Results:2 different decay possibilities were found
Dataset #1:
Author: E.A. Mccutchan and A.A. Sonzogni Citation:Nuclear Data Sheets 115, 135 (2014)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| Y | (2+,3+) | 5.8 s 2 | ε | 1.101E4 15 |
|
Beta+:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 3938 74 | 8.33E+3 15 | 26 % 3 | 1.02 10 |
| 4388 74 | 9.25E+3 15 | 74 % 7 | 3.2 3 |
Mean beta+ energy: 4.3E+3 keV 5, total beta+ intensity: 100 % 8, mean beta+ dose: 4.3 MeV/Bq-s 6
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 2.27 | 0.56 % 3 | 1.27E-5 7 |
| Auger K | 14.8 | 0.118 % 7 | 1.74E-5 10 |
| CE K | 720.53 5 | 0.1402 % | 0.001010 |
| CE L | 737.66 5 | 0.01621 % | 1.196E-4 |
| CE M | 740.03 5 | 0.00290 % | 2.14E-5 |
| CE N | 740.47 5 | 4.38E-4 % | 3.25E-6 |
| CE K | 894.23 18 | 0.0217 % | 1.94E-4 |
| CE L | 911.36 18 | 0.00248 % | 2.26E-5 |
| CE M | 913.73 18 | 4.42E-4 % | 4.04E-6 |
| CE N | 914.17 18 | 6.70E-5 % | 6.13E-7 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 2.29 | 0.0221 % 13 | 5.1E-7 3 |
| XR kα2 | 17.374 | 0.113 % 7 | 1.97E-5 12 |
| XR kα1 | 17.479 | 0.215 % 14 | 3.76E-5 24 |
| XR kβ3 | 19.59 | 0.0172 % 11 | 3.37E-6 22 |
| XR kβ1 | 19.607 | 0.0334 % 21 | 6.5E-6 4 |
| XR kβ2 | 19.965 | 0.0073 % 5 | 1.46E-6 9 |
| Annihil. | 511.0 | 200 % 16 | |
| 740.53 5 | 99.8403 % | 0.73935 | |
| 914.23 18 | 26 % | 0.24 | |
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 |
| 740.53 | 914.23 |
| 914.23 | 740.53 |
Dataset #2:
Author: E.A. Mccutchan and A.A. Sonzogni Citation:Nuclear Data Sheets 115, 135 (2014)
| Parent Nucleus | Parent E(level) | Parent Jπ | Parent T1/2 | Decay Mode | GS-GS Q-value (keV) | Daughter Nucleus | Decay Scheme | ENSDF file | ||
| X | (5+,6+,7+) | 6.4 s 8 | ε | 1.101E4 15 |
|
Beta+:
| Energy (keV) | End-point energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) |
| 2963 | 7.36E+3 15 | 74 % 14 | 2.2 4 |
| 3220 ? | 7.89E+3 15 | 25 % 11 | 0.8 4 |
Mean beta+ energy: 3.0E+3 keV 8, total beta+ intensity: 99 % 18, mean beta+ dose: 3.0 MeV/Bq-s 9
Electrons:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| Auger L | 2.27 | 1.30 % 17 | 3.0E-5 4 |
| Auger K | 14.8 | 0.27 % 4 | 4.1E-5 6 |
| CE K | 720.53 5 | 0.1402 % | 0.001010 |
| CE L | 737.66 5 | 0.01621 % | 1.196E-4 |
| CE M | 740.03 5 | 0.00290 % | 2.14E-5 |
| CE K | 894.23 18 | 0.0836 % | 7.48E-4 |
| CE L | 911.36 18 | 0.00953 % | 8.69E-5 |
| CE M | 913.73 18 | 0.001700 % | 1.554E-5 |
| CE K | 952.07 23 | 0.0543 % | 5.17E-4 |
| CE L | 969.20 23 | 0.00617 % | 5.98E-5 |
| CE M | 971.57 23 | 0.001101 % | 1.070E-5 |
Gamma and X-ray radiation:
| Energy (keV) | Intensity (%) | Dose ( MeV/Bq-s ) | |
| XR l | 2.29 | 0.052 % 7 | 1.18E-6 16 |
| XR kα2 | 17.374 | 0.26 % 4 | 4.6E-5 7 |
| XR kα1 | 17.479 | 0.50 % 8 | 8.8E-5 13 |
| XR kβ3 | 19.59 | 0.040 % 6 | 7.9E-6 12 |
| XR kβ1 | 19.607 | 0.078 % 12 | 1.53E-5 23 |
| XR kβ2 | 19.965 | 0.017 % 3 | 3.4E-6 5 |
| 445.9 4 | 25 % | 0.11 | |
| Annihil. | 511.0 | 2.0E+2 % 4 | |
| 740.53 5 | 99.8403 % | 0.73935 | |
| 914.23 18 | 99.9049 % | 0.91336 | |
| 972.07 23 | 75 % | 0.73 | |
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 |
| 445.9 | 740.53, 914.23 |
| 740.53 | 445.9, 914.23, 972.07 |
| 914.23 | 445.9, 740.53, 972.07 |
| 972.07 | 740.53, 914.23 |