Decay Radiation Results

Results:2 different decay possibilities were found

Dataset #1:

Authors: E. Browne, J. K. Tuli Citation:Nuclear Data Sheets 122, 205 (2014)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
239
95 Am
0 (5/2)- 11.9 h 1 α: 0.010 1 % 5922.4 14
235
93 Np

Alphas:

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

  5680 2      1.98E-4 % 20   1.12E-5 11

  5734 2      0.00138 % 14   7.9E-5 8

  5774.2 15      0.0084 % 8   4.8E-4 5

  5825 4      3.3E-5 % 4   1.92E-6 22

Electrons:

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

Auger L	10.1	0.0015 % 4	1.6E-7 4
CE L	26.4 9	0.0031 % 7	8.3E-7 20
CE M	43.1 9	7.9E-4 % 18	3.4E-7 8
CE N	47.3 9	2.1E-4 % 5	1.00E-7 23
CE O	48.6 9	4.9E-5 % 11	2.4E-8 5
CE P	48.8 9	7.8E-6 % 18	3.8E-9 9

Gamma and X-ray radiation:

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

XR l	13.9	0.0016 % 4	2.2E-7 5
	48.8 9	0.0050 % 11	2.4E-6 5

Dataset #2:

Authors: E. Browne, J. K. Tuli Citation:Nuclear Data Sheets 122, 293 (2014)

Parent
Nucleus Parent
E(level) Parent
Jπ Parent
T_1/2 Decay Mode GS-GS Q-value
(keV) Daughter
Nucleus Decay
Scheme ENSDF
file
239
95 Am
0 (5/2)- 11.9 h 1 ε: 99.990 1 % 802.1 17
239
94 Pu

Electrons:

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

CE M	1.927 3	65 %	0.00125
CE K	2.60 5	1.07 % 16	2.8E-5 4
CE N	6.301 3	17.9 %	0.00113
CE O	7.682 3	4.3 %	3.3E-4
CE P	7.836 3	0.74 %	5.8E-5
Auger L	10.3	83 % 5	0.0085 5
CE L	21.566 5	5.8 % 10	0.00124 22
CE L	26.315 4	10.1 % 15	0.0027 4
CE L	34.176 4	14.5 % 21	0.0050 7
CE L	38.383 4	7.1E-4 % 16	2.7E-7 6
CE M	38.730 5	1.5 % 3	5.6E-4 10
CE N	43.104 5	0.40 % 7	1.7E-4 3
CE M	43.479 4	2.7 % 4	0.00119 18
CE O	44.485 5	0.097 % 18	4.3E-5 8
CE K	44.57 7	0.044 % 6	2.0E-5 3
CE P	44.639 5	0.017 % 3	7.8E-6 13
CE L	44.744 7	9.3 % 13	0.0042 6
CE N	47.853 4	0.75 % 12	3.6E-4 6
CE O	49.234 4	0.18 % 3	8.8E-5 13
CE P	49.388 4	0.030 % 4	1.46E-5 22
CE M	51.340 4	4.0 % 6	0.0021 3
CE M	55.547 4	1.8E-4 % 4	9.8E-8 22
CE N	55.714 4	1.11 % 16	6.2E-4 9
CE O	57.095 4	0.26 % 4	1.50E-4 21
CE P	57.249 4	0.041 % 6	2.4E-5 3
CE K	59.90 5	4.1 % 5	0.0024 3
CE N	59.921 4	4.7E-5 % 11	2.8E-8 6
CE O	61.302 4	1.11E-5 % 25	6.8E-9 15
CE P	61.456 4	1.7E-6 % 4	1.07E-9 24
CE M	61.908 7	2.6 % 4	0.00161 23
CE L	64.96 3	0.0073 % 10	4.7E-6 7
CE N	66.282 7	0.71 % 10	4.7E-4 7
CE O	67.663 7	0.168 % 24	1.14E-4 16
CE P	67.817 7	0.027 % 4	1.8E-5 3
Auger K	76.0	3.6 % 5	0.0027 4
CE L	78.868 13	0.084 % 12	6.6E-5 9
CE M	82.13 3	0.0019 % 3	1.55E-6 22
CE L	83.00 20	0.0082 % 18	6.8E-6 15
CE L	83.40 3	0.060 % 10	5.0E-5 9
CE N	86.50 3	5.2E-4 % 7	4.5E-7 6
CE O	87.88 3	1.25E-4 % 18	1.10E-7 16
CE K	87.98 11	7.9 % 10	0.0070 9
CE P	88.04 3	2.2E-5 % 3	1.9E-8 3
CE M	96.032 13	0.023 % 3	2.3E-5 3
CE M	100.17 20	0.0021 % 5	2.2E-6 5
CE N	100.406 13	0.0064 % 9	6.5E-6 9
CE M	100.57 3	0.017 % 3	1.7E-5 3
CE L	101.319 15	0.23 % 3	2.4E-4 3
CE O	101.787 13	0.00152 % 22	1.55E-6 22
CE P	101.941 13	2.4E-4 % 3	2.5E-7 4
CE K	104.56 5	5.3 % 8	0.0056 8
CE N	104.94 3	0.0046 % 8	4.8E-6 8
CE O	106.32 3	0.00109 % 19	1.15E-6 20
CE K	106.37 5	21 % 3	0.023 3
CE P	106.48 3	1.7E-4 % 3	1.8E-7 3
CE M	118.483 15	0.057 % 8	6.8E-5 10
CE N	122.857 15	0.0155 % 23	1.9E-5 3
CE O	124.238 15	0.0038 % 6	4.8E-6 7
CE P	124.392 15	7.2E-4 % 10	9.0E-7 13
CE K	132.58 11	0.123 % 16	1.64E-4 21
CE L	143.29 6	0.0089 % 13	1.27E-5 18
CE K	150.98 11	0.079 % 10	1.19E-4 15
CE K	155.79 5	16.8 % 21	0.026 3
CE L	158.618 10	0.83 % 10	0.00131 15
CE M	160.46 6	0.0022 % 3	3.5E-6 5
CE K	163.68 11	0.067 % 8	1.10E-4 13
CE N	164.83 6	5.9E-4 % 8	9.7E-7 14
CE O	166.21 6	1.46E-4 % 21	2.4E-7 3
CE P	166.37 6	2.8E-5 % 4	4.6E-8 7
CE M	175.782 10	0.202 % 23	3.5E-4 4
CE N	180.156 10	0.055 % 6	9.9E-5 11
CE O	181.537 10	0.0136 % 16	2.5E-5 3
CE P	181.691 10	0.0026 % 3	4.7E-6 5
CE L	186.70 10	1.75 % 20	0.0033 4
CE K	189.88 20	0.008 % 7	1.6E-5 13
CE K	194.08 20	≈0 %	≈0
CE K	200.48 20	1.8E-4 % 3	3.5E-7 5
CE L	203.286 12	1.28 % 15	0.0026 3
CE M	203.87 10	0.43 % 5	8.8E-4 10
CE L	205.087 12	4.5 % 5	0.0092 10
CE N	208.24 10	0.117 % 14	2.4E-4 3
CE O	209.62 10	0.029 % 3	6.1E-5 7
CE P	209.78 10	0.0054 % 6	1.14E-5 13
CE K	212.48 20	1.13E-4 % 24	2.4E-7 5
CE M	220.450 12	0.32 % 4	7.0E-4 8
CE M	222.251 12	1.09 % 12	0.0024 3
CE N	224.824 12	0.087 % 10	1.95E-4 23
CE O	226.205 12	0.021 % 3	4.8E-5 6
CE P	226.359 12	0.0040 % 5	9.0E-6 11
CE N	226.625 12	0.30 % 3	6.7E-4 8
CE O	228.006 12	0.074 % 8	1.68E-4 19
CE P	228.160 12	0.0139 % 16	3.2E-5 4
CE L	231.30 10	0.025 % 3	5.7E-5 7
CE M	248.47 10	0.0060 % 7	1.50E-5 19
CE L	249.70 10	0.0156 % 20	3.9E-5 5
CE N	252.84 10	0.00164 % 20	4.1E-6 5
CE O	254.22 10	4.1E-4 % 5	1.04E-6 13
CE P	254.38 10	7.8E-5 % 10	1.97E-7 24
CE L	254.507 16	3.4 % 4	0.0087 10
CE L	262.40 10	0.095 % 11	2.5E-4 3
CE M	266.87 10	0.0038 % 5	1.01E-5 13
CE N	271.24 10	0.00103 % 13	2.8E-6 4
CE M	271.671 16	0.83 % 9	0.0023 3
CE O	272.62 10	2.6E-4 % 3	7.0E-7 9
CE P	272.78 10	4.9E-5 % 6	1.33E-7 17
CE N	276.045 16	0.23 % 3	6.3E-4 7
CE O	277.426 16	0.056 % 6	1.56E-4 18
CE P	277.580 16	0.0107 % 12	3.0E-5 3
CE M	279.57 10	0.026 % 3	7.3E-5 9
CE N	283.94 10	0.0072 % 9	2.03E-5 24
CE O	285.32 10	0.00170 % 20	4.9E-6 6
CE P	285.48 10	2.8E-4 % 3	8.1E-7 10
CE L	288.60 20	0.0022 % 9	6E-6 3
CE L	292.80 20	≈0 %	≈0
CE L	299.20 20	1.9E-4 % 3	5.8E-7 9
CE M	305.77 20	5.4E-4 % 17	1.7E-6 5
CE M	309.97 20	≈0 %	≈0
CE N	310.14 20	1.5E-4 % 5	4.6E-7 14
CE L	311.20 20	2.2E-5 % 6	6.9E-8 20
CE O	311.52 20	3.6E-5 % 13	1.1E-7 4
CE P	311.68 20	7E-6 % 3	2.1E-8 8
CE K	314.2 3	0.0027 % 4	8.5E-6 14
CE N	314.34 20	≈0 %	≈0
CE O	315.72 20	≈0 %	≈0
CE P	315.88 20	≈0 %	≈0
CE M	316.37 20	5.3E-5 % 8	1.7E-7 3
CE N	320.74 20	1.45E-5 % 22	4.6E-8 7
CE O	322.12 20	3.5E-6 % 5	1.11E-8 17
CE P	322.28 20	5.8E-7 % 9	1.9E-9 3
CE M	328.37 20	5.5E-6 % 19	1.8E-8 6
CE N	332.74 20	1.5E-6 % 4	4.9E-9 15
CE K	332.8 3	0.0036 % 5	1.21E-5 17
CE O	334.12 20	3.6E-7 % 11	1.2E-9 4
CE P	334.28 20	6.7E-8 % 20	2.2E-10 7
CE K	382.2 3	4.3E-4 % 6	1.63E-6 23
CE L	412.9 3	5.4E-4 % 9	2.2E-6 4
CE M	430.1 3	1.30E-4 % 21	5.6E-7 9
CE L	431.5 3	7.2E-4 % 10	3.1E-6 4
CE N	434.4 3	3.5E-5 % 6	1.53E-7 25
CE O	435.8 3	8.8E-6 % 14	3.8E-8 6
CE P	436.0 3	1.7E-6 % 3	7.3E-9 12
CE M	448.7 3	1.74E-4 % 25	7.8E-7 11
CE N	453.0 3	4.7E-5 % 7	2.1E-7 3
CE O	454.4 3	1.17E-5 % 17	5.3E-8 8
CE P	454.6 3	2.2E-6 % 3	1.01E-8 14
CE L	480.9 3	2.2E-4 % 3	1.05E-6 15
CE M	498.1 3	5.8E-5 % 8	2.9E-7 4
CE N	502.4 3	1.58E-5 % 22	7.9E-8 11
CE O	503.8 3	3.8E-6 % 5	1.9E-8 3
CE P	504.0 3	6.6E-7 % 9	3.4E-9 5

Gamma and X-ray radiation:

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

	7.860 3	0.0154 %	1.21E-6
XR l	14.3	90 % 5	0.0129 7
	18.4 S	1.5 %	3E-4
	44.663 5	0.090 % 13	4.0E-5 6
	49.412 4	0.110 % 15	5.4E-5 7
	57.273 4	0.090 % 13	5.2E-5 7
	57.3 Calc.	0.080 % 11	4.6E-5 8
	61.480 4 S	0.0020 % 4	1.2E-6 3
	67.841 7	0.130 % 18	8.8E-5 12
	88.06 3	8.0E-4 % 11	7.0E-7 10
XR kα2	99.525	35.1 % 21	0.0349 20
	101.965 13	0.0080 % 11	8.2E-6 12
XR kα1	103.374	56 % 3	0.058 3
	106.1 2	0.043 % 7	4.6E-5 7
	106.50 3	0.0070 % 12	7.5E-6 13
XR kβ3	116.244	6.7 % 4	0.0078 5
XR kβ1	117.228	13.2 % 8	0.0155 9
XR kβ2	120.54	5.2 % 3	0.0062 4
	124.416 15	0.100 % 14	1.24E-4 18
	166.39 6 S	0.0090 % 13	1.50E-5 21
	181.715 10	1.08 % 12	0.00196 22
	209.8 1	3.5 % 4	0.0073 8
	226.383 12	3.3 % 4	0.0075 9
	228.184 12	11.3 % 13	0.026 3
	254.4 1	0.084 % 10	2.1E-4 3
	272.8 1	0.064 % 8	1.75E-4 22
	277.604 16	15.0 % 17	0.042 5
	285.5 1	0.80 % 9	0.0023 3
	311.7 2	0.017 % 3	5.3E-5 8
	315.9 2	0.0032 % 6	1.01E-5 19
	322.3 2	0.0026 % 4	8.4E-6 13
	334.3 2	0.0042 % 7	1.40E-5 22
	430.0 3	0.0017 % 3	7.3E-6 15
	436.0 3	0.0080 % 13	3.5E-5 6
	448.3 5 S	1.20E-4 % 17	5.4E-7 8
	454.6 3	0.0120 % 17	5.5E-5 8
	497.8 3	0.0015 % 3	7.5E-6 17
	504.0 3	0.0140 % 20	7.1E-5 10

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
4.2	7.860, 18.4, 44.663, 49.412, 57.273, 57.3, 67.841, 88.06, 101.965, 106.50, 166.39, 209.8, 228.184, 254.4, 272.8, 277.604, 285.5, 311.7, 322.3
7.860	4.2, 18.4, 44.663, 49.412, 57.3, 61.480, 67.841, 88.06, 101.965, 106.1, 106.50, 124.416, 166.39, 181.715, 209.8, 226.383, 228.184, 254.4, 272.8, 277.604, 311.7, 315.9, 322.3, 334.3, 430.0, 436.0, 448.3, 454.6, 497.8, 504.0
18.4	4.2, 7.860, 44.663, 49.412, 57.273, 57.3, 61.480, 88.06, 101.965, 106.1, 124.416, 166.39, 181.715, 209.8, 226.383, 254.4, 311.7, 315.9, 430.0, 436.0
44.663	4.2, 7.860, 18.4, 49.412, 57.273, 57.3, 61.480, 67.841, 124.416, 181.715, 209.8, 228.184, 277.604, 285.5
49.412	4.2, 7.860, 18.4, 44.663, 57.3, 61.480, 88.06, 101.965, 106.1, 106.50, 124.416, 166.39, 181.715, 209.8, 226.383, 228.184, 254.4, 272.8, 311.7, 315.9, 334.3, 430.0, 436.0, 448.3, 454.6
57.273	4.2, 18.4, 44.663, 57.3, 61.480, 88.06, 101.965, 106.1, 106.50, 124.416, 166.39, 181.715, 209.8, 226.383, 228.184, 254.4, 272.8, 311.7, 315.9, 334.3, 430.0, 436.0, 448.3, 454.6
57.3	4.2, 7.860, 18.4, 44.663, 49.412, 57.273, 67.841, 88.06, 106.50, 124.416, 166.39, 209.8, 228.184, 254.4, 272.8, 277.604, 285.5, 322.3
61.480	7.860, 18.4, 44.663, 49.412, 57.273, 67.841, 88.06, 106.50, 166.39, 209.8, 228.184, 254.4, 272.8, 277.604, 285.5, 322.3
67.841	4.2, 7.860, 44.663, 57.3, 61.480, 88.06, 101.965, 106.1, 124.416, 166.39, 181.715, 209.8, 226.383, 254.4, 311.7, 315.9, 430.0, 436.0
88.06	4.2, 7.860, 18.4, 49.412, 57.273, 57.3, 61.480, 67.841, 124.416, 166.39, 181.715
101.965	4.2, 7.860, 18.4, 49.412, 57.273, 67.841, 124.416, 209.8, 228.184, 277.604, 285.5
106.1	7.860, 18.4, 49.412, 57.273, 67.841, 209.8, 228.184, 277.604, 285.5
106.50	4.2, 7.860, 49.412, 57.273, 57.3, 61.480, 124.416, 166.39, 181.715
124.416	7.860, 18.4, 44.663, 49.412, 57.273, 57.3, 67.841, 88.06, 101.965, 106.50, 166.39, 209.8, 228.184, 254.4, 272.8, 277.604, 285.5, 311.7, 322.3
166.39	4.2, 7.860, 18.4, 49.412, 57.273, 57.3, 61.480, 67.841, 88.06, 106.50, 124.416, 181.715
181.715	7.860, 18.4, 44.663, 49.412, 57.273, 67.841, 88.06, 106.50, 166.39, 209.8, 228.184, 254.4, 272.8, 277.604, 285.5, 322.3
209.8	4.2, 7.860, 18.4, 44.663, 49.412, 57.273, 57.3, 61.480, 67.841, 101.965, 106.1, 124.416, 181.715, 226.383
226.383	7.860, 18.4, 49.412, 57.273, 67.841, 209.8, 228.184, 277.604, 285.5
228.184	4.2, 7.860, 44.663, 49.412, 57.273, 57.3, 61.480, 101.965, 106.1, 124.416, 181.715, 226.383
254.4	4.2, 7.860, 18.4, 49.412, 57.273, 57.3, 61.480, 67.841, 124.416, 181.715
272.8	4.2, 7.860, 49.412, 57.273, 57.3, 61.480, 124.416, 181.715
277.604	4.2, 7.860, 44.663, 57.3, 61.480, 101.965, 106.1, 124.416, 181.715, 226.383
285.5	4.2, 44.663, 57.3, 61.480, 101.965, 106.1, 124.416, 181.715, 226.383
311.7	4.2, 7.860, 18.4, 49.412, 57.273, 67.841, 124.416
315.9	7.860, 18.4, 49.412, 57.273, 67.841
322.3	4.2, 7.860, 57.3, 61.480, 124.416, 181.715
334.3	7.860, 49.412, 57.273
430.0	7.860, 18.4, 49.412, 57.273, 67.841
436.0	7.860, 18.4, 49.412, 57.273, 67.841
448.3	7.860, 49.412, 57.273
454.6	7.860, 49.412, 57.273
497.8	7.860
504.0	7.860