Abstract
The decay of 101Mo to levels in 101Tc has been studied using the three-parameter (γ-γ-t) coincidence system of HpGe-HpGe detectors. According to the coincidence data, the decay scheme was modified. The positions of 221.80, 318.00, 377.90, 452.50, 515.42, 1011.05 and 1759.72 keV transitions have been arranged again, the transition positions of 104.70, 105.95 and 774.15 keV gamma-rays have been assigned for the first time, the positions of 169.00, 590.91, 980.52 and 1431.68 keV transitions have been reconfirmed, the 1508.01 keV gamma-ray was observed simultaneously for the first time and its transition position has been assigned. The β-intensities and the values of log ft of most levels were calculated.
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Shuifa, S., Yan, L., Shuanghui, S. et al. The Study of 101Mo Decay. Journal of Radioanalytical and Nuclear Chemistry 245, 629–636 (2000). https://doi.org/10.1023/A:1006746318704
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DOI: https://doi.org/10.1023/A:1006746318704