Results:3 different decay possibilities were found
Dataset #1:
Authors: Balraj Singh, Alexander A. Rodionov and Yuri L. Khazov Citation:Nuclear Data Sheets 109, 517 (2008)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 526.55 | 11/2- | 15.29 m 5 | β-: 0.6 % | 1165 4 |
|
Beta-:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 96.4 13 ? | 334 4 | 1.6E-4 % | 1.5E-7 |
| 152.8 15 ? | 500 4 | 3E-5 % | 5E-8 |
| 173.9 15 ? | 559 4 | 2.4E-4 % | 4E-7 |
| 306.0 16 | 905 4 | 0.003 % | 1.1E-5 |
| 641.4 17 ? | 1692 4 | ≈0 % | ≈0 |
Mean beta- energy: 0 keV AP, total beta- intensity: 0 % AP, mean beta- dose: 0 MeV/Bq-s AP
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| 786.9 | 0.004 % | 3E-5 | |
| 1133 ? | 3E-4 % | 3E-6 | |
| 1192.2 ? | 4E-5 % | 5E-7 | |
| 1358 ? | 2.0E-4 % | 3E-6 | |
Dataset #2:
Authors: Balraj Singh, Alexander A. Rodionov and Yuri L. Khazov Citation:Nuclear Data Sheets 109, 517 (2008)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| 526.56217 | 11/2- | 15.29 m 5 | IT |
|
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 3.43 | 15.13 % 19 | 5.19E-4 7 |
| Auger K | 24.6 | 1.72 % 8 | 4.23E-4 20 |
| CE K | 492.000 17 | 15.34 % 20 | 0.0755 10 |
| CE L | 521.108 17 | 2.92 % 4 | 0.01523 22 |
| CE M | 525.419 17 | 0.619 % 9 | 0.00325 5 |
| CE N | 526.353 17 | 0.1275 % 20 | 6.71E-4 10 |
| CE O | 526.545 17 | 0.01524 % 23 | 8.02E-5 12 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 4.11 | 1.63 % 9 | 6.7E-5 4 |
| XR kα2 | 29.461 | 3.88 % 11 | 0.00114 3 |
| XR kα1 | 29.782 | 7.15 % 19 | 0.00213 6 |
| XR kβ3 | 33.562 | 0.669 % 18 | 2.24E-4 6 |
| XR kβ1 | 33.624 | 1.29 % 3 | 4.34E-4 11 |
| XR kβ2 | 34.419 | 0.391 % 11 | 1.35E-4 4 |
| 526.561 17 | 80.4 % 4 | 0.4231 19 | |
Dataset #3:
Authors: Balraj Singh, Alexander A. Rodionov and Yuri L. Khazov Citation:Nuclear Data Sheets 109, 517 (2008)
| 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 | 3/2+ | 9.14 h 2 | β-: 100 % | 1165 4 |
|
Beta-:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 26.9 11 | 103 4 | 0.123 % 6 | 3.31E-5 21 |
| 50.0 12 | 184 4 | 0.075 % 5 | 3.8E-5 3 |
| 173.3 15 | 557 4 | 3.11 % 14 | 0.00539 25 |
| 248.1 16 | 757 4 | 0.59 % 3 | 0.00146 8 |
| 310.2 16 | 915 4 | 96 % 4 | 0.298 13 |
Mean beta- energy: 305 keV 17, total beta- intensity: 100 % 4, mean beta- dose: 0.305 MeV/Bq-s 21
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 3.55 | 5.25 % 4 | 1.864E-4 13 |
| Auger K | 25.5 | 0.597 % 23 | 1.52E-4 6 |
| CE K | 213.809 15 | 5.61 % | 0.01199 |
| CE L | 244.080 15 | 0.82 % | 0.00200 |
| CE M | 248.577 15 | 0.169 % | 4.2E-4 |
| CE N | 249.563 15 | 0.035 % | 8.8E-5 |
| CE O | 249.778 15 | 0.0048 % | 1.19E-5 |
| CE K | 322.41 3 | 0.0049 % 5 | 1.59E-5 15 |
| CE L | 352.68 3 | 7.2E-4 % 5 | 2.53E-6 17 |
| CE M | 357.17 3 | 1.48E-4 % 11 | 5.3E-7 4 |
| CE N | 358.16 3 | 3.11E-5 % 22 | 1.11E-7 8 |
| CE O | 358.37 3 | 4.19E-6 % 23 | 1.50E-8 8 |
| CE K | 572.200 15 | 0.0182 % 10 | 1.04E-4 6 |
| CE L | 602.471 15 | 0.00233 % 12 | 1.40E-5 7 |
| CE M | 606.968 15 | 4.75E-4 % 25 | 2.88E-6 15 |
| CE N | 607.954 15 | 1.00E-4 % 5 | 6.1E-7 3 |
| CE O | 608.169 15 | 1.40E-5 % 7 | 8.5E-8 5 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 4.29 | 0.61 % 3 | 2.61E-5 13 |
| XR kα2 | 30.625 | 1.44 % 3 | 4.40E-4 10 |
| XR kα1 | 30.973 | 2.63 % 6 | 8.14E-4 19 |
| XR kβ3 | 34.92 | 0.249 % 6 | 8.69E-5 20 |
| XR kβ1 | 34.987 | 0.480 % 11 | 1.68E-4 4 |
| XR kβ2 | 35.818 | 0.149 % 3 | 5.32E-5 12 |
| 158.197 18 | 0.289 % 14 | 4.57E-4 22 | |
| 200.19 10 | 0.012 % 5 | 2.3E-5 9 | |
| 249.794 15 | 90 % | 0.225 | |
| 358.39 3 | 0.221 % 11 | 7.9E-4 4 | |
| 373.13 10 | 0.015 % 3 | 5.7E-5 10 | |
| 407.99 2 | 0.358 % 17 | 0.00146 7 | |
| 454.2 2 | 0.0036 % 7 | 1.6E-5 3 | |
| 573.32 9 | 0.0048 % 7 | 2.7E-5 4 | |
| 608.185 15 | 2.90 % 13 | 0.0176 8 | |
| 654.432 16 | 0.0450 % 23 | 2.94E-4 15 | |
| 731.52 2 | 0.055 % 3 | 4.02E-4 24 | |
| 812.63 3 | 0.070 % 3 | 5.70E-4 24 | |
| 1062.41 2 | 0.0041 % 8 | 4.3E-5 9 | |
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 |
| 158.197 | 200.19, 249.794 (2.80E-10), 373.13, 454.2, 573.32, 654.432 |
| 200.19 | 158.197, 249.794 (2.80E-10), 373.13, 407.99, 454.2 |
| 249.794 | 158.197 (2.80E-10), 200.19 (2.80E-10), 358.39 (2.80E-10), 373.13 (2.80E-10), 454.2 (2.80E-10), 573.32 (2.80E-10), 654.432 (2.80E-10), 731.52 (2.80E-10), 812.63 (2.80E-10) |
| 358.39 | 249.794 (2.80E-10), 373.13, 454.2 |
| 373.13 | 158.197, 200.19, 249.794 (2.80E-10), 358.39, 407.99, 608.185 |
| 407.99 | 200.19, 373.13, 454.2, 573.32, 654.432 |
| 454.2 | 158.197, 200.19, 249.794 (2.80E-10), 358.39, 407.99, 608.185 |
| 573.32 | 158.197, 249.794 (2.80E-10), 407.99 |
| 608.185 | 373.13, 454.2 |
| 654.432 | 158.197, 249.794 (2.80E-10), 407.99 |
| 731.52 | 249.794 (2.80E-10) |
| 812.63 | 249.794 (2.80E-10) |