Abstract
The decay of 0.27 s to levels in the single hole nucleus have been studied using an on-line isotope separator. The and levels are found at 332.8 and 2433 keV excitation, respectively. The of has been determined to be 8.82±0.20 MeV. To complete the series of heavy odd-mass isotopes of Sn, levels in the nuclei, which are populated in the decay of also have been studied. Decay schemes are proposed for the decay of two isomers of half-lives 1.15±0.05 s and 3.7±0.1 s and for the decay of two isomers of half-lives 0.59±0.03 s and 1.20±0.05 s. Low lying negative parity states of three quasiparticle character have been observed in where isomers due to the low energy orbit are also suggested.
RADIO ACTIVITY from , isotopically separated sources: measured , , , , , , -coinc., -coinc. deduced levels, , , . Ge(Li), Si(Li), plastic and anthracene detectors, Ge(Li)-Ge(Li) and Ge(Li) - anthracene coinc., plastic detector - Ge(Li) delay.
- Received 25 October 1979
DOI:https://doi.org/10.1103/PhysRevC.22.2163
©1980 American Physical Society