Decay Radiation Results

Results:3 different decay possibilities were found

Dataset #1:

Author: Jean Blachot Citation:Nuclear Data Sheets 111, 1471 (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
113
47 Ag
43.62 7/2+ 68.7 s 16 IT
113
47 Ag

Electrons:

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

Auger L	2.61	48.1 % 7	0.001256 18
CE K	18.09 20	5.8 % 7	0.00105 12
Auger K	18.5	0.98 % 11	1.82E-4 21
CE L	39.79 20	46 % 5	0.0181 21
CE M	42.88 20	9.5 % 11	0.0041 5

Gamma and X-ray radiation:

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

XR l	2.98	3.0 % 3	8.9E-5 9
XR kα2	21.99	1.41 % 17	3.1E-4 4
XR kα1	22.163	2.7 % 3	5.9E-4 7
XR kβ3	24.912	0.23 % 3	5.7E-5 7
XR kβ1	24.943	0.44 % 5	1.09E-4 13
XR kβ2	25.455	0.109 % 13	2.8E-5 3
	43.6 2	0.41 % 6	1.8E-4 3

Dataset #2:

Author: Jean Blachot Citation:Nuclear Data Sheets 111, 1471 (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
113
47 Ag
43.2 7/2+ 68.7 s 50 β^- 2016 16
113
48 Cd

Beta-:

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

291 8	864 16	0.9 % 6	0.0026 17
351 9	1012 16	0.79 % 17	0.0028 6
368 9	1052 16	1.8 % 4	0.0066 14
495 9	1351 16	16 % 4	0.079 17
549 9	1475 16	4.3 % 9	0.024 5
604 9	1601 16	1.08 % 24	0.0065 14
668 9	1743 16	10.4 % 23	0.070 15

Mean beta- energy: 5.4E+2 keV 9, total beta- intensity: 35 % 4, mean beta- dose: 0.19 MeV/Bq-s 4

Electrons:

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

Auger L	2.72	7.012 % 13	1.907E-4 3
CE L	13.78 10	6.33 %	8.7E-4
CE M	17.03 10	1.22 %	2.08E-4
CE N	17.69 10	0.216 %	3.83E-5
CE O	17.80 10	0.0121 %	2.15E-6
Auger K	19.3	0.168 % 4	3.23E-5 8
CE K	115.49 15	0.438 %	5.06E-4
CE L	138.18 15	0.0544 %	7.52E-5
CE M	141.43 15	0.01048 %	1.482E-5
CE N	142.09 15	0.00187 %	2.65E-6
CE O	142.20 15	1.068E-4 %	1.519E-7
CE K	271.59 10	0.213 %	5.78E-4
CE K	289.39 10	0.409 %	0.001184
CE L	294.28 10	0.0260 %	7.64E-5
CE M	297.53 10	0.00498 %	1.482E-5
CE N	298.19 10	8.89E-4 %	2.65E-6
CE O	298.30 10	5.16E-5 %	1.540E-7
CE L	312.08 10	0.0591 %	1.84E-4
CE M	315.33 10	0.01145 %	3.61E-5
CE N	315.99 10	0.00199 %	6.29E-6
CE O	316.10 10	8.96E-5 %	2.83E-7

Gamma and X-ray radiation:

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

XR l	3.13	0.473 % 12	1.48E-5 4
	17.8 1	0.80 %	1.4E-4
XR kα2	22.984	0.260 % 7	5.97E-5 17
XR kα1	23.174	0.489 % 14	1.13E-4 3
XR kβ3	26.06	0.0423 % 12	1.10E-5 3
XR kβ1	26.095	0.0815 % 23	2.13E-5 6
XR kβ2	26.644	0.0210 % 6	5.59E-6 17
	126 1	0.18 % 18	2.2E-4 23
	142.20 15	2.9 %	0.0041
	188 1	0.18 % 18	3E-4 3
	249.9 4	1.11 %	0.0028
	268.0 6	0.18 % 18	5E-4 5
	285 1	0.13 %	3.8E-4
	298.3 1	10.1 %	0.030
	316.1 1	18 %	0.056
	392.3 2	11.1 %	0.044
	410.0 6	0.67 %	0.0027
	423 1	0.09 % 9	4E-4 4
	487 1	0.39 %	0.0019
	549 1	0.35 %	0.0019
	583.8 3	3.6 %	0.021
	589 1	0.18 %	0.00104
	690.8 4	0.72 %	0.0050
	708.3 4	3.5 %	0.025
	709.0 5	0.88 %	0.0063
	731.3 4	0.62 %	0.0045
	737 1	0.18 % 18	0.0013 13
	897 1	0.18 % 18	0.0016 16

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
17.8	126, 142.20, 188, 249.9, 268.0, 298.3, 392.3, 423, 487, 549, 589, 690.8, 731.3, 737
126	17.8, 142.20, 188, 298.3, 316.1, 423
142.20	17.8, 126, 188, 249.9, 298.3, 316.1, 423, 487, 549, 589, 737
188	17.8, 126, 142.20, 268.0, 285, 298.3, 316.1, 423, 549, 583.8, 690.8, 709.0
249.9	17.8, 142.20, 298.3, 316.1, 487
268.0	17.8, 188, 298.3, 316.1, 423
285	188, 298.3, 423
298.3	17.8, 126, 142.20, 188, 249.9, 268.0, 285, 392.3, 410.0, 423, 487, 549, 589, 690.8, 709.0, 731.3, 737, 897
316.1	126, 142.20, 188, 249.9, 268.0, 392.3, 423, 487, 549, 589, 690.8, 731.3, 737
392.3	17.8, 298.3, 316.1, 487
410.0	298.3, 487
423	17.8, 126, 142.20, 188, 268.0, 285, 298.3, 316.1, 583.8
487	17.8, 142.20, 249.9, 298.3, 316.1, 392.3, 410.0, 708.3
549	17.8, 142.20, 188, 298.3, 316.1
583.8	188, 423
589	17.8, 142.20, 298.3, 316.1
690.8	17.8, 188, 298.3, 316.1
708.3	487
709.0	188, 298.3
731.3	17.8, 298.3, 316.1
737	17.8, 142.20, 298.3, 316.1
897	298.3

Dataset #3:

Author: Jean Blachot Citation:Nuclear Data Sheets 111, 1471 (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
113
47 Ag
0 1/2- 5.37 h 5 β^-: 100 % 2016 16
113
48 Cd

Beta-:

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

167.7 62	537 16	0.120 % 12	2.01E-4 21
276.4 68	821 16	2.10 % 21	0.0058 6
303.9 69	890 16	0.086 % 9	2.6E-4 3
334.8 70	966 16	0.065 % 7	2.18E-4 22
360.2 71	1028 16	0.45 % 5	0.00162 17
404.0 72	1132 16	0.29 % 3	0.00117 12
490.2 71	1307 16	0.0200 % 20	9.8E-5 10
490.7 74	1335 16	1.00 % 10	0.0049 5
542.5 72	1432 16	0.130 % 13	7.1E-4 7
657.3 74	1700 16	1.70 % 17	0.0112 11
659.1 77	1717 16	9.4 % 9	0.062 6
793.8 78	2016 16	85 % 9	0.67 7

Mean beta- energy: 7.6E+2 keV 9, total beta- intensity: 100 % 9, mean beta- dose: 0.76 MeV/Bq-s 11

Electrons:

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

Auger L	2.72	0.715 % 8	1.944E-5 23
CE L	13.68 20	0.34 % 5	4.6E-5 7
CE M	16.93 20	0.065 % 10	1.10E-5 18
CE N	17.59 20	0.0116 % 19	2.0E-6 3
CE O	17.70 20	6.5E-4 % 10	1.14E-7 18
Auger K	19.3	0.0616 % 21	1.19E-5 4
CE K	232.09 10	0.073 % 8	1.70E-4 17
CE L	254.78 10	0.0112 % 12	2.9E-5 3
CE M	258.03 10	0.00218 % 22	5.6E-6 6
CE N	258.69 10	3.8E-4 % 4	9.7E-7 10
CE O	258.80 10	1.56E-5 % 16	4.0E-8 4
CE K	271.89 10	0.264 %	7.2E-4
CE K	289.59 10	0.031 % 3	9.0E-5 9
CE L	294.58 10	0.037 %	1.09E-4
CE M	297.83 10	0.0073 %	2.17E-5
CE N	298.49 10	0.00126 %	3.8E-6
CE O	298.60 10	5.85E-5 %	1.75E-7
CE K	306.39 10	0.0106 % 16	3.3E-5 5
CE L	312.28 10	0.0045 % 5	1.40E-5 14
CE K	312.69 10	0.0107 % 15	3.4E-5 5
CE M	315.53 10	8.7E-4 % 9	2.7E-6 3
CE N	316.19 10	1.51E-4 % 15	4.8E-7 5
CE O	316.30 10	6.8E-6 % 7	2.15E-8 22
CE L	329.08 10	0.0014 % 3	4.7E-6 11
CE M	332.33 10	2.8E-4 % 6	9.1E-7 20
CE N	332.99 10	4.8E-5 % 10	1.6E-7 3
CE O	333.10 10	2.4E-6 % 3	8.1E-9 10
CE L	335.38 10	0.0014 % 3	4.7E-6 10
CE M	338.63 10	2.7E-4 % 6	9.3E-7 20
CE N	339.29 10	4.8E-5 % 10	1.6E-7 3
CE O	339.40 10	2.5E-6 % 3	8.4E-9 10

Gamma and X-ray radiation:

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

XR l	3.13	0.048 % 4	1.51E-6 11
	17.7 2	0.042 % 7	7.4E-6 12
XR kα2	22.984	0.095 % 3	2.19E-5 8
XR kα1	23.174	0.180 % 6	4.16E-5 15
XR kβ3	26.06	0.0155 % 5	4.05E-6 14
XR kβ1	26.095	0.0300 % 11	7.8E-6 3
XR kβ2	26.644	0.0077 % 3	2.06E-6 8
	96.2 2	0.037 % 4	3.6E-5 4
	206.4 2	0.020 % 3	4.1E-5 6
	217.2 1	0.028 % 3	6.1E-5 7
	258.8 1	1.64 % 17	0.0042 4
	298.6 1	10.0 %	0.030
	316.3 1	1.34 % 14	0.0042 4
	333.1 1	0.60 % 6	0.00199 20
	339.4 1	0.64 % 6	0.00217 22
	364.4 1	0.140 % 14	5.1E-4 5
	369 1	0.010 % 5	3.7E-5 19
	374.3 2	0.025 % 3	9.4E-5 12
	382.1 1	0.145 % 15	5.5E-4 6
	392.4 1	0.020 % 3	7.8E-5 11
	539 1	0.008 % 3	4.3E-5 17
	584.0 1	0.21 % 4	0.00123 21
	585 1	0.010 % 5	6E-5 3
	611.0 5	0.045 % 11	2.7E-4 7
	624.0 1	0.0190 % 21	1.19E-4 13
	672.3 1	0.030 % 10	2.0E-4 7
	672.3 1	0.87 % 9	0.0058 6
	680.6 1	0.70 % 7	0.0047 5
	734 1	0.010 % 5	7E-5 4
	809.9 1	0.0150 % 25	1.21E-4 20
	827 1	0.010 % 5	8E-5 4
	878.5 1	0.052 % 6	4.6E-4 5
	883.6 1	0.28 % 3	0.0025 3
	896.1 1	0.058 % 12	5.2E-4 10
	988.4 1	0.42 % 4	0.0042 4
	1049.9 1	0.045 % 5	4.7E-4 6
	1126.1 1	0.061 % 7	6.9E-4 8
	1180.8 1	0.037 % 5	4.4E-4 6
	1194.6 1	0.38 % 4	0.0045 5
	1479.2 1	0.068 % 8	0.00101 12

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
17.7	206.4 (1.07E-8), 298.6, 333.1 (1.10E-8), 339.4 (1.10E-8), 364.4 (1.07E-8), 369 (1.07E-8), 392.4 (1.07E-8), 539 (1.07E-8), 624.0 (1.10E-8), 672.3 (1.07E-8), 672.3 (1.10E-8), 734 (1.07E-8), 809.9 (1.07E-8), 878.5 (1.07E-8)
96.2	369, 584.0
206.4	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8), 333.1 (3.22E-10), 339.4 (3.22E-10), 624.0 (3.22E-10), 672.3 (3.22E-10)
217.2	339.4, 374.3, 624.0
258.8	333.1 (3.22E-10), 339.4 (3.22E-10), 624.0 (3.22E-10), 672.3 (3.22E-10)
298.6	17.7, 206.4 (1.07E-8), 333.1 (1.10E-8), 339.4 (1.10E-8), 364.4 (1.07E-8), 369 (1.07E-8), 382.1, 392.4 (1.07E-8), 539 (1.07E-8), 585, 624.0 (1.10E-8), 672.3 (1.07E-8), 672.3 (1.10E-8), 734 (1.07E-8), 809.9 (1.07E-8), 827, 878.5 (1.07E-8), 896.1, 1180.8
316.3	206.4 (1.07E-8), 333.1 (1.10E-8), 339.4 (1.10E-8), 364.4 (1.07E-8), 369 (1.07E-8), 392.4 (1.07E-8), 539 (1.07E-8), 624.0 (1.10E-8), 672.3 (1.07E-8), 672.3 (1.10E-8), 734 (1.07E-8), 809.9 (1.07E-8), 878.5 (1.07E-8)
333.1	17.7 (1.10E-8), 206.4 (3.22E-10), 258.8 (3.22E-10), 298.6 (1.10E-8), 316.3 (1.10E-8), 339.4, 624.0
339.4	17.7 (1.10E-8), 206.4 (3.22E-10), 217.2, 258.8 (3.22E-10), 298.6 (1.10E-8), 316.3 (1.10E-8), 333.1, 374.3, 539
364.4	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8), 369
369	17.7 (1.07E-8), 96.2, 298.6 (1.07E-8), 316.3 (1.07E-8), 364.4, 382.1, 584.0, 680.6
374.3	217.2, 339.4, 624.0
382.1	298.6, 369
392.4	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8)
539	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8), 339.4, 624.0
584.0	96.2, 369, 611.0
585	298.6
611.0	584.0
624.0	17.7 (1.10E-8), 206.4 (3.22E-10), 217.2, 258.8 (3.22E-10), 298.6 (1.10E-8), 316.3 (1.10E-8), 333.1, 374.3, 539
672.3	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8)
672.3	17.7 (1.10E-8), 206.4 (3.22E-10), 258.8 (3.22E-10), 298.6 (1.10E-8), 316.3 (1.10E-8)
680.6	369
734	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8)
809.9	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8)
827	298.6
878.5	17.7 (1.07E-8), 298.6 (1.07E-8), 316.3 (1.07E-8)
896.1	298.6
1180.8	298.6