Decay Radiation Results

Results:2 different decay possibilities were found

Dataset #1:

Author: C. W. Reich Citation:Nuclear Data Sheets 113, 157 (2012)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
159
64 Gd
67.82924 5/2+ 26.2 ns 8 IT: 100 %
159
64 Gd

Electrons:

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

CE K	0.5 4	27.37 %	1.3E-4
Auger L	4.84	62.4 % 5	0.003022 24
CE L	8.7244 5	23.80 %	0.002076
CE M	15.2192 5	5.28 %	8.04E-4
CE N	16.7242 7	1.144 %	1.91E-4
CE O	17.0745	0.139 %	2.38E-5
CE K	17.6 4	24.4 %	0.00428
Auger K	34.9	3.52 % 21	0.00123 7
CE L	42.3 4	4.06 %	0.001718
CE M	48.8 4	0.889 %	4.34E-4
CE N	50.3 4	0.203 %	1.022E-4
CE O	50.7 4	0.0319 %	1.614E-5
CE L	59.4 4	3.93 %	0.00234
CE M	65.9 4	0.852 %	5.61E-4
CE N	67.4 4	0.192 %	1.29E-4
CE O	67.8 4	0.0274 %	1.86E-5

Gamma and X-ray radiation:

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

XR l	6.06	13.3 % 5	8.1E-4 3
	17.1 S	4.6 %	7.9E-4
XR kα2	42.309	13.8 % 3	0.00582 13
XR kα1	42.996	24.6 % 5	0.01057 22
XR kβ3	48.551	2.49 % 5	0.00121 3
XR kβ1	48.695	4.81 % 10	0.00234 5
XR kβ2	49.959	1.61 % 3	8.04E-4 16
	50.7 4	2.3 %	0.00119
	67.8 4	36 %	0.0242

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
17.1	50.7
50.7	17.1

Dataset #2:

Author: C. W. Reich Citation:Nuclear Data Sheets 113, 157 (2012)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
159
64 Gd
0 3/2- 18.479 h 4 β^-: 100 % 970.5 7
159
65 Tb

Beta-:

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

20.51 19	79.3 7	0.0011 % 4	2.3E-7 8
30.40 20	115.5 7	0.0162 % 5	4.92E-6 16
83.79 22	296.3 7	0.00387 % 10	3.24E-6 8
101.81 23	352.9 7	0.0301 % 9	3.06E-5 9
113.82 23	389.7 7	0.0635 % 9	7.23E-5 10
188.9 3	607.0 7	12.19 % 6	0.02303 12
194.4 3	622.2 7	0.315 % 4	6.12E-4 8
283.9 3	833.0 7	0.008 % 7	2.3E-5 20
304.1 3	912.5 7	28.8 % 10	0.088 3
326.9 3	970.5 7	58.6 % 10	0.192 3

Mean beta- energy: 303 keV 6, total beta- intensity: 100.0 % 14, mean beta- dose: 0.303 MeV/Bq-s 8

Electrons:

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

Auger L	5.0	18.4 % 5	9.2E-4 3
CE K	6.0043 23	21.9 % 7	0.00131 4
CE K	27.517 3	0.166 % 4	4.57E-5 12
Auger K	36.0	1.44 % 10	5.2E-4 4
CE L	49.2920 23	3.74 % 12	0.00184 6
CE M	56.0325 23	0.83 % 3	4.64E-4 15
CE N	57.6021 23	0.190 % 6	1.10E-4 4
CE O	57.9701 22	0.0285 % 9	1.65E-5 5
CE L	70.805 3	0.0265 % 8	1.88E-5 5
CE M	77.546 3	0.00584 % 17	4.53E-6 13
CE N	79.115 3	0.00135 % 4	1.07E-6 3
CE O	79.483 3	2.04E-4 % 6	1.62E-7 5
CE K	85.519 5	0.00308 % 9	2.63E-6 7
CE L	128.807 5	0.00176 % 5	2.27E-6 6
CE M	135.548 5	4.14E-4 % 12	5.61E-7 16
CE N	137.117 5	9.3E-5 % 3	1.28E-7 4
CE O	137.485 5	1.23E-5 % 4	1.69E-8 5
CE K	158.787 3	0.0036 % 10	5.7E-6 16
CE K	174.0449 19	0.00627 % 11	1.091E-5 19
CE K	185.345 5	1.96E-4 % 5	3.64E-7 10
CE L	202.075 3	7.8E-4 % 15	1.6E-6 3
CE M	208.816 3	1.8E-4 % 4	3.7E-7 8
CE N	210.385 3	4.0E-5 % 8	8.4E-8 18
CE O	210.753 3	5.8E-6 % 9	1.22E-8 19
CE L	217.3326 19	8.92E-4 % 16	1.94E-6 4
CE K	221.62 12	1.3E-5 % 6	2.8E-8 14
CE K	222.167 19	1.00E-4 % 6	2.21E-7 14
CE M	224.0731 19	1.94E-4 % 3	4.34E-7 8
CE N	225.6427 20	4.43E-5 % 8	9.99E-8 18
CE O	226.0107 18	6.62E-6 % 13	1.50E-8 3
CE L	228.633 5	2.78E-5 % 7	6.35E-8 16
CE M	235.374 5	6.03E-6 % 16	1.42E-8 4
CE N	236.943 5	1.38E-6 % 4	3.28E-9 9
CE O	237.311 5	2.07E-7 % 5	4.91E-10 13
CE K	238.291 3	0.0024 % 7	5.7E-6 17
CE K	253.5535 21	8.32E-4 % 16	2.11E-6 4
CE L	264.91 12	1.8E-6 % 9	4.7E-9 23
CE L	265.455 19	1.40E-5 % 9	3.72E-8 24
CE M	271.65 12	3.8E-7 % 19	1.0E-9 5
CE M	272.195 19	3.04E-6 % 20	8.3E-9 5
CE N	273.22 12	9E-8 % 4	2.4E-10 12
CE O	273.59 12	1.3E-8 % 7	3.6E-11 18
CE N	273.765 19	7.0E-7 % 4	1.91E-9 12
CE O	274.133 19	1.05E-7 % 7	2.87E-10 19
CE L	281.578 3	4.36E-4 % 12	1.23E-6 3
CE M	288.319 3	9.72E-5 % 22	2.80E-7 6
CE N	289.889 3	2.23E-5 % 5	6.46E-8 14
CE O	290.2566 25	3.26E-6 % 20	9.5E-9 6
CE K	296.2850 19	0.0131 % 5	3.88E-5 15
CE L	296.8412 21	1.165E-4 % 23	3.46E-7 7
CE M	303.5817 21	2.52E-5 % 5	7.66E-8 15
CE N	305.1513 22	5.79E-6 % 11	1.77E-8 3
CE O	305.5193 20	8.73E-7 % 16	2.67E-9 5
CE K	311.5473 19	0.1034 %	3.22E-4
CE L	339.5727 19	0.00196 % 4	6.65E-6 14
CE M	346.3132 19	4.28E-4 % 9	1.48E-6 3
CE N	347.8828 20	9.91E-5 % 22	3.45E-7 8
CE O	348.2508 18	1.51E-5 % 4	5.27E-8 12
CE L	354.8350 19	0.01432 %	5.08E-5
CE M	361.5755 19	0.00311 %	1.124E-5
CE N	363.1451 20	7.14E-4 %	2.59E-6
CE O	363.5131 18	1.080E-4 %	3.93E-7
CE K	484.78 18	3.11E-5 % 10	1.51E-7 5
CE K	507.627 6	3.3E-4 % 7	1.7E-6 3
CE L	528.07 18	4.36E-6 % 14	2.30E-8 8
CE K	528.812 6	8E-4 % 3	4.3E-6 14
CE M	534.81 18	9.5E-7 % 3	5.06E-9 17
CE N	536.38 18	2.19E-7 % 7	1.17E-9 4
CE O	536.75 18	3.38E-8 % 11	1.81E-10 6
CE L	550.915 6	4.9E-5 % 7	2.7E-7 4
CE M	557.655 6	1.04E-5 % 14	5.8E-8 8
CE N	559.225 6	2.4E-6 % 3	1.35E-8 18
CE O	559.593 6	3.7E-7 % 5	2.1E-9 3
CE K	564.237 18	2.59E-5 % 12	1.46E-7 7
CE K	565.619 8	2.17E-4 % 7	1.23E-6 4
CE L	572.100 6	1.2E-4 % 3	7.0E-7 20
CE M	578.840 6	2.7E-5 % 6	1.6E-7 4
CE N	580.410 6	6.3E-6 % 14	3.6E-8 8
CE O	580.778 6	1.0E-6 % 3	5.6E-9 16
CE L	607.525 18	3.60E-6 % 17	2.19E-8 10
CE L	608.907 8	3.02E-5 % 10	1.84E-7 6
CE M	614.265 18	7.8E-7 % 4	4.82E-9 22
CE M	615.647 8	6.57E-6 % 22	4.04E-8 13
CE N	615.835 18	1.81E-7 % 8	1.12E-9 5
CE O	616.203 18	2.80E-8 % 13	1.73E-10 8
CE N	617.217 8	1.52E-6 % 5	9.4E-9 3
CE O	617.585 8	2.35E-7 % 8	1.45E-9 5
CE K	622.26 5	3.5E-6 % 3	2.16E-8 16
CE L	665.55 5	4.8E-7 % 3	3.20E-9 23
CE M	672.29 5	1.04E-7 % 8	7.0E-10 5
CE N	673.86 5	2.42E-8 % 18	1.63E-10 12
CE O	674.23 5	3.7E-9 % 3	2.52E-11 18
CE K	701.74 6	3.2E-7 % 4	2.23E-9 25
CE L	745.03 6	4.2E-8 % 5	3.2E-10 4
CE M	751.77 6	9.1E-9 % 10	6.9E-11 8
CE N	753.34 6	2.11E-9 % 24	1.59E-11 18
CE O	753.71 6	3.2E-10 % 4	2.4E-12 3
CE K	802.951 20	3.38E-6 % 20	2.72E-8 16
CE L	846.239 20	4.5E-7 % 3	3.79E-9 23
CE M	852.979 20	9.7E-8 % 6	8.3E-10 5
CE N	854.549 20	2.23E-8 % 13	1.91E-10 11
CE O	854.917 20	3.42E-9 % 20	2.93E-11 17

Gamma and X-ray radiation:

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

XR l	6.27	4.20 % 21	2.63E-4 13
XR kα2	43.744	5.92 % 23	0.00259 10
XR kα1	44.482	10.5 % 4	0.00469 18
XR kβ3	50.228	1.08 % 4	5.44E-4 21
XR kβ1	50.384	2.09 % 8	0.00105 4
XR kβ2	51.698	0.70 % 3	3.61E-4 14
	58.0000 22	2.49 % 7	0.00144 4
	79.5132 27	0.0468 % 11	3.72E-5 9
	137.515 5	0.00647 % 16	8.89E-6 21
	210.783 3	0.0200 % 14	4.2E-5 3
	226.0406 18	0.2170 % 23	4.90E-4 5
	237.341 5	0.00769 % 17	1.83E-5 4
	273.62 12	7E-4 % 4	1.9E-6 10
	274.163 19	0.0057 % 4	1.55E-5 10
	290.2865 25	0.0323 % 5	9.37E-5 14
	305.5492 20	0.0620 % 8	1.893E-4 23
	348.2807 18	0.239 % 3	8.33E-4 9
	363.5430 18	11.78 %	0.04283
	536.78 18	0.00160 % 5	8.6E-6 3
	559.623 6	0.0221 % 6	1.24E-4 3
	580.808 6	0.0683 % 7	3.97E-4 4
	616.233 18	0.00188 % 8	1.16E-5 5
	617.615 8	0.0159 % 5	9.8E-5 3
	674.26 5	3.16E-4 % 22	2.13E-6 15
	753.74 6	1.80E-4 % 20	1.36E-6 15
	854.947 20	0.00246 % 14	2.10E-5 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
58.0000	79.5132, 210.783 (1.00E-9), 226.0406 (1.00E-9), 237.341, 273.62, 290.2865, 305.5492, 536.78 (1.00E-9), 559.623, 616.233, 753.74 (1.00E-9)
79.5132	58.0000, 210.783 (1.00E-9), 226.0406 (1.00E-9), 536.78 (1.00E-9), 753.74 (1.00E-9)
137.515	210.783 (1.00E-9), 226.0406 (1.00E-9), 536.78 (1.00E-9), 753.74 (1.00E-9)
210.783	58.0000 (1.00E-9), 79.5132 (1.00E-9), 137.515 (1.00E-9)
226.0406	58.0000 (1.00E-9), 79.5132 (1.00E-9), 137.515 (1.00E-9)
237.341	58.0000, 559.623, 617.615
273.62	58.0000, 559.623, 617.615
274.163	580.808
290.2865	58.0000
305.5492	58.0000
536.78	58.0000 (1.00E-9), 79.5132 (1.00E-9), 137.515 (1.00E-9)
559.623	58.0000, 237.341, 273.62
580.808	274.163
616.233	58.0000
617.615	237.341, 273.62
753.74	58.0000 (1.00E-9), 79.5132 (1.00E-9), 137.515 (1.00E-9)