Results:4 different decay possibilities were found
Dataset #1:
Authors: Balraj Singh, and Jun Chen Citation:Nuclear Data Sheets 169, 1 (2020)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 26.11 | (1)- | 1.120 h 3 | IT: 100 % |
|
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 7.06 | 48.1 % 9 | 0.00339 6 |
| CE L | 12.68 10 | 71 % | 0.0090 |
| CE M | 22.93 10 | 22.8 % | 0.00523 |
| CE N | 25.41 10 | 5.78 % | 0.00147 |
| CE O | 26.06 10 | 0.89 % | 2.32E-4 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 9.18 | 22.5 % 9 | 0.00207 8 |
| 26.1 1 | 1.01E-4 % | 2.64E-8 | |
Dataset #2:
Authors: Balraj Singh, and Jun Chen Citation:Nuclear Data Sheets 169, 1 (2020)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 376.41 | (11)- | 3.087 h 12 | IT: 8.6 2 % |
|
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 7.06 | 12.5 % 3 | 8.81E-4 22 |
| CE L | 9.0315 3 | 1.08 % 6 | 9.7E-5 6 |
| CE M | 19.2763 7 | 0.273 % 16 | 5.3E-5 3 |
| CE N | 21.7599 4 | 0.066 % 4 | 1.43E-5 8 |
| CE O | 22.407 | 0.0099 % 6 | 2.22E-6 13 |
| CE L | 22.765 17 | 2.59 % 17 | 5.9E-4 4 |
| CE M | 33.010 17 | 0.61 % 4 | 2.02E-4 13 |
| CE N | 35.494 17 | 0.144 % 9 | 5.1E-5 3 |
| CE O | 36.141 17 | 0.0222 % 14 | 8.0E-6 5 |
| CE L | 42.709 23 | 4.9 % 3 | 0.00207 14 |
| Auger K | 49.6 | 0.138 % 15 | 6.8E-5 7 |
| CE M | 52.954 23 | 1.12 % 8 | 5.9E-4 4 |
| CE N | 55.438 23 | 0.275 % 19 | 1.52E-4 10 |
| CE O | 56.085 23 | 0.049 % 3 | 2.73E-5 19 |
| CE K | 59.237 14 | 1.31 % 5 | 7.7E-4 3 |
| CE K | 72.59 10 | 1.90 % 15 | 0.00138 11 |
| CE L | 121.930 14 | 2.16 % 8 | 0.00264 10 |
| CE K | 129.10 3 | 0.071 % 4 | 9.1E-5 5 |
| CE M | 132.174 14 | 0.555 % 21 | 7.3E-4 3 |
| CE N | 134.658 14 | 0.134 % 5 | 1.81E-4 7 |
| CE L | 135.28 10 | 4.9 % 4 | 0.0067 5 |
| CE O | 135.305 14 | 0.0206 % 8 | 2.79E-5 10 |
| CE M | 145.53 10 | 1.51 % 12 | 0.00219 17 |
| CE N | 148.01 10 | 0.38 % 3 | 5.6E-4 4 |
| CE O | 148.66 10 | 0.060 % 5 | 8.9E-5 7 |
| CE L | 191.79 3 | 0.0117 % 6 | 2.24E-5 12 |
| CE M | 202.03 3 | 0.00268 % 15 | 5.4E-6 3 |
| CE N | 204.52 3 | 6.5E-4 % 4 | 1.33E-6 7 |
| CE O | 205.16 3 | 1.11E-4 % 6 | 2.28E-7 13 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 9.18 | 5.8 % 3 | 5.4E-4 3 |
| 22.45 | 2.57E-4 % 14 | 5.8E-8 3 | |
| 36.184 17 | 2.72 % 17 | 9.8E-4 6 | |
| 56.128 23 | 1.09 % 7 | 6.1E-4 4 | |
| XR kα2 | 63.287 | 0.90 % 5 | 5.7E-4 3 |
| XR kα1 | 64.986 | 1.53 % 8 | 1.00E-3 5 |
| XR kβ3 | 73.202 | 0.181 % 9 | 1.32E-4 7 |
| XR kβ1 | 73.56 | 0.348 % 18 | 2.56E-4 13 |
| XR kβ2 | 75.575 | 0.123 % 6 | 9.3E-5 5 |
| 135.348 14 | 2.98 % 10 | 0.00404 14 | |
| 148.7 1 | 0.0185 % 14 | 2.75E-5 21 | |
| 205.206 26 | 1.34 % 7 | 0.00275 15 | |
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 |
| 22.45 | 148.7 (3.70E-9), 205.206 |
| 36.184 | 56.128 (2.00E-6), 135.348 (2.00E-6), 148.7 (2.00E-6) |
| 56.128 | 36.184 (2.00E-6), 135.348 (3.70E-9), 148.7 (3.70E-9) |
| 135.348 | 36.184 (2.00E-6), 56.128 (3.70E-9), 148.7 (7.40E-9) |
| 148.7 | 22.45 (3.70E-9), 36.184 (2.00E-6), 56.128 (3.70E-9), 135.348 (7.40E-9), 205.206 (3.70E-9) |
| 205.206 | 22.45, 148.7 (3.70E-9) |
Dataset #3:
Authors: Balraj Singh, and Jun Chen Citation:Nuclear Data Sheets 169, 1 (2020)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 376.41 | (11)- | 3.087 h 12 | ε: 91.4 2 % | 1954.2 12 |
|
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 6.88 | 117 % 3 | 0.00805 23 |
| CE L | 25.93 10 | 68 % 8 | 0.0175 22 |
| CE M | 35.85 10 | 18.3 % 24 | 0.0066 8 |
| CE N | 38.25 10 | 4.5 % 6 | 0.00173 23 |
| CE O | 38.84 10 | 0.73 % 9 | 2.8E-4 3 |
| Auger K | 48.3 | 3.9 % 4 | 0.00189 18 |
| CE K | 112.8292 5 | 13.07 % | 0.01474 |
| CE L | 173.7320 4 | 10.57 % | 0.0184 |
| CE M | 183.6515 4 | 2.67 % | 0.00491 |
| CE N | 186.0457 5 | 0.642 % | 0.001194 |
| CE O | 186.638 | 0.0967 % | 1.81E-4 |
| CE K | 287.3292 5 | 3.21 % | 0.00922 |
| CE L | 348.2320 4 | 1.088 % | 0.00379 |
| CE M | 358.1515 4 | 0.266 % | 9.54E-4 |
| CE N | 360.5457 5 | 0.0643 % | 2.32E-4 |
| CE O | 361.138 | 0.01013 % | 3.66E-5 |
| CE K | 428.63 10 | 1.513 % 22 | 0.00649 9 |
| CE L | 489.53 10 | 0.381 % 5 | 0.00186 3 |
| CE M | 499.45 10 | 0.0914 % 14 | 4.57E-4 7 |
| CE N | 501.85 10 | 0.0222 % 4 | 1.113E-4 18 |
| CE O | 502.44 10 | 0.00358 % 5 | 1.80E-5 3 |
| CE K | 542.6292 5 | 0.973 % | 0.00528 |
| CE L | 603.5320 4 | 0.213 % | 0.001284 |
| CE M | 613.4515 4 | 0.0503 % | 3.09E-4 |
| CE N | 615.8457 5 | 0.01221 % | 7.52E-5 |
| CE O | 616.438 | 0.00200 % | 1.234E-5 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 8.91 | 52 % 3 | 0.0046 3 |
| 38.9 1 | 0.074 % 3 | 2.88E-5 11 | |
| XR kα2 | 61.486 | 25.0 % 5 | 0.0153 3 |
| XR kα1 | 63.0 | 42.5 % 9 | 0.0268 6 |
| XR kβ3 | 71.079 | 4.99 % 10 | 0.00355 7 |
| XR kβ1 | 71.414 | 9.65 % 19 | 0.00689 14 |
| XR kβ2 | 73.363 | 3.38 % 7 | 0.00248 5 |
| 186.7 | 64.37 % | 0.1202 | |
| 361.2 | 86.76 % | 0.3134 | |
| 502.5 1 | 89.38 % 20 | 0.4491 10 | |
| 616.5 | 90.15 % | 0.5558 | |
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 |
| 38.9 | 186.7, 361.2, 502.5, 616.5 |
| 186.7 | 38.9, 361.2, 502.5, 616.5 |
| 361.2 | 38.9, 186.7, 502.5, 616.5 |
| 502.5 | 38.9, 186.7, 361.2, 616.5 |
| 616.5 | 38.9, 186.7, 361.2, 502.5 |
Dataset #4:
Authors: Balraj Singh, and Jun Chen Citation:Nuclear Data Sheets 169, 1 (2020)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 0 | 4- | 11.78 d 10 | ε: 100 % | 1954.2 12 |
|
Beta+:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 353.06 53 ? | 745.5 12 | 0.030 % 20 | 1.1E-4 7 |
Mean beta+ energy: 4.E+2 keV 3, total beta+ intensity: 0.030 % 20, mean beta+ dose: 1.1E-4 MeV/Bq-s 12
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 6.88 | 72 % 3 | 0.00494 18 |
| CE K | 24.06 15 | 0.40 % 7 | 9.6E-5 17 |
| Auger K | 48.3 | 3.9 % 4 | 0.00186 19 |
| CE L | 84.96 15 | 0.100 % 21 | 8.5E-5 18 |
| CE M | 94.88 15 | 0.024 % 6 | 2.2E-5 5 |
| CE N | 97.28 15 | 0.0058 % 13 | 5.6E-6 13 |
| CE O | 97.87 15 | 9.4E-4 % 19 | 9.2E-7 19 |
| CE K | 112.81 4 | 10.1 % 5 | 0.0114 6 |
| CE K | 116.65 20 | 0.095 % 18 | 1.11E-4 21 |
| CE K | 122.98 15 | 1.4 % 5 | 0.0017 7 |
| CE K | 124.21 20 | 0.33 % 4 | 4.1E-4 5 |
| CE K | 125.4 3 | 0.037 % 11 | 4.6E-5 14 |
| CE K | 134.04 6 | 0.174 % 24 | 2.3E-4 3 |
| CE K | 134.04 6 | 0.050 % 17 | 6.7E-5 22 |
| CE K | 149.94 5 | 0.147 % 9 | 2.20E-4 14 |
| CE K | 161.63 12 | 0.0147 % 12 | 2.37E-5 20 |
| CE L | 173.71 4 | 8.2 % 4 | 0.0142 7 |
| CE L | 177.55 20 | 0.015 % 3 | 2.7E-5 5 |
| CE M | 183.63 4 | 2.06 % 11 | 0.00379 20 |
| CE L | 183.88 15 | 0.39 % 5 | 7.2E-4 9 |
| CE L | 185.11 20 | 0.23 % 3 | 4.3E-4 5 |
| CE N | 186.03 4 | 0.50 % 3 | 9.2E-4 5 |
| CE L | 186.3 3 | 0.027 % 8 | 5.0E-5 15 |
| CE O | 186.62 4 | 0.075 % 4 | 1.39E-4 7 |
| CE M | 187.47 20 | 0.0035 % 7 | 6.6E-6 13 |
| CE N | 189.87 20 | 8.6E-4 % 16 | 1.6E-6 3 |
| CE O | 190.46 20 | 1.5E-4 % 3 | 2.8E-7 5 |
| CE M | 193.80 15 | 0.095 % 13 | 1.83E-4 24 |
| CE L | 194.94 6 | 0.034 % 11 | 6.6E-5 22 |
| CE L | 194.94 6 | 0.117 % 16 | 2.3E-4 3 |
| CE M | 195.03 20 | 0.059 % 7 | 1.15E-4 14 |
| CE N | 196.20 15 | 0.023 % 3 | 4.5E-5 6 |
| CE M | 196.3 3 | 0.0068 % 20 | 1.3E-5 4 |
| CE O | 196.79 15 | 0.0037 % 4 | 7.2E-6 8 |
| CE N | 197.43 20 | 0.0142 % 17 | 2.8E-5 3 |
| CE O | 198.02 20 | 0.0021 % 3 | 4.3E-6 5 |
| CE N | 198.6 3 | 0.0016 % 5 | 3.2E-6 10 |
| CE O | 199.2 3 | 2.5E-4 % 7 | 4.9E-7 15 |
| CE M | 204.86 6 | 0.030 % 4 | 6.1E-5 8 |
| CE M | 204.86 6 | 0.009 % 3 | 1.7E-5 6 |
| CE N | 207.26 6 | 0.0071 % 10 | 1.47E-5 20 |
| CE N | 207.26 6 | 0.0020 % 7 | 4.2E-6 14 |
| CE O | 207.85 6 | 3.1E-4 % 10 | 6.5E-7 22 |
| CE O | 207.85 6 | 0.00108 % 15 | 2.2E-6 3 |
| CE K | 209.06 6 | 0.037 % 9 | 7.7E-5 19 |
| CE L | 210.84 5 | 0.0237 % 16 | 5.0E-5 3 |
| CE K | 214.35 10 | 0.15 % 3 | 3.2E-4 6 |
| CE M | 220.76 5 | 0.0054 % 4 | 1.20E-5 8 |
| CE K | 220.88 12 | 0.39 % 4 | 8.6E-4 9 |
| CE L | 222.53 12 | 0.00236 % 20 | 5.2E-6 4 |
| CE N | 223.16 5 | 0.00131 % 9 | 2.92E-6 20 |
| CE O | 223.75 5 | 2.18E-4 % 15 | 4.9E-7 3 |
| CE M | 232.45 12 | 5.4E-4 % 4 | 1.25E-6 10 |
| CE N | 234.85 12 | 1.30E-4 % 11 | 3.1E-7 3 |
| CE O | 235.44 12 | 2.17E-5 % 18 | 5.1E-8 4 |
| CE L | 269.96 6 | 0.014 % 3 | 3.8E-5 7 |
| CE L | 275.25 10 | 0.047 % 4 | 1.29E-4 12 |
| CE M | 279.88 6 | 0.0035 % 7 | 9.8E-6 19 |
| CE L | 281.78 12 | 0.164 % 18 | 4.6E-4 5 |
| CE N | 282.28 6 | 8.4E-4 % 16 | 2.4E-6 5 |
| CE O | 282.87 6 | 1.3E-4 % 3 | 3.7E-7 7 |
| CE M | 285.17 10 | 0.0114 % 11 | 3.3E-5 3 |
| CE K | 287.22 5 | 0.456 % 21 | 0.00131 6 |
| CE N | 287.57 10 | 0.0028 % 3 | 8.0E-6 7 |
| CE O | 288.16 10 | 4.4E-4 % 4 | 1.26E-6 12 |
| CE M | 291.70 12 | 0.041 % 4 | 1.19E-4 13 |
| CE N | 294.10 12 | 0.0098 % 11 | 2.9E-5 3 |
| CE O | 294.69 12 | 0.00152 % 17 | 4.5E-6 5 |
| CE K | 297.37 5 | 0.775 % | 0.00231 |
| CE K | 306.16 12 | 0.0225 % 13 | 6.9E-5 4 |
| CE K | 323.49 6 | 0.182 % 9 | 5.9E-4 3 |
| CE K | 333.35 6 | 0.82 % 19 | 0.0027 6 |
| CE K | 333.35 6 | 0.143 % 24 | 4.8E-4 8 |
| CE K | 346.76 12 | 0.0145 % 8 | 5.0E-5 3 |
| CE L | 348.12 5 | 0.155 % 7 | 5.39E-4 25 |
| CE K | 357.75 7 | 0.0229 % 16 | 8.2E-5 6 |
| CE M | 358.04 5 | 0.0379 % 18 | 1.36E-4 6 |
| CE L | 358.27 5 | 0.249 % | 8.91E-4 |
| CE N | 360.44 5 | 0.0092 % 4 | 3.30E-5 15 |
| CE O | 361.03 5 | 0.00144 % 7 | 5.21E-6 24 |
| CE L | 367.06 12 | 0.00348 % 20 | 1.28E-5 7 |
| CE M | 368.19 5 | 0.0607 % | 2.23E-4 |
| CE N | 370.59 5 | 0.01467 % | 5.44E-5 |
| CE O | 371.18 5 | 0.00232 % | 8.61E-6 |
| CE K | 373.94 8 | 0.053 % 3 | 2.00E-4 13 |
| CE M | 376.98 12 | 7.9E-4 % 5 | 2.99E-6 17 |
| CE N | 379.38 12 | 1.92E-4 % 11 | 7.3E-7 4 |
| CE O | 379.97 12 | 3.25E-5 % 19 | 1.23E-7 7 |
| CE L | 384.39 6 | 0.056 % 3 | 2.15E-4 10 |
| CE L | 394.25 6 | 0.038 % 6 | 1.52E-4 24 |
| CE L | 394.25 6 | 0.209 % 22 | 8.2E-4 9 |
| CE M | 394.31 6 | 0.0136 % 6 | 5.4E-5 3 |
| CE N | 396.71 6 | 0.00330 % 16 | 1.31E-5 6 |
| CE O | 397.30 6 | 5.23E-4 % 25 | 2.08E-6 10 |
| CE M | 404.17 6 | 0.0092 % 14 | 3.7E-5 6 |
| CE M | 404.17 6 | 0.050 % 5 | 2.02E-4 19 |
| CE N | 406.57 6 | 0.0022 % 3 | 9.1E-6 14 |
| CE N | 406.57 6 | 0.0120 % 11 | 4.9E-5 5 |
| CE O | 407.16 6 | 0.00195 % 21 | 7.9E-6 9 |
| CE O | 407.16 6 | 3.6E-4 % 6 | 1.46E-6 23 |
| CE L | 407.66 12 | 0.00222 % 12 | 9.1E-6 5 |
| CE K | 411.36 20 | 0.013 % 3 | 5.2E-5 12 |
| CE K | 416.89 7 | 0.0132 % 8 | 5.5E-5 3 |
| CE M | 417.58 12 | 5.1E-4 % 3 | 2.12E-6 12 |
| CE L | 418.65 7 | 0.00349 % 24 | 1.46E-5 10 |
| CE N | 419.98 12 | 1.23E-4 % 7 | 5.2E-7 3 |
| CE O | 420.57 12 | 2.08E-5 % 11 | 8.8E-8 5 |
| CE M | 428.57 7 | 8.0E-4 % 5 | 3.41E-6 23 |
| CE K | 428.68 8 | 0.0201 % 13 | 8.6E-5 6 |
| CE N | 430.97 7 | 1.93E-4 % 13 | 8.3E-7 6 |
| CE O | 431.56 7 | 3.27E-5 % 22 | 1.41E-7 10 |
| CE L | 434.84 8 | 0.0148 % 10 | 6.4E-5 4 |
| CE K | 444.68 7 | 0.191 % 10 | 8.5E-4 4 |
| CE M | 444.76 8 | 0.00357 % 23 | 1.59E-5 10 |
| CE N | 447.16 8 | 8.6E-4 % 6 | 3.86E-6 25 |
| CE O | 447.75 8 | 1.38E-4 % 9 | 6.2E-7 4 |
| CE L | 472.26 20 | 0.0033 % 7 | 1.5E-5 3 |
| CE L | 477.79 7 | 0.00338 % 21 | 1.62E-5 10 |
| CE M | 482.18 20 | 7.9E-4 % 17 | 3.8E-6 8 |
| CE K | 484.08 7 | 0.382 % 18 | 0.00185 9 |
| CE N | 484.58 20 | 1.9E-4 % 4 | 9.2E-7 20 |
| CE O | 485.17 20 | 3.1E-5 % 7 | 1.5E-7 3 |
| CE M | 487.71 7 | 8.1E-4 % 5 | 3.97E-6 24 |
| CE L | 489.58 8 | 0.0051 % 3 | 2.48E-5 16 |
| CE N | 490.11 7 | 1.97E-4 % 12 | 9.7E-7 6 |
| CE O | 490.70 7 | 3.18E-5 % 19 | 1.56E-7 10 |
| CE K | 495.43 7 | 0.354 % 17 | 0.00175 8 |
| CE M | 499.50 8 | 0.00121 % 8 | 6.1E-6 4 |
| CE N | 501.90 8 | 2.95E-4 % 19 | 1.48E-6 10 |
| CE O | 502.49 8 | 4.8E-5 % 3 | 2.39E-7 16 |
| CE L | 505.58 7 | 0.0289 % 15 | 1.46E-4 7 |
| CE M | 515.50 7 | 0.0066 % 3 | 3.38E-5 18 |
| CE N | 517.90 7 | 0.00159 % 8 | 8.3E-6 4 |
| CE O | 518.49 7 | 2.71E-4 % 14 | 1.41E-6 7 |
| CE K | 531.27 7 | 0.424 % 21 | 0.00226 11 |
| CE L | 544.98 7 | 0.089 % 4 | 4.85E-4 23 |
| CE M | 554.90 7 | 0.0212 % 10 | 1.18E-4 6 |
| CE L | 556.33 7 | 0.080 % 4 | 4.48E-4 22 |
| CE K | 557.04 16 | 0.0110 % 13 | 6.1E-5 7 |
| CE N | 557.30 7 | 0.00516 % 24 | 2.88E-5 14 |
| CE O | 557.89 7 | 8.4E-4 % 4 | 4.68E-6 22 |
| CE M | 566.25 7 | 0.0191 % 9 | 1.08E-4 5 |
| CE N | 568.65 7 | 0.00464 % 22 | 2.64E-5 13 |
| CE O | 569.24 7 | 7.6E-4 % 4 | 4.32E-6 21 |
| CE K | 582.15 8 | 0.015 % 13 | 9E-5 8 |
| CE L | 592.17 7 | 0.094 % 5 | 5.6E-4 3 |
| CE M | 602.09 7 | 0.0223 % 11 | 1.34E-4 7 |
| CE N | 604.49 7 | 0.0054 % 3 | 3.26E-5 16 |
| CE O | 605.08 7 | 8.8E-4 % 4 | 5.4E-6 3 |
| CE K | 616.17 8 | 0.00228 % 23 | 1.40E-5 14 |
| CE L | 617.94 16 | 0.00164 % 20 | 1.01E-5 12 |
| CE M | 627.86 16 | 3.7E-4 % 5 | 2.3E-6 3 |
| CE N | 630.26 16 | 9.0E-5 % 11 | 5.7E-7 7 |
| CE O | 630.85 16 | 1.54E-5 % 19 | 9.7E-8 12 |
| CE L | 643.05 8 | 0.0029 % 17 | 1.8E-5 11 |
| CE K | 652.35 8 | 0.0108 % 5 | 7.0E-5 3 |
| CE M | 652.97 8 | 7E-4 % 4 | 4E-6 3 |
| CE N | 655.37 8 | 1.7E-4 % 10 | 1.1E-6 7 |
| CE O | 655.96 8 | 2.8E-5 % 17 | 1.8E-7 11 |
| CE L | 677.07 8 | 4.7E-4 % 5 | 3.2E-6 3 |
| CE M | 686.99 8 | 1.10E-4 % 11 | 7.5E-7 8 |
| CE N | 689.39 8 | 2.7E-5 % 3 | 1.84E-7 19 |
| CE O | 689.98 8 | 4.4E-6 % 5 | 3.0E-8 3 |
| CE K | 694.70 8 | 0.0143 % 8 | 9.9E-5 5 |
| CE L | 713.25 8 | 0.00158 % 7 | 1.13E-5 5 |
| CE M | 723.17 8 | 3.58E-4 % 17 | 2.59E-6 12 |
| CE N | 725.57 8 | 8.7E-5 % 4 | 6.3E-7 3 |
| CE O | 726.16 8 | 1.49E-5 % 7 | 1.08E-7 5 |
| CE K | 755.12 7 | 0.0076 % 7 | 5.8E-5 5 |
| CE L | 755.60 8 | 0.00276 % 15 | 2.09E-5 11 |
| CE K | 765.27 12 | 0.00245 % 13 | 1.88E-5 10 |
| CE M | 765.52 8 | 6.5E-4 % 4 | 5.0E-6 3 |
| CE N | 767.92 8 | 1.57E-4 % 9 | 1.21E-6 7 |
| CE O | 768.51 8 | 2.62E-5 % 14 | 2.01E-7 11 |
| CE L | 816.02 7 | 0.00111 % 10 | 9.1E-6 8 |
| CE M | 825.94 7 | 2.52E-4 % 22 | 2.08E-6 18 |
| CE L | 826.17 12 | 3.57E-4 % 19 | 2.95E-6 16 |
| CE N | 828.34 7 | 6.1E-5 % 5 | 5.1E-7 4 |
| CE O | 828.93 7 | 1.05E-5 % 9 | 8.7E-8 8 |
| CE M | 836.09 12 | 8.1E-5 % 4 | 6.8E-7 4 |
| CE N | 838.49 12 | 1.97E-5 % 11 | 1.65E-7 9 |
| CE O | 839.08 12 | 3.38E-6 % 18 | 2.84E-8 15 |
| CE K | 878.4 3 | 9.8E-4 % 16 | 8.6E-6 14 |
| CE L | 939.3 3 | 1.5E-4 % 3 | 1.42E-6 24 |
| CE M | 949.3 3 | 3.5E-5 % 6 | 3.3E-7 5 |
| CE N | 951.6 3 | 8.4E-6 % 14 | 8.0E-8 13 |
| CE O | 952.2 3 | 1.46E-6 % 24 | 1.39E-8 23 |
| CE K | 962.18 20 | 0.00352 % 24 | 3.39E-5 23 |
| CE L | 1023.08 20 | 5.1E-4 % 3 | 5.2E-6 4 |
| CE M | 1033.00 20 | 1.15E-4 % 8 | 1.18E-6 8 |
| CE N | 1035.40 20 | 2.79E-5 % 19 | 2.89E-7 19 |
| CE O | 1035.99 20 | 4.8E-6 % 3 | 5.0E-8 3 |
| CE K | 1049.9 3 | 2.0E-4 % 4 | 2.1E-6 5 |
| CE K | 1059.90 20 | 5.3E-4 % 4 | 5.6E-6 4 |
| CE L | 1110.8 3 | 4.3E-5 % 9 | 4.7E-7 10 |
| CE M | 1120.8 3 | 1.01E-5 % 22 | 1.13E-7 25 |
| CE L | 1120.80 20 | 7.6E-5 % 5 | 8.6E-7 6 |
| CE N | 1123.1 3 | 2.5E-6 % 5 | 2.8E-8 6 |
| CE O | 1123.7 3 | 4.1E-7 % 9 | 4.6E-9 10 |
| CE K | 1126.37 12 | 4.9E-4 % 3 | 5.6E-6 3 |
| CE M | 1130.72 20 | 1.72E-5 % 12 | 1.95E-7 13 |
| CE N | 1133.12 20 | 4.2E-6 % 3 | 4.7E-8 3 |
| CE O | 1133.71 20 | 7.2E-7 % 5 | 8.2E-9 6 |
| CE L | 1187.27 12 | 7.1E-5 % 4 | 8.4E-7 5 |
| CE M | 1197.19 12 | 1.59E-5 % 10 | 1.91E-7 12 |
| CE N | 1199.59 12 | 3.88E-6 % 24 | 4.7E-8 3 |
| CE O | 1200.18 12 | 6.7E-7 % 4 | 8.0E-9 5 |
| CE K | 1250.43 18 | 4.5E-4 % 7 | 5.7E-6 8 |
| CE L | 1311.33 18 | 6.4E-5 % 9 | 8.4E-7 12 |
| CE K | 1313.08 12 | 6.4E-4 % 5 | 8.4E-6 7 |
| CE M | 1321.25 18 | 1.45E-5 % 21 | 1.9E-7 3 |
| CE K | 1323.37 14 | 0.00136 % 11 | 1.80E-5 15 |
| CE N | 1323.65 18 | 3.5E-6 % 5 | 4.7E-8 7 |
| CE O | 1324.24 18 | 6.1E-7 % 9 | 8.1E-9 12 |
| CE L | 1373.98 12 | 1.20E-4 % 10 | 1.65E-6 13 |
| CE M | 1383.90 12 | 2.81E-5 % 23 | 3.9E-7 3 |
| CE L | 1384.27 14 | 2.21E-4 % 19 | 3.1E-6 3 |
| CE N | 1386.30 12 | 6.8E-6 % 6 | 9.5E-8 8 |
| CE O | 1386.89 12 | 1.15E-6 % 9 | 1.60E-8 13 |
| CE M | 1394.19 14 | 5.1E-5 % 4 | 7.1E-7 6 |
| CE N | 1396.59 14 | 1.24E-5 % 10 | 1.74E-7 15 |
| CE O | 1397.18 14 | 2.15E-6 % 18 | 3.0E-8 3 |
| CE K | 1421.0 3 | 2.2E-4 % 3 | 3.1E-6 5 |
| CE L | 1481.9 3 | 4.0E-5 % 6 | 5.9E-7 9 |
| CE M | 1491.9 3 | 9.2E-6 % 14 | 1.38E-7 21 |
| CE N | 1494.2 3 | 2.3E-6 % 3 | 3.4E-8 5 |
| CE O | 1494.8 3 | 3.8E-7 % 6 | 5.7E-9 9 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 8.91 | 31.9 % 16 | 0.00285 15 |
| XR kα2 | 61.486 | 24.6 % 12 | 0.0151 8 |
| XR kα1 | 63.0 | 41.9 % 21 | 0.0264 13 |
| XR kβ3 | 71.079 | 4.91 % 24 | 0.00349 17 |
| XR kβ1 | 71.414 | 9.5 % 5 | 0.0068 3 |
| XR kβ2 | 73.363 | 3.32 % 17 | 0.00244 12 |
| 97.93 15 | 0.091 % 13 | 8.9E-5 13 | |
| 186.68 4 | 50 % 3 | 0.093 5 | |
| 190.52 20 | 0.127 % 24 | 2.4E-4 5 | |
| 196.85 15 | 3.2 % 3 | 0.0064 7 | |
| 198.08 20 | 1.84 % 22 | 0.0036 4 | |
| 199.3 3 | 0.22 % 7 | 4.3E-4 13 | |
| 207.91 6 | 1.12 % 16 | 0.0023 3 | |
| 207.91 6 | 0.32 % 11 | 6.7E-4 23 | |
| 223.81 5 | 3.54 % 21 | 0.0079 5 | |
| 235.50 12 | 0.40 % 3 | 9.5E-4 8 | |
| 282.93 6 | 0.45 % 9 | 0.00128 25 | |
| 288.22 10 | 1.56 % 14 | 0.0045 4 | |
| 294.75 12 | 6.3 % 7 | 0.0185 20 | |
| 361.09 5 | 12.3 % 5 | 0.0445 20 | |
| 371.24 5 | 21.6 % | 0.080 | |
| 380.03 12 | 1.92 % 11 | 0.0073 4 | |
| 397.36 6 | 6.2 % 3 | 0.0246 11 | |
| 407.22 6 | 4.3 % 7 | 0.018 3 | |
| 407.22 6 | 22.7 % 13 | 0.092 5 | |
| 420.63 12 | 1.56 % 8 | 0.0065 3 | |
| 426.2 4 | 0.024 % 9 | 1.0E-4 4 | |
| 431.62 7 | 2.59 % 17 | 0.0112 7 | |
| 447.81 8 | 2.42 % 15 | 0.0108 7 | |
| 477.8 3 | 1.73 % 20 | 0.0083 10 | |
| 485.23 20 | 0.69 % 15 | 0.0034 7 | |
| 490.76 7 | 0.74 % 4 | 0.00363 22 | |
| 502.55 8 | 1.19 % 8 | 0.0060 4 | |
| Annihil. | 511.0 | 0.06 % 4 | |
| 518.55 7 | 32.2 % 15 | 0.167 8 | |
| 557.95 7 | 28.5 % 13 | 0.159 7 | |
| 569.30 7 | 27.0 % 12 | 0.154 7 | |
| 605.14 7 | 37.8 % 18 | 0.229 11 | |
| 615.39 15 | 0.44 % 3 | 0.00274 18 | |
| 628.4 3 | 0.71 % 9 | 0.0045 6 | |
| 630.91 16 | 2.8 % 3 | 0.0176 21 | |
| ≈631 | 0.80 % 22 | 0.0050 15 | |
| 656.02 8 | 1.10 % 7 | 0.0072 5 | |
| 668.1 3 | 0.050 % 13 | 3.3E-4 9 | |
| 690.04 8 | 0.27 % 3 | 0.00185 19 | |
| 709.1 3 | 0.069 % 11 | 4.9E-4 8 | |
| 726.22 8 | 3.59 % 16 | 0.0260 12 | |
| 740.19 14 | 0.184 % 16 | 0.00136 12 | |
| 753.0 4 | 0.024 % 7 | 1.8E-4 5 | |
| 768.57 8 | 2.10 % 11 | 0.0161 8 | |
| 821.78 14 | 0.307 % 22 | 0.00252 18 | |
| ≈828 | 0.54 % 13 | 0.0045 12 | |
| 828.99 7 | 3.3 % 3 | 0.0272 23 | |
| 839.14 12 | 1.08 % 6 | 0.0091 5 | |
| 916.75 25 | 0.119 % 14 | 0.00109 12 | |
| 948.0 3 | 0.065 % 11 | 6.1E-4 10 | |
| 952.3 3 | 0.093 % 15 | 8.8E-4 15 | |
| 976.4 3 | 0.054 % 15 | 5.3E-4 15 | |
| 1036.05 20 | 2.29 % 15 | 0.0237 15 | |
| 1123.8 3 | 0.030 % 7 | 3.4E-4 7 | |
| 1133.77 20 | 0.41 % 3 | 0.0046 3 | |
| 1147.3 3 | 0.125 % 14 | 0.00144 16 | |
| 1150.7 5 | 0.032 % 9 | 3.7E-4 10 | |
| 1160.4 5 | 0.028 % 9 | 3.3E-4 10 | |
| 1200.24 12 | 0.42 % 3 | 0.0050 3 | |
| 1324.30 18 | 0.45 % 7 | 0.0060 9 | |
| 1355.6 3 | 0.065 % 7 | 8.8E-4 9 | |
| 1386.95 12 | 0.147 % 12 | 0.00204 16 | |
| 1397.24 14 | 0.143 % 12 | 0.00199 16 | |
| 1494.9 3 | 0.058 % 9 | 8.7E-4 13 | |
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 |
| 97.93 | 186.68, 190.52, 196.85, 198.08, 199.3, 207.91, 207.91, 223.81, 361.09, 371.24, 380.03, 397.36, 407.22, 407.22, 420.63, 431.62, 447.81, 557.95, 569.30, 605.14, 615.39, 628.4, 630.91, 656.02, 768.57, 828, 828.99, 839.14, 976.4, 1036.05, 1200.24, 1386.95, 1397.24 |
| 186.68 | 97.93, 190.52, 196.85, 198.08, 199.3, 207.91, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 371.24, 380.03, 397.36, 407.22, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 502.55, 518.55, 569.30, 605.14, 615.39, 628.4, 630.91, 631, 656.02, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 768.57, 821.78, 828, 828.99, 839.14, 916.75, 948.0, 952.3, 976.4, 1036.05, 1123.8, 1133.77, 1147.3, 1150.7, 1160.4, 1200.24, 1324.30, 1355.6, 1397.24, 1494.9 |
| 190.52 | 97.93, 186.68, 196.85, 198.08, 199.3, 207.91, 207.91, 223.81, 235.50, 282.93, 294.75, 361.09, 371.24, 380.03, 397.36, 407.22, 407.22, 420.63, 431.62, 447.81, 477.8, 490.76, 502.55, 518.55, 557.95, 569.30, 605.14, 615.39, 628.4, 630.91, 631, 656.02, 690.04, 726.22, 768.57, 828, 828.99, 839.14, 976.4, 1036.05, 1123.8, 1133.77, 1200.24, 1386.95, 1397.24, 1494.9 |
| 196.85 | 97.93, 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 223.81, 288.22, 361.09, 371.24, 397.36, 407.22, 407.22, 431.62, 557.95, 569.30, 605.14, 615.39, 630.91, 768.57, 828.99, 839.14, 976.4, 1200.24, 1386.95 |
| 198.08 | 97.93, 186.68, 190.52, 196.85, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 371.24, 380.03, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 518.55, 557.95, 628.4, 630.91, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 828, 916.75, 948.0, 952.3, 1147.3 |
| 199.3 | 97.93, 186.68, 190.52, 196.85, 198.08, 207.91, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 371.24, 420.63, 426.2, 431.62, 485.23, 490.76, 518.55, 557.95, 569.30, 628.4, 709.1, 726.22, 740.19, 753.0, 916.75, 948.0 |
| 207.91 | 97.93, 186.68, 190.52, 196.85, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 380.03, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 518.55, 628.4, 630.91, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 828, 916.75, 948.0, 952.3, 1147.3 |
| 207.91 | 97.93, 186.68, 190.52, 196.85, 198.08, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 371.24, 397.36, 407.22, 420.63, 426.2, 485.23, 518.55, 557.95, 569.30, 709.1, 740.19, 768.57 |
| 223.81 | 97.93, 186.68, 190.52, 196.85, 198.08, 199.3, 207.91, 207.91, 288.22, 294.75, 361.09, 371.24, 397.36, 407.22, 407.22, 485.23, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 235.50 | 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 282.93, 361.09, 371.24, 397.36, 407.22, 407.22, 490.76, 557.95, 569.30, 605.14, 615.39, 690.04, 768.57, 976.4 |
| 282.93 | 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 235.50, 361.09, 371.24, 397.36, 407.22, 407.22, 426.2, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 288.22 | 186.68, 196.85, 198.08, 199.3, 207.91, 207.91, 223.81, 361.09, 371.24, 380.03, 397.36, 407.22, 407.22, 420.63, 431.62, 447.81, 557.95, 569.30, 605.14, 615.39, 628.4, 630.91, 656.02, 768.57, 828, 828.99, 839.14, 976.4, 1036.05, 1200.24, 1386.95, 1397.24 |
| 294.75 | 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 223.81, 361.09, 371.24, 397.36, 407.22, 407.22, 431.62, 557.95, 569.30, 605.14, 615.39, 630.91, 768.57, 828.99, 839.14, 976.4, 1200.24, 1386.95 |
| 361.09 | 97.93, 186.68, 190.52, 196.85, 199.3, 207.91, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 380.03, 407.22, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 502.55, 518.55, 615.39, 628.4, 630.91, 631, 656.02, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 821.78, 828, 839.14, 916.75, 948.0, 952.3, 1036.05, 1133.77, 1147.3, 1160.4, 1324.30, 1355.6 |
| 371.24 | 97.93, 186.68, 190.52, 196.85, 198.08, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 380.03, 397.36, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 518.55, 605.14, 628.4, 630.91, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 828, 828.99, 916.75, 948.0, 952.3, 1123.8, 1147.3, 1150.7 |
| 380.03 | 97.93, 186.68, 190.52, 198.08, 207.91, 288.22, 361.09, 371.24, 447.81, 557.95, 569.30, 656.02 |
| 397.36 | 97.93, 186.68, 190.52, 196.85, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 371.24, 420.63, 426.2, 431.62, 485.23, 490.76, 518.55, 557.95, 628.4, 709.1, 726.22, 740.19, 753.0, 916.75, 948.0 |
| 407.22 | 97.93, 186.68, 190.52, 196.85, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 420.63, 426.2, 431.62, 485.23, 490.76, 518.55, 628.4, 709.1, 726.22, 740.19, 753.0, 916.75, 948.0 |
| 407.22 | 97.93, 186.68, 190.52, 196.85, 198.08, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 371.24, 420.63, 426.2, 485.23, 518.55, 557.95, 569.30, 709.1, 740.19 |
| 420.63 | 97.93, 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 288.22, 361.09, 371.24, 397.36, 407.22, 407.22, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 426.2 | 186.68, 198.08, 199.3, 207.91, 207.91, 282.93, 361.09, 371.24, 397.36, 407.22, 407.22, 490.76, 557.95, 569.30, 605.14, 615.39, 690.04, 768.57, 976.4 |
| 431.62 | 97.93, 186.68, 190.52, 196.85, 198.08, 199.3, 207.91, 288.22, 294.75, 361.09, 371.24, 397.36, 407.22, 485.23, 557.95, 569.30, 768.57 |
| 447.81 | 97.93, 186.68, 190.52, 198.08, 207.91, 288.22, 361.09, 371.24, 380.03, 477.8, 557.95, 569.30, 668.1 |
| 477.8 | 186.68, 190.52, 198.08, 207.91, 361.09, 371.24, 447.81, 557.95, 569.30, 656.02 |
| 485.23 | 186.68, 198.08, 199.3, 207.91, 207.91, 223.81, 361.09, 371.24, 397.36, 407.22, 407.22, 431.62, 557.95, 569.30, 605.14, 615.39, 630.91, 768.57, 828.99, 839.14, 976.4, 1200.24, 1386.95 |
| 490.76 | 186.68, 190.52, 198.08, 199.3, 207.91, 235.50, 361.09, 371.24, 397.36, 407.22, 426.2, 557.95, 569.30, 768.57 |
| 502.55 | 186.68, 190.52, 361.09, 631, 821.78 |
| 518.55 | 186.68, 190.52, 198.08, 199.3, 207.91, 207.91, 361.09, 371.24, 397.36, 407.22, 407.22, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 557.95 | 97.93, 190.52, 196.85, 198.08, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 380.03, 397.36, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 518.55, 605.14, 628.4, 630.91, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 828, 828.99, 916.75, 948.0, 952.3, 1123.8, 1147.3, 1150.7 |
| 569.30 | 97.93, 186.68, 190.52, 196.85, 199.3, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 380.03, 407.22, 420.63, 426.2, 431.62, 447.81, 477.8, 485.23, 490.76, 518.55, 628.4, 630.91, 668.1, 690.04, 709.1, 726.22, 740.19, 753.0, 828, 916.75, 948.0, 952.3, 1147.3 |
| 605.14 | 97.93, 186.68, 190.52, 196.85, 223.81, 235.50, 282.93, 288.22, 294.75, 371.24, 420.63, 426.2, 485.23, 518.55, 557.95, 709.1, 740.19 |
| 615.39 | 97.93, 186.68, 190.52, 196.85, 223.81, 235.50, 282.93, 288.22, 294.75, 361.09, 420.63, 426.2, 485.23, 518.55, 709.1, 740.19 |
| 628.4 | 97.93, 186.68, 190.52, 198.08, 199.3, 207.91, 288.22, 361.09, 371.24, 397.36, 407.22, 557.95, 569.30, 768.57 |
| 630.91 | 97.93, 186.68, 190.52, 196.85, 198.08, 207.91, 288.22, 294.75, 361.09, 371.24, 485.23, 557.95, 569.30 |
| 631 | 186.68, 190.52, 361.09, 502.55 |
| 656.02 | 97.93, 186.68, 190.52, 288.22, 361.09, 380.03, 477.8, 668.1 |
| 668.1 | 186.68, 198.08, 207.91, 361.09, 371.24, 447.81, 557.95, 569.30, 656.02 |
| 690.04 | 186.68, 190.52, 198.08, 207.91, 235.50, 361.09, 371.24, 426.2, 557.95, 569.30 |
| 709.1 | 186.68, 198.08, 199.3, 207.91, 207.91, 361.09, 371.24, 397.36, 407.22, 407.22, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 726.22 | 186.68, 190.52, 198.08, 199.3, 207.91, 361.09, 371.24, 397.36, 407.22, 557.95, 569.30, 768.57 |
| 740.19 | 186.68, 198.08, 199.3, 207.91, 207.91, 361.09, 371.24, 397.36, 407.22, 407.22, 557.95, 569.30, 605.14, 615.39, 768.57, 976.4 |
| 753.0 | 186.68, 198.08, 199.3, 207.91, 361.09, 371.24, 397.36, 407.22, 557.95, 569.30, 768.57 |
| 768.57 | 97.93, 186.68, 190.52, 196.85, 207.91, 223.81, 235.50, 282.93, 288.22, 294.75, 420.63, 426.2, 431.62, 485.23, 490.76, 518.55, 628.4, 709.1, 726.22, 740.19, 753.0, 916.75, 948.0 |
| 821.78 | 186.68, 361.09, 502.55 |
| 828 | 97.93, 186.68, 190.52, 198.08, 207.91, 288.22, 361.09, 371.24, 557.95, 569.30 |
| 828.99 | 97.93, 186.68, 190.52, 196.85, 288.22, 294.75, 371.24, 485.23, 557.95 |
| 839.14 | 97.93, 186.68, 190.52, 196.85, 288.22, 294.75, 361.09, 485.23 |
| 916.75 | 186.68, 198.08, 199.3, 207.91, 361.09, 371.24, 397.36, 407.22, 557.95, 569.30, 768.57 |
| 948.0 | 186.68, 198.08, 199.3, 207.91, 361.09, 371.24, 397.36, 407.22, 557.95, 569.30, 768.57 |
| 952.3 | 186.68, 198.08, 207.91, 361.09, 371.24, 557.95, 569.30 |
| 976.4 | 97.93, 186.68, 190.52, 196.85, 223.81, 235.50, 282.93, 288.22, 294.75, 420.63, 426.2, 485.23, 518.55, 709.1, 740.19 |
| 1036.05 | 97.93, 186.68, 190.52, 288.22, 361.09 |
| 1123.8 | 186.68, 190.52, 371.24, 557.95 |
| 1133.77 | 186.68, 190.52, 361.09 |
| 1147.3 | 186.68, 198.08, 207.91, 361.09, 371.24, 557.95, 569.30 |
| 1150.7 | 186.68, 371.24, 557.95 |
| 1160.4 | 186.68, 361.09 |
| 1200.24 | 97.93, 186.68, 190.52, 196.85, 288.22, 294.75, 485.23 |
| 1324.30 | 186.68, 361.09 |
| 1355.6 | 186.68, 361.09 |
| 1386.95 | 97.93, 190.52, 196.85, 288.22, 294.75, 485.23 |
| 1397.24 | 97.93, 186.68, 190.52, 288.22 |
| 1494.9 | 186.68, 190.52 |