637	0.0191 % 21	7.3E-5 8
CE P	381.783	0.0032 % 3	1.21E-5 13
CE K	382.245 6	0.8 % 3	0.0030 13
CE L	459.060 18	0.099 % 25	4.6E-4 11
CE L	466.560 18	0.91 % 10	0.0042 4
CE L	469.160 18	0.16 % 6	7E-4 3
CE M	473.898 5	0.026 % 6	1.2E-4 3
CE N	477.631 5	0.0068 % 17	3.3E-5 8
CE O	478.737	0.0015 % 4	7.3E-6 18
CE P	478.883	2.6E-4 % 6	1.2E-6 3
CE M	481.398 5	0.235 % 25	0.00113 12
CE M	483.998 5	0.037 % 14	1.8E-4 7
CE N	485.131 5	0.062 % 7	3.0E-4 3
CE O	486.237	0.0140 % 15	6.8E-5 7
CE P	486.383	0.00237 % 25	1.15E-5 12
CE N	487.731 5	0.010 % 4	4.7E-5 18
CE O	488.837	0.0023 % 9	1.1E-5 4
CE P	488.983	4.2E-4 % 16	2.1E-6 8
CE K	553.545 6	1.28 % 11	0.0071 6
CE K	563.345 6	0.5 % 3	0.0027 19
CE L	640.460 18	0.39 % 3	0.00252 22
CE L	650.260 18	0.10 % 5	6E-4 4
CE M	655.298 5	0.100 % 9	6.5E-4 6
CE N	659.031 5	0.0264 % 23	1.74E-4 15
CE O	660.137	0.0060 % 5	3.9E-5 3
CE P	660.283	0.00104 % 9	6.9E-6 6
CE M	665.098 5	0.023 % 13	1.6E-4 8
CE N	668.831 5	0.006 % 3	4.1E-5 22
CE O	669.937	0.0014 % 8	1.0E-5 5
CE P	670.0828	2.6E-4 % 15	1.8E-6 10

Gamma and X-ray radiation:

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

XR l	12.7	114 % 9	0.0145 11
	30.3 6 S	0.41 % 4	1.24E-4 13
XR kα2	87.675	54 % 5	0.047 4
XR kα1	90.886	87 % 8	0.079 7
	96	5.0 % 10	0.0048 10
XR kβ3	102.101	10.7 % 10	0.0110 10
XR kβ1	102.841	20.5 % 19	0.0211 19
XR kβ2	105.738	7.8 % 7	0.0082 8
	110	7.0 % 10	0.0077 11
	153.8	16.0 % 20	0.025 3
	220	10.0 % 20	0.022 4
	234	5.0 % 10	0.0117 23
	349.0	16.0 % 20	0.056 7
	351.5	21.0 % 20	0.074 7
	381.8	46 % 5	0.176 19
	478.9	8.0 % 20	0.038 10
	486.4	77 % 8	0.37 4
	489	6.0 % 20	0.029 10
	660.3	83 % 7	0.55 5
	670.1	11 % 3	0.074 20

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
30.3	96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 349.0, 351.5, 478.9, 486.4, 489, 660.3, 670.1
96	30.3 (1.00E-8), 153.8, 234, 349.0 (1.00E-8), 351.5 (1.00E-8), 381.8 (1.00E-8), 478.9 (1.00E-8), 486.4 (1.00E-8), 489 (1.00E-8), 660.3 (1.00E-8), 670.1 (1.00E-8)
110	30.3 (1.00E-8), 153.8, 220, 349.0 (1.00E-8), 351.5 (1.00E-8), 381.8 (1.00E-8), 478.9 (1.00E-8), 486.4 (1.00E-8), 489 (1.00E-8), 660.3 (1.00E-8), 670.1 (1.00E-8)
153.8	30.3 (1.00E-8), 96, 110, 220, 234, 349.0 (1.00E-8), 351.5 (1.00E-8), 381.8 (1.00E-8), 478.9 (1.00E-8), 486.4 (1.00E-8), 489 (1.00E-8), 660.3 (1.00E-8), 670.1 (1.00E-8)
220	30.3 (1.00E-8), 110, 153.8, 349.0 (1.00E-8), 351.5 (1.00E-8), 381.8 (1.00E-8), 478.9 (1.00E-8), 486.4 (1.00E-8), 489 (1.00E-8), 660.3 (1.00E-8), 670.1 (1.00E-8)
234	30.3 (1.00E-8), 96, 153.8, 349.0 (1.00E-8), 351.5 (1.00E-8), 381.8 (1.00E-8), 478.9 (1.00E-8), 486.4 (1.00E-8), 489 (1.00E-8), 660.3 (1.00E-8), 670.1 (1.00E-8)
349.0	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 478.9, 489, 660.3, 670.1
351.5	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 486.4, 660.3
381.8	96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 486.4, 660.3
478.9	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 349.0, 670.1
486.4	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 351.5, 381.8, 660.3
489	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 349.0, 660.3
660.3	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 349.0, 351.5, 381.8, 486.4, 489
670.1	30.3, 96 (1.00E-8), 110 (1.00E-8), 153.8 (1.00E-8), 220 (1.00E-8), 234 (1.00E-8), 349.0, 478.9