Results:2 different decay possibilities were found
Dataset #1:
Author: Balraj Singh Citation:Nuclear Data Sheets 130, 21 (2015)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 0 | 3- | 10.7 m 5 | α: 8E-4 2 % | 4912 14 |
|
Alphas:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 4653 15 ? | 8.0E-4 % | 3.7E-5 |
Dataset #2:
Authors: J. C. Batchelder and A. M. Hurst, M. S. Basunia Citation:Nuclear Data Sheets 183, 1 (2022)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 0.0 | 3- | 10.7 m 5 | ε: 100 % | 6.15E3 3 |
|
Beta+:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 1308 14 | 2.90E+3 3 | 1.50 % 10 | 0.0196 13 |
| 1314 14 | 2.91E+3 3 | 0.91 % 9 | 0.0120 12 |
| 1339 14 | 2.97E+3 3 | 0.35 % 4 | 0.0047 5 |
| 1458 14 | 3.23E+3 3 | 0.84 % 7 | 0.0122 10 |
| 1485 14 | 3.29E+3 3 | 2.90 % 20 | 0.043 3 |
| 1496 14 | 3.31E+3 3 | 0.18 % 3 | 0.0027 4 |
| 1560 14 | 3.46E+3 3 | 0.25 % 3 | 0.0039 5 |
| 1578 14 | 3.50E+3 3 | 0.44 % 12 | 0.0069 19 |
| 1587 14 | 3.52E+3 3 | 0.18 % 3 | 0.0029 5 |
| 1661 14 | 3.76E+3 3 | 0.23 % 3 | 0.0038 5 |
| 1676 14 | 3.71E+3 3 | 0.77 % 7 | 0.0129 12 |
| 1680 14 | 3.72E+3 3 | 2.0 % 3 | 0.034 5 |
| 1765 14 | 3.91E+3 3 | 1.50 % 10 | 0.0265 18 |
| 1787 14 | 3.95E+3 3 | 0.92 % 10 | 0.0164 18 |
| 1871 14 | 4.14E+3 3 | 2.0 % 3 | 0.037 6 |
| 1887 14 | 4.17E+3 3 | 3.5 % 4 | 0.066 8 |
| 1960 14 | 4.33E+3 3 | 2.9 % 5 | 0.057 10 |
| 2048 14 | 4.52E+3 3 | 4.9 % 9 | 0.100 18 |
| 2102 14 | 4.64E+3 3 | 8.8 % 11 | 0.185 23 |
| 2241 14 | 4.94E+3 3 | 16 % 5 | 0.36 11 |
Mean beta+ energy: 2.0E+3 keV 3, total beta+ intensity: 51 % 5, mean beta+ dose: 1.01 MeV/Bq-s 19
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 7.24 | 42.7 % 15 | 0.00309 11 |
| Auger K | 51.0 | 2.26 % 24 | 0.00116 12 |
| CE K | 113.14 4 | 11.8 % 3 | 0.0133 3 |
| CE K | 126.6 3 | 1.38 % 12 | 0.00174 16 |
| CE K | 146.7 3 | 0.13 % 5 | 1.9E-4 7 |
| CE K | 153.3 3 | 0.0233 % 24 | 3.6E-5 4 |
| CE L | 177.65 4 | 10.68 % 24 | 0.0190 4 |
| CE M | 188.23 4 | 2.73 % 7 | 0.00514 12 |
| CE N | 190.81 4 | 0.667 % 15 | 0.00127 3 |
| CE L | 191.1 3 | 0.245 % 22 | 4.7E-4 4 |
| CE O | 191.49 4 | 0.1060 % 24 | 2.03E-4 5 |
| CE K | 201.3 3 | 0.100 % 8 | 2.01E-4 16 |
| CE M | 201.7 3 | 0.057 % 5 | 1.16E-4 10 |
| CE N | 204.3 3 | 0.0141 % 13 | 2.9E-5 3 |
| CE O | 205.0 3 | 0.00251 % 22 | 5.2E-6 5 |
| CE L | 211.2 3 | 0.039 % 4 | 8.2E-5 9 |
| CE L | 217.8 3 | 0.0038 % 4 | 8.4E-6 9 |
| CE K | 220.45 10 | 1.58 % 12 | 0.0035 3 |
| CE M | 221.8 3 | 0.0096 % 11 | 2.13E-5 25 |
| CE N | 224.4 3 | 0.0023 % 3 | 5.3E-6 6 |
| CE O | 225.1 3 | 3.9E-4 % 5 | 8.9E-7 10 |
| CE M | 228.4 3 | 8.9E-4 % 9 | 2.02E-6 21 |
| CE K | 229.5 3 | 0.0235 % 23 | 5.4E-5 5 |
| CE N | 231.0 3 | 2.17E-4 % 23 | 5.0E-7 5 |
| CE O | 231.7 3 | 3.8E-5 % 4 | 8.7E-8 9 |
| CE K | 248.4 3 | 0.040 % 4 | 9.9E-5 10 |
| CE L | 265.8 3 | 0.051 % 4 | 1.34E-4 11 |
| CE K | 271.0 3 | 0.075 % 9 | 2.02E-4 23 |
| CE M | 276.4 3 | 0.0127 % 10 | 3.5E-5 3 |
| CE N | 279.0 3 | 0.0031 % 3 | 8.7E-6 7 |
| CE O | 279.7 3 | 5.1E-4 % 4 | 1.41E-6 12 |
| CE L | 284.96 10 | 0.73 % 6 | 0.00209 16 |
| CE L | 294.0 3 | 0.0105 % 10 | 3.1E-5 3 |
| CE M | 295.54 10 | 0.184 % 14 | 5.4E-4 4 |
| CE N | 298.12 10 | 0.045 % 3 | 1.34E-4 10 |
| CE O | 298.80 10 | 0.0073 % 6 | 2.20E-5 17 |
| CE M | 304.6 3 | 0.0026 % 3 | 8.0E-6 8 |
| CE K | 305.9 3 | 0.063 % 13 | 1.9E-4 4 |
| CE N | 307.2 3 | 6.4E-4 % 6 | 1.98E-6 20 |
| CE O | 307.9 3 | 1.05E-4 % 10 | 3.2E-7 3 |
| CE K | 308.6 3 | 0.036 % 13 | 1.1E-4 4 |
| CE L | 312.9 3 | 0.0167 % 17 | 5.2E-5 5 |
| CE M | 323.5 3 | 0.0042 % 4 | 1.35E-5 13 |
| CE N | 326.1 3 | 0.00102 % 10 | 3.3E-6 3 |
| CE O | 326.8 3 | 1.67E-4 % 17 | 5.5E-7 5 |
| CE L | 335.5 3 | 0.0229 % 22 | 7.7E-5 7 |
| CE K | 337.17 16 | 0.82 % 7 | 0.00276 23 |
| CE K | 345.5 3 | 0.0165 % 21 | 5.7E-5 7 |
| CE M | 346.1 3 | 0.0056 % 5 | 1.95E-5 18 |
| CE N | 348.7 3 | 0.00138 % 13 | 4.8E-6 5 |
| CE O | 349.4 3 | 2.31E-4 % 22 | 8.1E-7 8 |
| CE K | 351.9 3 | 0.049 % 5 | 1.73E-4 17 |
| CE L | 370.4 3 | 0.022 % 5 | 8.2E-5 17 |
| CE L | 373.1 3 | 0.012 % 5 | 4.7E-5 17 |
| CE M | 381.0 3 | 0.0055 % 12 | 2.1E-5 4 |
| CE K | 383.4 3 | 0.050 % 4 | 1.92E-4 13 |
| CE N | 383.6 3 | 0.0013 % 3 | 5.1E-6 11 |
| CE M | 383.7 3 | 0.0031 % 11 | 1.2E-5 4 |
| CE O | 384.3 3 | 2.2E-4 % 5 | 8.5E-7 18 |
| CE N | 386.3 3 | 8E-4 % 3 | 2.9E-6 11 |
| CE O | 387.0 3 | 1.3E-4 % 5 | 4.8E-7 18 |
| CE K | 387.9 3 | 0.06 % 4 | 2.5E-4 14 |
| CE L | 401.68 16 | 0.138 % 11 | 5.5E-4 5 |
| CE L | 410.0 3 | 0.0052 % 7 | 2.1E-5 3 |
| CE M | 412.26 16 | 0.032 % 3 | 1.31E-4 11 |
| CE N | 414.84 16 | 0.0079 % 7 | 3.3E-5 3 |
| CE O | 415.52 16 | 0.00141 % 12 | 5.9E-6 5 |
| CE L | 416.4 3 | 0.0147 % 14 | 6.1E-5 6 |
| CE M | 420.6 3 | 0.00127 % 17 | 5.3E-6 7 |
| CE K | 422.9 3 | 0.098 % 12 | 4.1E-4 5 |
| CE N | 423.2 3 | 3.1E-4 % 4 | 1.32E-6 17 |
| CE O | 423.9 3 | 5.2E-5 % 7 | 2.2E-7 3 |
| CE M | 427.0 3 | 0.0036 % 3 | 1.53E-5 15 |
| CE N | 429.6 3 | 8.8E-4 % 8 | 3.8E-6 4 |
| CE O | 430.3 3 | 1.48E-4 % 14 | 6.4E-7 6 |
| CE L | 452.4 3 | 0.012 % 4 | 5.5E-5 20 |
| CE M | 463.0 3 | 0.0029 % 9 | 1.3E-5 4 |
| CE N | 465.6 3 | 7.1E-4 % 24 | 3.3E-6 11 |
| CE O | 466.3 3 | 1.2E-4 % 5 | 5.8E-7 21 |
| CE L | 487.4 3 | 0.0174 % 20 | 8.5E-5 10 |
| CE M | 498.0 3 | 0.0041 % 5 | 2.04E-5 23 |
| CE N | 500.6 3 | 0.00101 % 11 | 5.1E-6 6 |
| CE O | 501.3 3 | 1.79E-4 % 21 | 9.0E-7 10 |
| CE K | 528.8 3 | 0.064 % 16 | 3.4E-4 8 |
| CE L | 593.3 3 | 0.015 % 4 | 8.8E-5 22 |
| CE K | 598.1 3 | 0.0128 % 12 | 7.7E-5 7 |
| CE M | 603.9 3 | 0.0036 % 9 | 2.1E-5 5 |
| CE N | 606.5 3 | 8.8E-4 % 22 | 5.3E-6 13 |
| CE O | 607.2 3 | 1.5E-4 % 4 | 9.1E-7 22 |
| CE K | 626.0 3 | 0.010 % 7 | 6E-5 5 |
| CE K | 654.0 3 | 0.06 % 3 | 4.2E-4 17 |
| CE L | 662.6 3 | 0.00195 % 20 | 1.29E-5 13 |
| CE M | 673.2 3 | 4.5E-4 % 5 | 3.0E-6 3 |
| CE N | 675.8 3 | 1.10E-4 % 11 | 7.4E-7 7 |
| CE O | 676.5 3 | 1.95E-5 % 20 | 1.32E-7 13 |
| CE K | 687.0 3 | 0.080 % 7 | 5.5E-4 5 |
| CE K | 720.3 4 | 0.037 % 5 | 2.7E-4 3 |
| CE L | 751.5 3 | 0.0161 % 14 | 1.21E-4 10 |
| CE M | 762.1 3 | 0.0038 % 3 | 2.9E-5 3 |
| CE N | 764.7 3 | 9.4E-4 % 8 | 7.2E-6 6 |
| CE O | 765.4 3 | 1.63E-4 % 14 | 1.25E-6 11 |
| CE L | 784.8 4 | 0.0073 % 10 | 5.8E-5 8 |
| CE M | 795.4 4 | 0.00173 % 23 | 1.38E-5 18 |
| CE N | 798.0 4 | 4.3E-4 % 6 | 3.4E-6 4 |
| CE O | 798.7 4 | 7.4E-5 % 10 | 5.9E-7 8 |
| CE K | 803.2 3 | 0.0049 % 22 | 3.9E-5 17 |
| CE L | 867.7 3 | 7E-4 % 4 | 6E-6 3 |
| CE M | 878.3 3 | 1.7E-4 % 9 | 1.5E-6 8 |
| CE N | 880.9 3 | 4.0E-5 % 22 | 3.5E-7 19 |
| CE O | 881.6 3 | 7E-6 % 4 | 6E-8 3 |
| CE K | 952.6 3 | 0.0057 % 5 | 5.5E-5 4 |
| CE L | 1017.1 3 | 0.00102 % 8 | 1.04E-5 8 |
| CE M | 1027.7 3 | 2.39E-4 % 19 | 2.45E-6 20 |
| CE N | 1030.3 3 | 5.9E-5 % 5 | 6.1E-7 5 |
| CE O | 1031.0 3 | 1.04E-5 % 8 | 1.07E-7 9 |
| CE K | 1064.3 3 | 5.9E-4 % 8 | 6.3E-6 9 |
| CE L | 1128.8 3 | 8.6E-5 % 12 | 9.7E-7 14 |
| CE K | 1137.8 3 | 0.0047 % 4 | 5.3E-5 4 |
| CE M | 1139.4 3 | 2.0E-5 % 3 | 2.2E-7 3 |
| CE N | 1142.0 3 | 4.8E-6 % 7 | 5.5E-8 8 |
| CE O | 1142.7 3 | 8.7E-7 % 12 | 9.9E-9 14 |
| CE L | 1202.3 3 | 6.8E-4 % 6 | 8.1E-6 7 |
| CE M | 1212.9 3 | 1.54E-4 % 13 | 1.87E-6 15 |
| CE N | 1215.5 3 | 3.8E-5 % 3 | 4.6E-7 4 |
| CE O | 1216.2 3 | 6.8E-6 % 6 | 8.3E-8 7 |
| CE K | 1362.9 4 | 0.0033 % 15 | 4.5E-5 20 |
| CE L | 1427.4 4 | 6.1E-4 % 25 | 9E-6 4 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 9.44 | 21.1 % 11 | 0.00199 10 |
| XR kα2 | 65.122 | 15.1 % 7 | 0.0099 5 |
| XR kα1 | 66.831 | 25.7 % 12 | 0.0172 8 |
| XR kβ3 | 75.368 | 3.07 % 14 | 0.00231 11 |
| XR kβ1 | 75.749 | 5.9 % 3 | 0.00448 21 |
| XR kβ2 | 77.831 | 2.10 % 10 | 0.00164 8 |
| 191.53 4 | 62.4 % 11 | 0.1195 21 | |
| 205.0 3 | 2.06 % 18 | 0.0042 4 | |
| 225.1 3 | 0.44 % 5 | 9.9E-4 11 | |
| 231.7 3 | 0.58 % 6 | 0.00134 14 | |
| 266.5 4 ? | 0.26 % 3 | 6.9E-4 8 | |
| 279.7 3 | 1.37 % 11 | 0.0038 3 | |
| 298.84 10 | 25.6 % 19 | 0.077 6 | |
| 307.9 3 | 0.41 % 4 | 0.00126 12 | |
| 326.8 3 | 0.81 % 8 | 0.0026 3 | |
| 349.4 3 | 1.31 % 12 | 0.0046 4 | |
| 384.3 3 | 1.9 % 4 | 0.0073 15 | |
| 387.0 3 | 1.1 % 4 | 0.0043 15 | |
| 415.56 16 | 8.6 % 7 | 0.036 3 | |
| 423.9 3 | 0.62 % 8 | 0.0026 3 | |
| 430.3 3 | 1.81 % 17 | 0.0078 7 | |
| 461.8 3 | 0.100 % 7 | 4.6E-4 3 | |
| 466.3 3 | 1.31 % 11 | 0.0061 5 | |
| 501.3 3 | 2.18 % 23 | 0.0109 12 | |
| Annihil. | 511.0 | 102 % 11 | |
| 607.01 15 | 0.53 % | 0.0032 | |
| 607.2 3 | 5.3 % 13 | 0.032 8 | |
| 609.4 3 | 1.5 % 4 | 0.0091 24 | |
| 615.6 3 | 0.31 % | 0.0019084 | |
| 615.6 3 | 0.31 % | 0.0019084 | |
| 676.5 3 | 3.31 % 25 | 0.0224 17 | |
| 704.4 3 | 0.56 % 8 | 0.0039 6 | |
| 732.4 3 | 1.12 % 10 | 0.0082 7 | |
| 765.4 3 | 10.6 % 9 | 0.081 7 | |
| 796.4 4 | 0.31 % 7 | 0.0025 6 | |
| 798.7 4 | 5.4 % 7 | 0.043 6 | |
| 800.4 4 | 0.7 % 7 | 0.006 6 | |
| 810.7 3 | 0.38 % 5 | 0.0031 4 | |
| 873.1 2 | 1.25 % 10 | 0.0109 9 | |
| 881.6 3 | 2.12 % 19 | 0.0187 17 | |
| 905.1 3 | 0.37 % 7 | 0.0033 6 | |
| 917.5 4 | 0.44 % 7 | 0.0040 6 | |
| 927.3 4 | 0.25 % 7 | 0.0023 6 | |
| 984.5 4 | 1.31 % 15 | 0.0129 15 | |
| 1031.0 3 | 1.37 % 11 | 0.0141 11 | |
| 1098.0 3 ? | 0.42 % 6 | 0.0046 7 | |
| 1121.9 3 | 0.44 % 7 | 0.0049 8 | |
| 1142.7 3 | 0.42 % 6 | 0.0048 7 | |
| 1176.1 5 | 0.62 % 8 | 0.0073 9 | |
| 1181.5 5 | 0.62 % 8 | 0.0073 9 | |
| 1203.0 3 | 0.87 % 9 | 0.0105 11 | |
| 1216.2 3 | 3.7 % 3 | 0.045 4 | |
| 1226.1 3 | 1.00 % 9 | 0.0123 11 | |
| 1271.1 5 | 0.50 % 7 | 0.0064 9 | |
| 1289.2 5 | 2.06 % 18 | 0.0266 23 | |
| 1323.7 4 | 0.50 % 7 | 0.0066 9 | |
| 1441.3 4 | 0.47 % 6 | 0.0068 9 | |
| 1725.9 4 | 1.25 % 15 | 0.022 3 | |
| 1737.6 4 | 1.87 % 22 | 0.032 4 | |
| 2024.6 5 | 2.00 % 23 | 0.040 5 | |
| 2035.6 5 | 2.9 % 3 | 0.059 6 | |
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 |
| 191.53 | 205.0 (2.60E-10), 225.1 (2.60E-10), 231.7 (2.60E-10), 266.5 (2.60E-10), 279.7 (2.60E-10), 298.84 (2.60E-10), 307.9 (2.60E-10), 326.8 (2.60E-10), 349.4 (2.60E-10), 384.3 (2.60E-10), 387.0 (2.60E-10), 415.56 (2.60E-10), 423.9 (2.60E-10), 430.3 (2.60E-10), 461.8 (2.60E-10), 466.3 (2.60E-10), 501.3 (2.60E-10), 607.01 (2.60E-10), 609.4 (2.60E-10), 615.6 (2.60E-10), 615.6 (2.60E-10), 676.5 (2.60E-10), 704.4 (2.60E-10), 732.4 (2.60E-10), 765.4 (2.60E-10), 796.4 (2.60E-10), 800.4 (2.60E-10), 810.7 (2.60E-10), 873.1 (2.60E-10), 881.6 (2.60E-10), 905.1 (2.60E-10), 917.5 (2.60E-10), 927.3 (2.60E-10), 984.5 (2.60E-10), 1031.0 (2.60E-10), 1098.0 (2.60E-10), 1121.9 (2.60E-10), 1142.7 (2.60E-10), 1181.5 (2.60E-10), 1203.0 (2.60E-10), 1216.2 (2.60E-10), 1226.1 (2.60E-10), 1271.1 (2.60E-10), 1289.2 (2.60E-10), 1323.7 (2.60E-10), 1441.3 (2.60E-10), 1725.9 (2.60E-10), 1737.6 (2.60E-10), 2024.6 (2.60E-10), 2035.6 (2.60E-10) |
| 205.0 | 191.53 (2.60E-10), 225.1, 231.7, 279.7, 298.84, 307.9, 326.8, 349.4, 415.56, 466.3, 471.6, 607.01, 607.2, 609.4, 676.5, 704.4, 765.4, 798.7, 800.4, 917.5, 984.5, 1142.7, 1176.1, 1216.2, 1441.3 |
| 225.1 | 191.53 (2.60E-10), 205.0, 231.7, 279.7, 298.84, 307.9, 326.8, 415.56, 471.6, 607.01, 607.2, 609.4, 704.4, 798.7, 800.4, 917.5, 984.5, 1176.1, 1216.2 |
| 231.7 | 191.53 (2.60E-10), 205.0, 225.1, 279.7, 430.3, 471.6, 704.4, 984.5, 1176.1 |
| 266.5 | 191.53 (2.60E-10), 298.84, 349.4, 415.56, 466.3, 607.2, 615.6, 765.4 |
| 279.7 | 191.53 (2.60E-10), 205.0, 225.1, 231.7, 326.8, 423.9, 430.3, 609.4, 615.6, 704.4, 1098.0 |
| 298.84 | 191.53 (2.60E-10), 205.0, 225.1, 266.5, 307.9, 387.0, 423.9, 430.3, 461.8, 466.3, 501.3, 609.4, 615.6, 676.5, 732.4, 796.4, 873.1, 881.6, 905.1, 917.5, 927.3, 1098.0, 1121.9, 1142.7, 1181.5, 1203.0, 1271.1, 1323.7, 1725.9, 1737.6 |
| 307.9 | 191.53 (2.60E-10), 205.0, 225.1, 298.84, 423.9, 430.3, 609.4, 615.6, 1098.0 |
| 326.8 | 191.53 (2.60E-10), 205.0, 225.1, 279.7, 423.9, 430.3, 471.6, 609.4, 615.6, 1098.0 |
| 349.4 | 191.53 (2.60E-10), 205.0, 266.5, 415.56, 461.8, 607.2, 615.6, 676.5, 881.6, 1203.0, 1271.1 |
| 384.3 | 191.53 (2.60E-10), 415.56, 607.2, 905.1 |
| 387.0 | 191.53 (2.60E-10), 298.84 |
| 415.56 | 191.53 (2.60E-10), 205.0, 225.1, 266.5, 349.4, 384.3, 430.3, 461.8, 615.6, 615.6, 676.5, 800.4, 810.7, 881.6, 905.1, 1203.0, 1271.1, 1289.2 |
| 423.9 | 191.53 (2.60E-10), 279.7, 298.84, 307.9, 326.8, 471.6, 607.01, 615.6, 798.7 |
| 430.3 | 191.53 (2.60E-10), 231.7, 279.7, 298.84, 307.9, 326.8, 415.56, 471.6, 607.01, 607.2, 609.4, 704.4, 798.7, 800.4, 917.5, 984.5, 1176.1, 1216.2 |
| 461.8 | 191.53 (2.60E-10), 298.84, 349.4, 415.56, 466.3, 607.2, 765.4 |
| 466.3 | 191.53 (2.60E-10), 205.0, 266.5, 298.84, 461.8, 615.6, 676.5, 881.6, 1203.0, 1271.1 |
| 471.6 | 205.0, 225.1, 231.7, 326.8, 423.9, 430.3, 609.4, 615.6, 704.4, 1098.0 |
| 501.3 | 191.53 (2.60E-10), 298.84, 905.1 |
| 607.01 | 191.53 (2.60E-10), 205.0, 225.1, 423.9, 430.3, 609.4, 615.6, 1098.0 |
| 607.2 | 205.0, 225.1, 266.5, 349.4, 384.3, 430.3, 461.8, 615.6, 615.6, 676.5, 800.4, 810.7, 881.6, 905.1, 1203.0, 1271.1, 1289.2 |
| 609.4 | 191.53 (2.60E-10), 205.0, 225.1, 279.7, 298.84, 307.9, 326.8, 430.3, 471.6, 607.01, 798.7 |
| 615.6 | 191.53 (2.60E-10), 415.56, 607.2, 615.6 |
| 615.6 | 191.53 (2.60E-10), 266.5, 279.7, 298.84, 307.9, 326.8, 349.4, 415.56, 423.9, 466.3, 471.6, 607.01, 607.2, 615.6, 732.4, 765.4, 798.7, 1031.0 |
| 676.5 | 191.53 (2.60E-10), 205.0, 298.84, 349.4, 415.56, 466.3, 607.2, 765.4 |
| 704.4 | 191.53 (2.60E-10), 205.0, 225.1, 231.7, 279.7, 430.3, 471.6 |
| 732.4 | 191.53 (2.60E-10), 298.84, 615.6 |
| 765.4 | 191.53 (2.60E-10), 205.0, 266.5, 461.8, 615.6, 676.5, 881.6, 1203.0, 1271.1 |
| 796.4 | 191.53 (2.60E-10), 298.84, 873.1 |
| 798.7 | 205.0, 225.1, 423.9, 430.3, 609.4, 615.6, 1098.0 |
| 800.4 | 191.53 (2.60E-10), 205.0, 225.1, 415.56, 430.3, 607.2 |
| 810.7 | 191.53 (2.60E-10), 415.56, 607.2 |
| 873.1 | 191.53 (2.60E-10), 298.84, 796.4 |
| 881.6 | 191.53 (2.60E-10), 298.84, 349.4, 415.56, 466.3, 607.2, 765.4 |
| 905.1 | 191.53 (2.60E-10), 298.84, 384.3, 415.56, 501.3, 607.2 |
| 917.5 | 191.53 (2.60E-10), 205.0, 225.1, 298.84, 430.3 |
| 927.3 | 191.53 (2.60E-10), 298.84 |
| 984.5 | 191.53 (2.60E-10), 205.0, 225.1, 231.7, 430.3 |
| 1031.0 | 191.53 (2.60E-10), 615.6 |
| 1098.0 | 191.53 (2.60E-10), 279.7, 298.84, 307.9, 326.8, 471.6, 607.01, 798.7 |
| 1121.9 | 191.53 (2.60E-10), 298.84 |
| 1142.7 | 191.53 (2.60E-10), 205.0, 298.84 |
| 1176.1 | 205.0, 225.1, 231.7, 430.3 |
| 1181.5 | 191.53 (2.60E-10), 298.84 |
| 1203.0 | 191.53 (2.60E-10), 298.84, 349.4, 415.56, 466.3, 607.2, 765.4 |
| 1216.2 | 191.53 (2.60E-10), 205.0, 225.1, 430.3 |
| 1226.1 | 191.53 (2.60E-10) |
| 1271.1 | 191.53 (2.60E-10), 298.84, 349.4, 415.56, 466.3, 607.2, 765.4 |
| 1289.2 | 191.53 (2.60E-10), 415.56, 607.2 |
| 1323.7 | 191.53 (2.60E-10), 298.84 |
| 1441.3 | 191.53 (2.60E-10), 205.0 |
| 1725.9 | 191.53 (2.60E-10), 298.84 |
| 1737.6 | 191.53 (2.60E-10), 298.84 |
| 2024.6 | 191.53 (2.60E-10) |
| 2035.6 | 191.53 (2.60E-10) |