Decay Radiation Results

Results:3 different decay possibilities were found

Dataset #1:

Authors: Ameenah R. Farhan, Balraj Singh Citation:Nuclear Data Sheets 110, 1917 (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
78
37 Rb
111.1922 4(-) 5.74 m 3 ε: 91 2 % 7243 8
78
36 Kr

Beta+:

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

1037.6 38 ?	2324 8	0.17 % 4	0.0018 4
1146.5 38	2558 8	8.9 % 4	0.102 5
1158.4 38	2583 8	0.58 % 6	0.0067 7
1169.5 38	2607 8	2.92 % 20	0.0341 24
1195.9 38	2663 8	3.38 % 18	0.0405 21
1341.0 38	2971 8	0.99 % 8	0.0133 11
1401.4 38	3099 8	2.33 % 12	0.0327 17
1435.7 38	3171 8	4.51 % 22	0.065 3
1462.2 38	3227 8	2.80 % 16	0.0409 24
1477.9 38	3260 8	2.16 % 10	0.0319 15
1481.5 38	3268 8	0.69 % 5	0.0102 8
1512.6 38	3333 8	2.40 % 19	0.036 3
1515.8 38	3340 8	0.19 % 3	0.0029 5
1568.4 39	3450 8	0.82 % 9	0.0128 15
1624.7 39	3568 8	12.1 % 6	0.197 9
1631.5 39	3582 8	4.33 % 21	0.071 3
1665.9 39	3655 8	2.69 % 13	0.0448 22
1715.8 39	3759 8	1.39 % 13	0.0239 21
1747.1 39	3824 8	0.097 % 24	0.0017 4
1778.1 39	3889 8	0.16 % 4	0.0029 7
1792.4 39	3919 8	1.91 % 11	0.0342 20
1799.4 39	3933 8	3.15 % 23	0.057 4
1847.0 39	4032 8	2.17 % 13	0.0401 24
1875.4 39	4092 8	0.43 % 6	0.0081 12
1878.5 39	4098 8	0.94 % 5	0.0176 10
2008.7 38	4354 8	0.85 % 9	0.0170 19
2052.5 39	4459 8	4.1 % 4	0.085 9
2100.7 39	4559 8	0.90 % 6	0.0189 13
2114.3 39	4576 8	1.39 % 14	0.029 3
2201.4 39	4767 8	5.5 % 4	0.120 9
2404.6 39 ?	5184 8	0.6 % 4	0.015 10
2417.2 39	5213 8	13.1 % 8	0.317 18

Mean beta+ energy: 1.73E+3 keV 4, total beta+ intensity: 88.7 % 14, mean beta+ dose: 1.53 MeV/Bq-s 5

Electrons:

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

Auger L	1.5	4.02 % 5	6.04E-5 8
Auger K	10.8	1.132 % 21	1.223E-4 22
CE K	326.93 7	0.0073 % 6	2.37E-5 21
CE L	339.34 7	7.8E-4 % 7	2.66E-6 23
CE M	340.97 7	1.27E-4 % 11	4.3E-7 4
CE N	341.24 7	1.28E-5 % 11	4.4E-8 4
CE K	440.66 5	0.310 %	0.001364
CE L	453.07 5	0.0345 %	1.562E-4
CE M	454.70 5	0.00558 %	2.54E-5
CE N	454.97 5	5.53E-4 %	2.52E-6
CE K	547.82 5	5.7E-4 % 16	3.1E-6 9
CE L	560.23 5	6.3E-5 % 18	3.5E-7 10
CE M	561.86 5	1.0E-5 % 3	5.7E-8 16
CE N	562.13 5	1.0E-6 % 3	5.7E-9 16
CE K	597.04 8	0.00124 % 9	7.4E-6 5
CE L	609.45 8	1.32E-4 % 10	8.1E-7 6
CE M	611.08 8	2.14E-5 % 15	1.31E-7 9
CE N	611.35 8	2.17E-6 % 16	1.32E-8 10
CE K	650.09 5	0.0480 % 17	3.12E-4 11
CE L	662.50 5	0.00523 % 19	3.46E-5 12
CE M	664.13 5	8.4E-4 % 3	5.61E-6 20
CE N	664.40 5	8.5E-5 % 3	5.64E-7 20
CE K	673.22 8	3.4E-5 % 17	2.3E-7 12
CE K	678.55 5	0.0117 % 5	7.9E-5 3
CE L	685.63 8	3.6E-6 % 19	2.5E-8 13
CE M	687.26 8	6E-7 % 3	4.0E-9 21
CE N	687.53 8	6E-8 % 3	4.1E-10 21
CE L	690.96 5	0.00125 % 5	8.6E-6 3
CE M	692.59 5	2.02E-4 % 8	1.40E-6 6
CE N	692.86 5	2.03E-5 % 8	1.41E-7 6
CE K	710.73 8	0.0062 % 3	4.39E-5 20
CE K	720.65 5	0.00142 % 9	1.02E-5 7
CE L	723.14 8	6.7E-4 % 3	4.84E-6 22
CE M	724.77 8	1.08E-4 % 5	7.8E-7 3
CE N	725.04 8	1.09E-5 % 5	7.9E-8 4
CE L	733.06 5	1.53E-4 % 10	1.12E-6 7
CE M	734.69 5	2.48E-5 % 16	1.82E-7 12
CE N	734.96 5	2.49E-6 % 16	1.83E-8 12
CE K	739.04 8	0.00344 % 16	2.54E-5 12
CE L	751.45 8	3.72E-4 % 17	2.79E-6 13
CE M	753.08 8	6.0E-5 % 3	4.54E-7 22
CE N	753.35 8	6.0E-6 % 3	4.54E-8 22
CE K	834.25 15	4.1E-4 % 4	3.4E-6 4
CE K	844.00 10	0.00128 % 6	1.08E-5 5
CE L	846.66 15	4.4E-5 % 5	3.7E-7 4
CE M	848.29 15	7.1E-6 % 7	6.0E-8 6
CE N	848.56 15	7.2E-7 % 7	6.1E-9 6
CE L	856.41 10	1.38E-4 % 6	1.18E-6 5
CE M	858.04 10	2.24E-5 % 10	1.92E-7 9
CE N	858.31 10	2.25E-6 % 10	1.93E-8 9
CE K	1072.46 7	1.16E-4 % 8	1.24E-6 8
CE K	1081.69 15	3.09E-4 % 19	3.34E-6 21
CE L	1084.87 7	1.21E-5 % 8	1.32E-7 9
CE M	1086.50 7	1.96E-6 % 13	2.13E-8 14
CE N	1086.77 7	1.99E-7 % 13	2.16E-9 14
CE L	1094.10 15	3.27E-5 % 21	3.58E-7 23
CE M	1095.73 15	5.3E-6 % 3	5.8E-8 4
CE N	1096.00 15	5.4E-7 % 3	5.9E-9 4
CE K	1166.02 7	2.12E-4 % 13	2.47E-6 15
CE L	1178.43 7	2.25E-5 % 13	2.65E-7 16
CE M	1180.06 7	3.63E-6 % 22	4.3E-8 3
CE N	1180.33 7	3.67E-7 % 22	4.3E-9 3
CE K	1185.00 5	9.2E-4 % 4	1.09E-5 5
CE L	1197.41 5	9.7E-5 % 4	1.16E-6 5
CE M	1199.04 5	1.56E-5 % 7	1.87E-7 8
CE N	1199.31 5	1.58E-6 % 7	1.90E-8 8
CE K	1218.11 7	1.74E-4 % 7	2.11E-6 9
CE L	1230.52 7	1.82E-5 % 8	2.24E-7 9
CE M	1232.15 7	2.94E-6 % 12	3.62E-8 15
CE N	1232.42 7	2.97E-7 % 13	3.66E-9 16
CE K	1251.30 15	3.24E-4 % 19	4.06E-6 24
CE K	1255.84 6	3.45E-4 % 19	4.33E-6 24
CE L	1263.71 15	3.43E-5 % 20	4.3E-7 3
CE M	1265.34 15	5.5E-6 % 3	7.0E-8 4
CE N	1265.61 15	5.6E-7 % 3	7.1E-9 4
CE L	1268.25 6	3.64E-5 % 20	4.6E-7 3
CE M	1269.88 6	5.9E-6 % 3	7.5E-8 4
CE N	1270.15 6	6.0E-7 % 3	7.6E-9 4
CE K	1274.12 15	6.9E-5 % 7	8.9E-7 9
CE K	1281.12 8	8E-6 % 4	1.0E-7 5
CE K	1286.50 5	1.9E-4 % 3	2.4E-6 3
CE L	1286.53 15	7.3E-6 % 8	9.4E-8 10
CE M	1288.16 15	1.17E-6 % 12	1.51E-8 16
CE N	1288.43 15	1.19E-7 % 12	1.54E-9 16
CE L	1293.53 8	8E-7 % 4	1.1E-8 6
CE M	1295.16 8	1.4E-7 % 7	1.8E-9 9
CE N	1295.43 8	1.4E-8 % 7	1.8E-10 9
CE L	1298.91 5	2.0E-5 % 3	2.6E-7 4
CE M	1300.54 5	3.2E-6 % 5	4.1E-8 6
CE N	1300.81 5	3.2E-7 % 5	4.2E-9 6
CE K	1303.57 5	1.73E-4 % 11	2.25E-6 15
CE K	1312.15 9	4.6E-5 % 6	6.0E-7 8
CE L	1315.98 5	1.82E-5 % 12	2.40E-7 16
CE M	1317.61 5	2.94E-6 % 20	3.9E-8 3
CE N	1317.88 5	2.98E-7 % 20	3.9E-9 3
CE L	1324.56 9	4.8E-6 % 6	6.3E-8 8
CE M	1326.19 9	7.7E-7 % 10	1.02E-8 13
CE N	1326.46 9	7.8E-8 % 10	1.04E-9 13
CE K	1346.30 7	6.9E-5 % 5	9.2E-7 7
CE L	1358.71 7	7.2E-6 % 5	9.8E-8 7
CE M	1360.34 7	1.16E-6 % 9	1.58E-8 12
CE N	1360.61 7	1.17E-7 % 9	1.60E-9 12
CE K	1361.28 12	2.68E-4 % 16	3.65E-6 22
CE L	1373.69 12	2.83E-5 % 17	3.89E-7 23
CE M	1375.32 12	4.6E-6 % 3	6.3E-8 4
CE N	1375.59 12	4.6E-7 % 3	6.4E-9 4
CE K	1403.57 8	1.96E-4 % 14	2.76E-6 19
CE K	1411.23 14	6.2E-5 % 6	8.7E-7 9
CE L	1415.98 8	2.08E-5 % 14	2.94E-7 20
CE M	1417.61 8	3.36E-6 % 23	4.8E-8 3
CE N	1417.88 8	3.40E-7 % 23	4.8E-9 3
CE L	1423.64 14	6.5E-6 % 6	9.2E-8 9
CE M	1425.27 14	1.04E-6 % 10	1.49E-8 15
CE N	1425.54 14	1.06E-7 % 11	1.51E-9 15
CE K	1515.48 12	1.60E-4 % 7	2.43E-6 11
CE L	1527.89 12	1.68E-5 % 7	2.56E-7 11
CE M	1529.52 12	2.71E-6 % 12	4.14E-8 18
CE N	1529.79 12	2.74E-7 % 12	4.19E-9 18
CE K	1630.28 5	5.70E-4 % 24	9.3E-6 4
CE L	1642.69 5	5.95E-5 % 25	9.8E-7 4
CE M	1644.32 5	9.6E-6 % 4	1.58E-7 7
CE N	1644.59 5	9.7E-7 % 4	1.60E-8 7
CE K	1654.28 15	7.4E-5 % 5	1.22E-6 8
CE L	1666.69 15	7.7E-6 % 5	1.28E-7 9
CE M	1668.32 15	1.24E-6 % 9	2.08E-8 14
CE N	1668.59 15	1.26E-7 % 9	2.10E-9 15
CE K	1764.78 5	1.25E-4 % 6	2.20E-6 11
CE L	1777.19 5	1.31E-5 % 6	2.32E-7 11
CE M	1778.82 5	2.12E-6 % 11	3.77E-8 19
CE N	1779.09 5	2.15E-7 % 11	3.82E-9 19
CE K	1838.22 6	2.49E-4 % 22	4.6E-6 4
CE L	1850.63 6	2.61E-5 % 23	4.8E-7 4
CE M	1852.26 6	4.2E-6 % 4	7.8E-8 7
CE N	1852.53 6	4.3E-7 % 4	7.9E-9 7
CE K	1865.54 7	9.0E-5 % 5	1.68E-6 9
CE L	1877.95 7	9.4E-6 % 5	1.76E-7 9
CE M	1879.58 7	1.52E-6 % 8	2.86E-8 15
CE N	1879.85 7	1.54E-7 % 8	2.90E-9 15
CE K	1973.87 15	5E-6 % 3	1.0E-7 5
CE L	1986.28 15	5E-7 % 3	1.1E-8 5
CE M	1987.91 15	9E-8 % 4	1.8E-9 9
CE N	1988.18 15	9E-9 % 5	1.8E-10 9
CE K	1998.92 6	1.84E-4 % 9	3.68E-6 18
CE L	2011.33 6	1.92E-5 % 9	3.87E-7 19
CE M	2012.96 6	3.10E-6 % 15	6.2E-8 3
CE N	2013.23 6	3.15E-7 % 15	6.3E-9 3
CE K	2099.74 7	4.5E-5 % 3	9.5E-7 6
CE L	2112.15 7	4.7E-6 % 3	9.9E-8 7
CE M	2113.78 7	7.6E-7 % 5	1.60E-8 11
CE N	2114.05 7	7.7E-8 % 5	1.62E-9 11

Gamma and X-ray radiation:

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

XR l	1.59	0.088 % 3	1.41E-6 4
XR kα2	12.598	0.618 % 24	7.8E-5 3
XR kα1	12.651	1.20 % 5	1.51E-4 6
XR kβ3	14.104	0.086 % 3	1.21E-5 5
XR kβ1	14.111	0.167 % 7	2.35E-5 9
XR kβ2	14.311	0.0220 % 8	3.15E-6 12
	341.26 7	1.54 % 13	0.0053 5
	416.77 5	2.31 % 12	0.0096 5
	445.28 5	0.70 % 5	0.00310 21
	454.99 5	82 %	0.373
Annihil.	511.0	177 % 3
	562.15 5	0.29 % 8	0.0016 5
	607.94 8	0.033 % 16	2.0E-4 10
	611.37 8	1.03 % 7	0.0063 4
	636.27 10	0.090 % 25	5.7E-4 16
	664.42 5	38.7 % 13	0.257 8
	675.89 9	0.066 % 17	4.4E-4 11
	687.55 8	0.033 % 16	2.3E-4 11
	692.88 5	12.4 % 4	0.086 3
	725.06 8	6.3 % 3	0.0457 19
	734.98 5	1.50 % 9	0.0110 7
	738.66 5	0.38 % 6	0.0028 4
	753.37 8	3.94 % 16	0.0297 12
	771.95 7	0.44 % 4	0.0034 3
	848.58 15	0.66 % 5	0.0056 5
	858.33 10	2.02 % 9	0.0174 7
	1086.79 7	0.71 % 5	0.0077 5
	1096.02 15	0.88 % 5	0.0097 5
	1109.72 5	13.2 % 5	0.147 5
	1147.87 5	7.8 % 3	0.090 3
	1180.35 7	0.70 % 4	0.0083 5
	1199.33 5	0.49 % 5	0.0059 6
	1199.33 5	6.8 % 3	0.082 3
	1232.44 7	1.34 % 5	0.0166 7
	1265.63 15	1.26 % 7	0.0160 9
	1270.17 6	1.37 % 7	0.0174 9
	1288.45 15	0.58 % 6	0.0075 8
	1295.45 8	0.033 % 16	4.2E-4 21
	1300.83 5	0.76 % 11	0.0099 14
	1317.90 5	0.73 % 5	0.0096 6
	1326.48 9	0.40 % 5	0.0053 7
	1350.11 8	0.62 % 6	0.0084 8
	1360.63 7	0.63 % 5	0.0086 6
	1375.61 12	1.24 % 7	0.0170 10
	1417.90 8	0.96 % 6	0.0136 9
	1425.56 14	0.61 % 6	0.0088 9
	1529.81 12	1.79 % 7	0.0274 11
	1630.28 6	5.01 % 20	0.082 3
	1644.61 5	7.2 % 3	0.118 5
	1668.61 15	0.95 % 6	0.0159 11
	1755.94 10	0.20 % 4	0.0035 7
	1767.05 8	0.033 % 16	6E-4 3
	1772.89 5	0.17 % 3	0.0030 6
	1779.11 5	0.95 % 4	0.0169 8
	1785.55 12	0.16 % 3	0.0028 6
	1796.25 9	1.35 % 11	0.0243 19
	1844.66 7	0.123 % 25	0.0023 5
	1852.55 12	1.06 % 17	0.020 3
	1852.55 6	2.05 % 18	0.038 3
	1879.87 7	1.40 % 7	0.0263 14
	1901.79 15	0.61 % 5	0.0115 9
	1943.97 5	6.8 % 3	0.133 5
	1952.91 6	1.74 % 8	0.0339 15
	1988.20 15	0.049 % 25	1.0E-3 5
	2000.45 12	0.016 % 8	3.3E-4 16
	2013.25 6	3.18 % 15	0.064 3
	2041.52 15	0.90 % 5	0.0184 10
	2052.96 8	0.098 % 25	0.0020 5
	2114.07 7	0.84 % 6	0.0177 12
	2118.28 8	1.69 % 10	0.0357 21
	2209.76 8	0.80 % 6	0.0177 14
	2222.49 12	0.94 % 6	0.0209 14
	2240.69 7	0.25 % 4	0.0057 9
	2427.00 8	0.84 % 9	0.0205 21
	2443.32 8	0.041 % 16	0.0010 4
	2537.37 11	0.082 % 17	0.0021 4
	2626.86 13	2.87 % 14	0.076 4
	2654.97 12	1.18 % 6	0.0313 16
	2990.38 12	0.066 % 25	0.0020 7
	3270.35 9	0.67 % 5	0.0220 15
	3319.50 7	2.92 % 13	0.097 4
	3552.70 9	0.049 % 16	0.0017 6
	4007.77 9	0.025 % 8	1.0E-3 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
341.26	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87, 1199.33, 1644.61
416.77	341.26, 454.99, 675.89, 692.88, 734.98, 848.58, 1147.87, 1199.33, 1668.61, 1767.05, 2209.76
445.28	341.26, 454.99, 664.42, 675.89, 734.98, 848.58, 1199.33, 1668.61, 1767.05, 2209.76
454.99	341.26, 416.77, 445.28, 562.15, 607.94, 611.37, 636.27, 664.42, 675.89, 687.55, 692.88, 725.06, 734.98, 738.66, 753.37, 771.95, 848.58, 858.33, 1086.79, 1096.02, 1109.72, 1180.35, 1199.33, 1199.33, 1232.44, 1265.63, 1270.17, 1288.45, 1295.45, 1300.83, 1317.90, 1326.48, 1350.11, 1360.63, 1375.61, 1417.90, 1425.56, 1529.81, 1630.28, 1644.61, 1668.61, 1767.05, 1779.11, 1785.55, 1796.25, 1844.66, 1852.55, 1852.55, 1879.87, 1901.79, 1943.97, 1952.91, 1988.20, 2013.25, 2041.52, 2052.96, 2114.07, 2118.28, 2209.76, 2222.49, 2427.00, 2537.37, 2626.86, 2654.97, 2990.38, 3270.35, 3319.50, 3552.70
562.15	454.99, 687.55, 738.66, 2990.38
607.94	454.99, 687.55, 692.88, 1147.87
611.37	454.99, 664.42, 771.95, 858.33, 1630.28
636.27	454.99, 664.42, 687.55
664.42	341.26, 445.28, 454.99, 611.37, 636.27, 675.89, 687.55, 734.98, 753.37, 771.95, 848.58, 858.33, 1086.79, 1180.35, 1199.33, 1199.33, 1232.44, 1288.45, 1360.63, 1630.28, 1644.61, 1668.61, 1767.05, 1796.25, 1852.55, 1879.87, 1901.79, 1952.91, 2041.52, 2114.07, 2209.76, 2654.97
675.89	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87, 1767.05
687.55	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1147.87, 1300.83, 1755.94
692.88	341.26, 416.77, 454.99, 607.94, 675.89, 687.55, 725.06, 734.98, 848.58, 1096.02, 1199.33, 1199.33, 1232.44, 1265.63, 1288.45, 1295.45, 1360.63, 1425.56, 1529.81, 1668.61, 1767.05, 1796.25, 1844.66, 1852.55, 1852.55, 1901.79, 2013.25, 2209.76, 2626.86
725.06	454.99, 692.88, 1147.87, 1199.33, 1232.44, 1288.45, 1360.63, 1796.25, 1852.55, 1901.79
734.98	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87
738.66	454.99, 562.15, 687.55
753.37	454.99, 664.42, 1199.33, 1232.44, 1288.45, 1360.63, 1796.25, 1852.55, 1901.79
771.95	454.99, 611.37, 664.42, 858.33
848.58	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87
858.33	454.99, 611.37, 664.42, 771.95, 1086.79
1086.79	454.99, 664.42, 858.33
1096.02	454.99, 692.88, 1147.87, 1425.56, 2118.28
1109.72	341.26, 454.99, 675.89, 734.98, 848.58, 1199.33, 1668.61, 1767.05, 2209.76
1147.87	341.26, 416.77, 607.94, 675.89, 687.55, 725.06, 734.98, 848.58, 1096.02, 1199.33, 1199.33, 1232.44, 1265.63, 1288.45, 1295.45, 1360.63, 1425.56, 1529.81, 1668.61, 1767.05, 1796.25, 1844.66, 1852.55, 1852.55, 1901.79, 2013.25, 2209.76, 2626.86
1180.35	454.99, 664.42
1199.33	341.26, 416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87
1199.33	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1232.44	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1265.63	454.99, 692.88, 1147.87
1270.17	454.99, 1943.97
1288.45	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1295.45	454.99, 692.88, 1147.87
1300.83	454.99, 687.55
1317.90	454.99
1326.48	454.99, 1943.97
1350.11	454.99, 1943.97
1360.63	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1375.61	454.99, 1943.97
1417.90	454.99, 1199.33, 1232.44, 1288.45, 1360.63, 1796.25, 1852.55, 1901.79
1425.56	454.99, 692.88, 1096.02, 1147.87
1529.81	454.99, 692.88, 1147.87
1630.28	454.99, 611.37, 664.42
1644.61	341.26, 454.99, 664.42
1668.61	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87
1755.94	687.55
1767.05	416.77, 445.28, 454.99, 664.42, 675.89, 692.88, 1109.72, 1147.87, 1785.55, 2240.69
1779.11	454.99
1785.55	454.99, 1767.05
1796.25	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1844.66	454.99, 692.88, 1147.87
1852.55	454.99, 692.88, 1147.87
1852.55	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1879.87	454.99, 664.42
1901.79	454.99, 664.42, 692.88, 725.06, 753.37, 1147.87, 1417.90
1943.97	454.99, 1270.17, 1326.48, 1350.11, 1375.61
1952.91	454.99, 664.42
1988.20	454.99
2013.25	454.99, 692.88, 1147.87
2041.52	454.99, 664.42
2052.96	454.99
2114.07	454.99, 664.42
2118.28	454.99, 1096.02
2209.76	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87
2222.49	454.99
2240.69	1767.05
2427.00	454.99
2537.37	454.99
2626.86	454.99, 692.88, 1147.87
2654.97	454.99, 664.42
2990.38	454.99, 562.15
3270.35	454.99
3319.50	454.99
3552.70	454.99

Dataset #2:

Authors: Ameenah R. Farhan, Balraj Singh Citation:Nuclear Data Sheets 110, 1917 (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
78
37 Rb
111.22 4(-) 5.74 m 5 IT
78
37 Rb

Electrons:

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

Auger L	1.68	9.4 % 3	1.58E-4 5
CE L	6.5349 3	6.20 %	4.05E-4
CE M	8.2779 3	1.159 %	9.59E-5
CE N	8.5707 3	0.0976 %	8.36E-6
Auger K	11.4	0.86 % 10	9.8E-5 11
CE K	31.90 10	0.66 % 23	2.1E-4 7
CE L	45.03 10	0.08 % 3	3.4E-5 12
CE M	46.78 10	0.012 % 4	5.7E-6 20
CE N	47.07 10	0.0013 % 5	6.2E-7 21
CE K	49.2003 3	1.209 %	5.95E-4
CE L	62.3349 3	0.332 %	2.07E-4
CE M	64.0779 3	0.0580 %	3.72E-5
CE N	64.3707 3	0.00604 %	3.89E-6
CE K	88.10 10	0.77 % 18	6.8E-4 16
CE L	101.23 10	0.087 % 21	8.8E-5 21
CE M	102.98 10	0.014 % 3	1.5E-5 4
CE N	103.27 10	0.0016 % 4	1.7E-6 4

Gamma and X-ray radiation:

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

XR l	1.69	0.229 % 10	3.87E-6 16
	8.6	1.5E-6 %	1.3E-10
XR kα2	13.336	0.52 % 6	6.9E-5 8
XR kα1	13.395	1.00 % 12	1.34E-4 16
XR kβ3	14.952	0.073 % 8	1.10E-5 13
XR kβ1	14.961	0.142 % 16	2.13E-5 25
XR kβ2	15.185	0.022 % 3	3.4E-6 4
	47.10 10	0.9 % 3	4.1E-4 14
	64.4	0.015 %	9.8E-6
	103.30 10	6.6 % 16	0.0068 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
8.6	103.30
47.10	64.4
64.4	47.10
103.30	8.6

Dataset #3:

Authors: Ameenah R. Farhan, Balraj Singh Citation:Nuclear Data Sheets 110, 1917 (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
78
37 Rb
0.0 0(+) 17.66 m 3 ε: 100 % 7243 8
78
36 Kr

Beta+:

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

277.4 35	635 8	0.024 % 3	6.7E-5 8
285.2 35	653 8	0.049 % 5	1.40E-4 14
295.6 35	677 8	0.030 % 6	8.9E-5 18
301.8 35	692 8	0.130 % 10	3.9E-4 3
371.0 35	851 8	0.080 % 11	3.0E-4 4
386.9 35	888 8	0.170 % 10	6.6E-4 4
425.9 36	977 8	0.220 % 20	9.4E-4 9
435.3 36	998 8	0.160 % 20	7.0E-4 9
448.5 36	1028 8	0.44 % 8	0.0020 4
453.7 36	1040 8	0.350 % 20	0.00159 9
506.4 36	1159 8	0.240 % 20	0.00122 10
528.7 36	1209 8	0.40 % 3	0.00211 16
795.5 37	1800 8	0.59 % 3	0.00469 24
896.2 37	2019 8	0.52 % 4	0.0047 4
948.1 37	2132 8	2.60 % 20	0.0247 19
970.8 37	2181 8	3.30 % 20	0.0320 19
985.9 38	2213 8	2.00 % 10	0.0197 10
1018.5 38	2283 8	3.00 % 20	0.0306 20
1039.1 38	2328 8	15.9 % 7	0.165 7
1068.9 38	2392 8	2.70 % 15	0.0289 16
1147.1 38	2559 8	3.59 % 20	0.0412 23
1187.9 38	2646 8	2.54 % 14	0.0302 17
1204.8 38	2682 8	6.5 % 4	0.078 5
1252.6 38	2784 8	14.9 % 7	0.187 9
1350.2 38	2991 8	1.57 % 7	0.0212 9
1462.9 38	3228 8	0.46 % 5	0.0067 7
1515.1 38	3338 8	0.92 % 6	0.0139 9
1623.1 39	3565 8	1.00 % 5	0.0162 8
1662.7 39	3648 8	0.90 % 6	0.0150 10
1693.9 39	3713 8	0.54 % 4	0.0091 7
1724.8 39	3778 8	2.37 % 10	0.0409 17
1822.0 39	3980 8	1.36 % 12	0.0248 22
1825.1 39	3987 8	0.70 % 20	0.013 4
1934.1 39 ?	4214 8	0.25 % 25	0.005 5
2047.1 39	4448 8	0.26 % 4	0.0053 8
2349.5 39 ?	5073 8	1.6 % 16	0.04 4
2412.9 39	5204 8	2.0 % 7	0.048 17
2686.4 39 ?	5766 8	1.2 % 12	0.03 3
2908.5 39	6221 8	8.0 % 20	0.23 6

Mean beta+ energy: 1.41E+3 keV 11, total beta+ intensity: 84 % 3, mean beta+ dose: 1.18 MeV/Bq-s 10

Electrons:

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

Auger L	1.5	12.01 % 20	1.80E-4 3
Auger K	10.8	3.38 % 7	3.65E-4 8
CE K	440.66 5	0.237 %	0.001044
CE L	453.07 5	0.0264 %	1.196E-4
CE M	454.70 5	0.00427 %	1.94E-5
CE N	454.97 5	4.23E-4 %	1.93E-6
CE K	547.82 5	0.0226 % 6	1.24E-4 3
CE L	560.23 5	0.00249 % 7	1.40E-5 4
CE M	561.86 5	4.03E-4 % 11	2.26E-6 6
CE N	562.13 5	4.02E-5 % 11	2.26E-7 6
CE K	593.61 8	2.4E-4 % 7	1.4E-6 4
CE L	606.02 8	2.6E-5 % 8	1.6E-7 5
CE M	607.65 8	4.2E-6 % 13	2.6E-8 8
CE N	607.92 8	4.2E-7 % 12	2.6E-9 7
CE K	621.94 10	5.35E-4 % 23	3.33E-6 14
CE L	634.35 10	5.83E-5 % 25	3.70E-7 16
CE M	635.98 10	9.4E-6 % 4	6.0E-8 3
CE N	636.25 10	9.4E-7 % 4	6.0E-9 3
CE K	650.09 5	0.00145 % 6	9.4E-6 4
CE L	662.50 5	1.57E-4 % 7	1.04E-6 4
CE M	664.13 5	2.54E-5 % 11	1.69E-7 7
CE N	664.40 5	2.55E-6 % 11	1.70E-8 7
CE K	673.22 8	5.5E-4 % 7	3.7E-6 5
CE K	678.55 5	0.0118 % 4	8.02E-5 25
CE L	685.63 8	5.9E-5 % 8	4.0E-7 5
CE M	687.26 8	9.5E-6 % 12	6.6E-8 8
CE N	687.53 8	9.6E-7 % 12	6.6E-9 8
CE L	690.96 5	0.00126 % 4	8.7E-6 3
CE M	692.59 5	2.05E-4 % 7	1.42E-6 5
CE N	692.86 5	2.06E-5 % 7	1.43E-7 5
CE K	724.33 5	0.00154 % 5	1.12E-5 3
CE L	736.74 5	1.67E-4 % 5	1.23E-6 4
CE M	738.37 5	2.70E-5 % 8	2.00E-7 6
CE N	738.64 5	2.71E-6 % 8	2.00E-8 6
CE K	1133.54 5	0.00255 % 7	2.89E-5 8
CE L	1145.95 5	2.70E-4 % 8	3.10E-6 9
CE M	1147.58 5	4.37E-5 % 12	5.02E-7 14
CE N	1147.85 5	4.41E-6 % 12	5.06E-8 14
CE K	1281.12 8	1.15E-4 % 8	1.48E-6 11
CE K	1286.50 5	7.82E-4 % 25	1.01E-5 3
CE L	1293.53 8	1.22E-5 % 9	1.58E-7 11
CE M	1295.16 8	1.97E-6 % 14	2.55E-8 19
CE N	1295.43 8	1.99E-7 % 15	2.58E-9 19
CE L	1298.91 5	8.3E-5 % 3	1.07E-6 3
CE M	1300.54 5	1.34E-5 % 4	1.74E-7 5
CE N	1300.81 5	1.35E-6 % 4	1.76E-8 5
CE K	1411.23 14	2.6E-5 % 3	3.6E-7 4
CE L	1423.64 14	2.7E-6 % 3	3.8E-8 4
CE M	1425.27 14	4.4E-7 % 4	6.2E-9 6
CE N	1425.54 14	4.4E-8 % 4	6.3E-10 6
CE K	1764.78 5	3.88E-4 % 11	6.85E-6 20
CE K	1771.22 12	1.11E-4 % 4	1.97E-6 8
CE L	1777.19 5	4.08E-5 % 12	7.24E-7 21
CE M	1778.82 5	6.60E-6 % 20	1.17E-7 4
CE N	1779.09 5	6.69E-7 % 20	1.19E-8 4
CE L	1783.63 12	1.17E-5 % 5	2.08E-7 8
CE M	1785.26 12	1.88E-6 % 8	3.36E-8 14
CE N	1785.53 12	1.91E-7 % 8	3.41E-9 14
CE K	1973.87 15	8.2E-5 % 3	1.61E-6 7
CE L	1986.28 15	8.6E-6 % 4	1.70E-7 7
CE M	1987.91 15	1.38E-6 % 6	2.75E-8 12
CE N	1988.18 15	1.40E-7 % 6	2.78E-9 12

Gamma and X-ray radiation:

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

XR l	1.59	0.264 % 9	4.19E-6 14
XR kα2	12.598	1.84 % 8	2.32E-4 10
XR kα1	12.651	3.57 % 14	4.52E-4 18
XR kβ3	14.104	0.256 % 11	3.61E-5 15
XR kβ1	14.111	0.497 % 21	7.0E-5 3
XR kβ2	14.311	0.066 % 3	9.4E-6 4
	416.77 5	0.201 % 13	8.4E-4 6
	445.28 5	0.063 % 13	2.8E-4 6
	454.99 5	62.7 %	0.285
Annihil.	511.0	167 % 6
	562.15 5	11.4 % 3	0.0640 15
	607.94 8	0.15 % 3	9.1E-4 19
	636.27 10	0.382 % 15	0.00243 10
	664.42 5	1.17 % 5	0.0077 3
	675.89 9	0.35 % 3	0.00237 18
	687.55 8	0.53 % 3	0.00366 23
	692.88 5	12.6 % 3	0.0870 20
	738.66 5	1.66 % 4	0.0122 3
	859.56 10	2.84 % 7	0.0244 6
	1086.79 7	0.050 % 19	5.5E-4 20
	1109.72 5	1.20 % 3	0.0133 4
	1147.87 5	7.91 % 19	0.0908 22
	1203.13 5	0.088 % 13	0.00106 15
	1295.45 8	0.47 % 3	0.0061 4
	1300.83 5	3.20 % 9	0.0417 11
	1317.90 5	0.213 % 13	0.00281 18
	1350.11 8	0.107 % 19	0.0014 3
	1425.56 14	0.26 % 3	0.0037 4
	1428.08 12	0.15 % 9	0.0021 13
	1467.24 18	0.063 % 13	9.2E-4 19
	1508.22 6	0.345 % 15	0.00520 22
	1595.32 7	0.420 % 21	0.0067 3
	1652.68 20	0.577 % 23	0.0095 4
	1734.93 7	0.66 % 4	0.0114 7
	1755.94 10	0.82 % 3	0.0143 5
	1767.05 8	0.43 % 5	0.0076 9
	1772.89 5	0.050 % 19	9E-4 3
	1779.11 5	2.96 % 7	0.0527 13
	1785.55 12	0.85 % 3	0.0152 6
	1806.22 10	0.382 % 15	0.0069 3
	1822.00 15	0.95 % 10	0.0174 18
	1844.66 7	0.288 % 14	0.0053 3
	1855.06 8	0.602 % 23	0.0112 4
	1885.97 20	0.17 % 3	0.0032 5
	1906.28 7	0.245 % 14	0.0047 3
	1930.07 7	0.238 % 20	0.0046 4
	1943.97 5	0.37 % 3	0.0072 5
	1988.20 15	0.76 % 3	0.0152 6
	2000.45 12	0.14 % 3	0.0029 6
	2052.96 8	0.56 % 4	0.0115 8
	2082.60 6	0.552 % 22	0.0115 5
	2118.28 8	0.734 % 25	0.0155 5
	2137.41 8	1.74 % 5	0.0373 10
	2201.04 6	0.68 % 3	0.0150 6
	2213.24 6	0.320 % 20	0.0071 4
	2240.69 7	1.36 % 5	0.0305 12
	2284.64 17	0.263 % 20	0.0060 5
	2289.66 15	1.52 % 4	0.0347 10
	2333.32 8	0.92 % 4	0.0214 10
	2391.26 12	0.314 % 14	0.0075 3
	2420.27 6	4.60 % 12	0.111 3
	2427.00 8	0.614 % 23	0.0149 6
	2443.32 8	0.658 % 19	0.0161 5
	2514.13 8	3.31 % 9	0.0832 23
	2521.80 12	0.19 % 3	0.0047 6
	2537.37 11	0.19 % 3	0.0048 6
	2557.85 10	0.29 % 3	0.0075 7
	2681.33 14	0.75 % 3	0.0200 8
	2745.19 12	0.58 % 4	0.0160 11
	2789.59 7	0.370 % 21	0.0103 6
	2882.75 12	0.30 % 3	0.0087 7
	2892.36 8	2.14 % 7	0.0618 21
	2920.36 7	0.66 % 3	0.0194 9
	2941.40 7	1.17 % 3	0.0343 9
	2982.37 16	5.19 % 15	0.155 4
	2990.38 12	0.73 % 4	0.0219 12
	3023.20 16	0.58 % 4	0.0174 12
	3053.61 20	0.16 % 3	0.0050 8
	3083.95 5	4.67 % 12	0.144 4
	3173.36 14	0.23 % 3	0.0074 8
	3215.22 15	0.157 % 19	0.0050 6
	3230.37 8	0.78 % 4	0.0251 12
	3272.88 10	0.188 % 19	0.0062 6
	3288.33 18	0.17 % 3	0.0056 10
	3294.66 25	0.19 % 3	0.0064 8
	3309.41 15	0.22 % 3	0.0073 11
	3325.65 15	0.19 % 3	0.0065 11
	3351.81 15	0.207 % 19	0.0069 6
	3361.99 20	0.21 % 3	0.0070 11
	3374.06 16	0.87 % 4	0.0292 14
	3437.38 15	4.51 % 21	0.155 7
	3438.16 15	10.8 % 4	0.371 14
	3482.50 7	0.96 % 4	0.0334 15
	3521.60 25	0.09 % 3	0.0033 9
	3539.00 7	1.82 % 6	0.0643 21
	3552.70 9	0.589 % 23	0.0209 8
	3574.99 6	2.43 % 6	0.0870 21
	3634.28 20	0.14 % 3	0.0050 9
	3662.13 8	0.182 % 13	0.0067 5
	3746.58 8	0.276 % 14	0.0103 5
	3773.37 12	0.219 % 19	0.0083 7
	3829.41 17	0.144 % 13	0.0055 5
	3863.51 9	0.33 % 3	0.0128 10
	3893.15 6	3.81 % 10	0.148 4
	3913.67 16	0.48 % 3	0.0186 13
	3937.50 7	1.12 % 5	0.0439 18
	3994.23 9	0.27 % 3	0.0108 10
	4007.77 9	0.376 % 21	0.0151 8
	4040.20 9	0.370 % 21	0.0149 8
	4044.31 15	0.72 % 3	0.0292 12
	4074.45 15	0.26 % 4	0.0107 16
	4089.36 12	0.19 % 3	0.0077 10
	4095.98 10	0.13 % 5	0.0051 21
	4175.38 19	0.176 % 13	0.0073 5
	4201.44 20	0.169 % 19	0.0071 8
	4420.75 15	0.55 % 3	0.0244 12
	4556.38 19	0.144 % 19	0.0066 9
	4725.60 11	0.28 % 3	0.0130 12
	4737.44 22	0.207 % 19	0.0098 9
	4877.76 25	0.069 % 13	0.0034 6
	5112.70 25	0.144 % 19	0.0074 10
	5180.40 13	0.357 % 20	0.0185 11
	5243.85 12	0.483 % 22	0.0253 11
	5332.70 22	0.31 % 3	0.0167 14
	5369.46 22	0.107 % 13	0.0057 7
	5529.28 22	0.182 % 19	0.0101 11
	5567.50 20	0.26 % 3	0.0143 14

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
416.77	454.99, 675.89, 692.88, 1147.87, 1652.68, 1767.05, 3288.33
445.28	454.99, 664.42, 675.89, 1652.68, 1767.05, 3288.33
454.99	416.77, 445.28, 562.15, 607.94, 636.27, 664.42, 675.89, 687.55, 692.88, 738.66, 859.56, 1109.72, 1203.13, 1295.45, 1300.83, 1317.90, 1350.11, 1425.56, 1428.08, 1467.24, 1508.22, 1595.32, 1652.68, 1734.93, 1767.05, 1779.11, 1785.55, 1806.22, 1822.00, 1844.66, 1855.06, 1885.97, 1906.28, 1930.07, 1943.97, 1988.20, 2000.45, 2052.96, 2082.60, 2118.28, 2137.41, 2201.04, 2213.24, 2284.64, 2289.66, 2333.32, 2391.26, 2420.27, 2427.00, 2514.13, 2521.80, 2537.37, 2557.85, 2681.33, 2745.19, 2789.59, 2892.36, 2920.36, 2941.40, 2982.37, 2990.38, 3023.20, 3053.61, 3083.95, 3173.36, 3215.22, 3272.88, 3288.33, 3294.66, 3309.41, 3325.65, 3351.81, 3361.99, 3374.06, 3438.16, 3482.50, 3521.60, 3552.70, 3634.28, 3746.58, 3773.37, 3863.51, 3913.67, 3994.23, 4044.31, 4074.45, 4095.98, 4175.38, 4556.38, 4725.60, 4737.44, 4877.76, 5112.70
562.15	454.99, 687.55, 738.66, 1906.28, 2137.41, 2213.24, 2284.64, 2333.32, 2420.27, 2521.80, 2557.85, 2920.36, 2990.38, 3023.20, 3773.37, 3994.23, 4175.38
607.94	454.99, 687.55, 692.88, 1147.87, 1906.28, 2137.41, 2284.64, 2333.32, 3773.37
636.27	454.99, 664.42, 687.55, 1906.28, 2137.41, 2284.64, 2333.32, 3773.37
664.42	445.28, 454.99, 636.27, 675.89, 687.55, 1652.68, 1767.05, 1906.28, 2137.41, 2284.64, 2333.32, 3288.33, 3773.37
675.89	416.77, 445.28, 454.99, 664.42, 692.88, 1109.72, 1147.87, 1652.68, 1767.05, 3288.33
687.55	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
692.88	416.77, 454.99, 607.94, 675.89, 687.55, 859.56, 1295.45, 1425.56, 1467.24, 1508.22, 1652.68, 1734.93, 1767.05, 1822.00, 1844.66, 1885.97, 1906.28, 1930.07, 2000.45, 2082.60, 2137.41, 2284.64, 2289.66, 2333.32, 2391.26, 2514.13, 2681.33, 2745.19, 2789.59, 2892.36, 2941.40, 3053.61, 3173.36, 3215.22, 3272.88, 3288.33, 3325.65, 3361.99, 3521.60, 3773.37, 3863.51, 3913.67, 4044.31, 4074.45, 4095.98
738.66	454.99, 562.15, 687.55, 1017, 1906.28, 2137.41, 2284.64, 2333.32, 3773.37
859.56	454.99, 692.88, 1147.87, 1822.00, 1885.97, 1930.07, 2000.45, 3173.36, 3215.22, 3325.65, 3361.99, 3521.60
1017	687.55, 738.66, 1906.28, 2137.41, 2213.24, 2284.64, 2333.32, 2420.27, 2521.80, 2557.85, 2920.36, 2990.38, 3023.20, 3773.37, 3994.23, 4175.38
1109.72	454.99, 675.89, 1652.68, 1767.05, 3288.33
1147.87	416.77, 607.94, 675.89, 687.55, 859.56, 1295.45, 1425.56, 1467.24, 1508.22, 1652.68, 1734.93, 1767.05, 1822.00, 1844.66, 1885.97, 1906.28, 1930.07, 2000.45, 2082.60, 2137.41, 2284.64, 2289.66, 2333.32, 2391.26, 2514.13, 2681.33, 2745.19, 2789.59, 2892.36, 2941.40, 3053.61, 3173.36, 3215.22, 3272.88, 3288.33, 3325.65, 3361.99, 3521.60, 3773.37, 3863.51, 3913.67, 4044.31, 4074.45, 4095.98
1203.13	454.99, 1779.11
1295.45	454.99, 692.88, 1147.87
1300.83	454.99, 687.55, 1906.28, 2137.41, 2284.64, 2333.32, 3773.37
1317.90	454.99
1350.11	454.99, 1943.97
1425.56	454.99, 692.88, 1147.87, 1467.24
1428.08	454.99, 1779.11
1467.24	454.99, 692.88, 1147.87, 1425.56, 2118.28
1508.22	454.99, 692.88, 1147.87
1595.32	454.99, 1779.11
1652.68	416.77, 445.28, 454.99, 664.42, 675.89, 692.88, 1109.72, 1147.87, 1785.55, 2240.69
1734.93	454.99, 692.88, 1147.87
1755.94	687.55, 1906.28, 2137.41, 2284.64, 2333.32, 3773.37
1767.05	416.77, 445.28, 454.99, 664.42, 675.89, 692.88, 1109.72, 1147.87, 1785.55, 2240.69
1779.11	454.99, 1203.13, 1428.08, 1595.32, 1806.22, 1855.06, 3294.66, 3309.41, 3351.81
1785.55	454.99, 1652.68, 1767.05, 3288.33
1806.22	454.99, 1779.11
1822.00	454.99, 692.88, 859.56, 1147.87
1844.66	454.99, 692.88, 1147.87
1855.06	454.99, 1779.11
1885.97	454.99, 692.88, 859.56, 1147.87
1906.28	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
1930.07	454.99, 692.88, 859.56, 1147.87
1943.97	454.99, 1350.11
1988.20	454.99
2000.45	454.99, 692.88, 859.56, 1147.87
2052.96	454.99
2082.60	454.99, 692.88, 1147.87
2118.28	454.99, 1467.24
2137.41	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
2201.04	454.99
2213.24	454.99, 562.15, 1017
2240.69	1652.68, 1767.05, 3288.33
2284.64	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
2289.66	454.99, 692.88, 1147.87
2333.32	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
2391.26	454.99, 692.88, 1147.87
2420.27	454.99, 562.15, 1017
2427.00	454.99
2514.13	454.99, 692.88, 1147.87
2521.80	454.99, 562.15, 1017
2537.37	454.99
2557.85	454.99, 562.15, 1017
2681.33	454.99, 692.88, 1147.87
2745.19	454.99, 692.88, 1147.87
2789.59	454.99, 692.88, 1147.87
2892.36	454.99, 692.88, 1147.87
2920.36	454.99, 562.15, 1017
2941.40	454.99, 692.88, 1147.87
2982.37	454.99
2990.38	454.99, 562.15, 1017
3023.20	454.99, 562.15, 1017
3053.61	454.99, 692.88, 1147.87
3083.95	454.99
3173.36	454.99, 692.88, 859.56, 1147.87
3215.22	454.99, 692.88, 859.56, 1147.87
3272.88	454.99, 692.88, 1147.87
3288.33	416.77, 445.28, 454.99, 664.42, 675.89, 692.88, 1109.72, 1147.87, 1785.55, 2240.69
3294.66	454.99, 1779.11
3309.41	454.99, 1779.11
3325.65	454.99, 692.88, 859.56, 1147.87
3351.81	454.99, 1779.11
3361.99	454.99, 692.88, 859.56, 1147.87
3374.06	454.99
3438.16	454.99
3482.50	454.99
3521.60	454.99, 692.88, 859.56, 1147.87
3552.70	454.99
3634.28	454.99
3746.58	454.99
3773.37	454.99, 562.15, 607.94, 636.27, 664.42, 692.88, 738.66, 1017, 1147.87, 1300.83, 1755.94
3863.51	454.99, 692.88, 1147.87
3913.67	454.99, 692.88, 1147.87
3994.23	454.99, 562.15, 1017
4044.31	454.99, 692.88, 1147.87
4074.45	454.99, 692.88, 1147.87
4095.98	454.99, 692.88, 1147.87
4175.38	454.99, 562.15, 1017
4556.38	454.99
4725.60	454.99
4737.44	454.99
4877.76	454.99
5112.70	454.99