Decay Radiation Results

Results:3 different decay possibilities were found

Dataset #1:

Author: Jean Blachot Citation:Nuclear Data Sheets 110, 1239 (2009)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
111
47 Ag
59.824 7/2+ 64.8 s 8 IT: 99.3 2 %
111
47 Ag

Electrons:

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

Auger L	2.61	78.37 % 14	0.002045 4
Auger K	18.5	3.86 % 9	7.14E-4 17
CE K	34.26 4	22.844 %	0.007825
CE L	55.96 4	61.201 %	0.034250
CE M	59.05 4	12.58 %	0.007429

Gamma and X-ray radiation:

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

XR l	2.98	4.85 % 12	1.45E-4 3
XR kα2	21.99	5.53 % 16	0.00122 4
XR kα1	22.163	10.4 % 3	0.00231 7
XR kβ3	24.912	0.89 % 3	2.22E-4 6
XR kβ1	24.943	1.72 % 5	4.28E-4 12
XR kβ2	25.455	0.429 % 11	1.09E-4 3
	59.77 4	0.531 %	3.18E-4

Dataset #2:

Author: Jean Blachot Citation:Nuclear Data Sheets 110, 1239 (2009)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
111
47 Ag
59.85 7/2+ 64.8 s 8 β^- 1036.8 14
111
48 Cd

Beta-:

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

100.6 5	344.0 14	0.14 % 6	1.4E-4 6
146.1 5	476.5 14	0.16 % 8	2.3E-4 11
221.3 6	680.0 14	0.12 % 9	2.7E-4 19
288.3 6	851.3 14	0.29 % 15	8E-4 4

Mean beta- energy: 2.1E+2 keV 9, total beta- intensity: 0.71 % 20, mean beta- dose: 0.0015 MeV/Bq-s 8

Electrons:

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

Auger L	2.72	0.042 % 16	1.1E-6 4
Auger K	19.3	0.006 % 3	1.2E-6 5
CE K	144.57 3	0.012 % 9	1.7E-5 13
CE L	167.26 3	0.0015 % 11	2.5E-6 18
CE M	170.51 3	2.9E-4 % 21	5E-7 4
CE K	218.69 10	0.028 % 15	6E-5 3
CE L	241.38 10	0.0044 % 24	1.1E-5 6
CE M	244.63 10	8E-4 % 5	2.1E-6 11
CE K	593.4 3	4.1E-4 % 22	2.4E-6 13
CE L	616.1 3	5E-5 % 3	3.1E-7 17
CE K	725.99 20	9E-5 % 5	6E-7 4
CE L	748.68 20	1.1E-5 % 6	8E-8 5

Gamma and X-ray radiation:

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

XR l	3.13	0.0028 % 11	9E-8 3
XR kα2	22.984	0.010 % 4	2.3E-6 10
XR kα1	23.174	0.019 % 8	4.3E-6 19
XR kβ3	26.06	0.0016 % 7	4.2E-7 19
XR kβ1	26.095	0.0031 % 14	8E-7 4
XR kβ2	26.644	8E-4 % 4	2.1E-7 9
	96.75 2 S	8E-4 % 5	7E-7 4
	171.28 3	0.13 % 9	2.2E-4 16
	203.29 12 S	9E-4 %	1.7E-6
	245.4 1	0.5 % 3	0.0013 7
	278.3 4 S	0.008 % 4	2.2E-5 12
	336.16 10 S	0.015 % 9	5E-5 3
	342.13 2 S	0.04 % 3	1.5E-4 9
	374.75 5 S	0.036 % 20	1.4E-4 8
	410.77 10 S	0.038 % 24	1.6E-4 10
	506.9 10	0.05 % 4	2.3E-4 19
	620.1 3	0.13 % 7	8E-4 4
	752.7 2	0.05 % 3	3.4E-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
96.75	245.4, 278.3, 410.77
171.28	203.29 (1.20E-10), 245.4, 336.16 (1.20E-10)
203.29	171.28 (1.20E-10), 245.4 (1.20E-10)
245.4	96.75, 171.28, 203.29 (1.20E-10), 278.3, 336.16 (1.20E-10), 374.75, 410.77, 506.9
278.3	96.75, 245.4, 342.13
336.16	171.28 (1.20E-10), 245.4 (1.20E-10)
342.13	278.3, 410.77
374.75	245.4
410.77	96.75, 245.4, 342.13
506.9	245.4

Dataset #3:

Author: Jean Blachot Citation:Nuclear Data Sheets 110, 1239 (2009)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
111
47 Ag
0.0 1/2- 7.45 d 1 β^-: 100 % 1036.8 14
111
48 Cd

Beta-:

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

43.6 9	170.1 14	0.013 %	5.67E-6
44.2 9	172.0 14	0.009 %	3.98E-6
77.7 10	282.1 14	0.004 %	3.11E-6
140.2 11	416.6 14	0.022 %	3.084E-5
223.5 12	694.7 14	7.1 % 5	0.0159 11
278.9 12	791.4 14	1.00 % 20	0.0028 6
360.4 13	1036.8 14	92 % 5	0.332 18

Mean beta- energy: 3.5E+2 keV 3, total beta- intensity: 100 % 5, mean beta- dose: 0.35 MeV/Bq-s 3

Electrons:

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

Auger L	2.72	0.230 % 6	6.27E-6 15
Auger K	19.3	0.0357 % 13	6.9E-6 3
CE K	70.039 20	0.052 % 4	3.7E-5 3
CE L	92.732 20	0.0068 % 5	6.3E-6 4
CE M	95.980 20	0.00130 % 9	1.25E-6 9
CE K	218.689 20	0.066 % 5	1.45E-4 11
CE L	241.382 20	0.0103 % 8	2.49E-5 18
CE M	244.630 20	0.00199 % 15	4.9E-6 4
CE K	315.419 20	0.1071 %	3.38E-4
CE L	338.112 20	0.0138 %	4.68E-5
CE M	341.360 20	0.00267 %	9.1211E-6
CE K	592.6 4	3.8E-6 % 23	2.3E-8 14
CE K	593.6 4	3.5E-5 % 3	2.06E-7 18
CE K	595.3 4	3.4E-5 % 19	2.0E-7 11
CE L	616.3 4	4.4E-6 % 4	2.70E-8 24
CE K	838.4 4	7E-6 % 4	6E-8 3
CE K	840.3 4	8E-6 % 5	7E-8 4

Gamma and X-ray radiation:

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

XR l	3.13	0.0155 % 5	4.87E-7 17
XR kα2	22.984	0.0553 % 22	1.27E-5 5
XR kα1	23.174	0.104 % 4	2.41E-5 9
XR kβ3	26.06	0.0090 % 3	2.35E-6 9
XR kβ1	26.095	0.0174 % 7	4.53E-6 18
XR kβ2	26.644	0.00447 % 18	1.19E-6 5
	96.75 2	0.116 % 8	1.12E-4 8
	245.40 2	1.24 % 9	0.00303 22
	278.3 4	5.3E-4 % 14	1.5E-6 4
	342.13 2	6.7 %	0.0229
	374.6 2	0.00314 % 20	1.18E-5 8
	509.4	0.00134 %	6.8E-6
	522.4 4	9.4E-4 % 14	4.9E-6 7
	524.3 4	0.00207 % 17	1.09E-5 9
	619.3 4	5E-4 % 3	3.3E-6 17
	620.3 4	0.0110 % 10	6.8E-5 6
	622.0 4	0.0060 % 20	3.7E-5 13
	754.6	0.00267 %	2.02E-5
	865.1 4	0.0015 % 3	1.33E-5 24
	867.0 4	0.0036 % 3	3.1E-5 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
96.75	245.40 (8.45E-8), 278.3 (5.90E-11), 522.4 (5.90E-11), 524.3 (5.90E-11)
245.40	96.75 (8.45E-8), 278.3 (8.45E-8), 374.6 (8.45E-8), 509.4 (8.45E-8), 522.4 (8.45E-8), 524.3 (8.45E-8), 619.3 (8.45E-8), 622.0 (8.45E-8)
278.3	96.75 (5.90E-11), 245.40 (8.45E-8), 342.13 (5.90E-11)
342.13	278.3 (5.90E-11), 522.4 (5.90E-11), 524.3 (5.90E-11)
374.6	245.40 (8.45E-8)
509.4	245.40 (8.45E-8)
522.4	96.75 (5.90E-11), 245.40 (8.45E-8), 342.13 (5.90E-11)
524.3	96.75 (5.90E-11), 245.40 (8.45E-8), 342.13 (5.90E-11)
619.3	245.40 (8.45E-8)
622.0	245.40 (8.45E-8)