Abstract
The half-lives of the following states have been measured by delayed coincidence techniques the 1 + 548 keV state in 52Mn; the 1 2 − 1504.7 keV state in 57Co and the 1 2 + 148.9 keV state in 123I. The result for 52Mn is discussed in terms of the seniority selection rules and compared with the prediction of the shell-model calculation of McCullen et al. The experimental result for 57Co is discussed in terms of single-particle and collective states, and the result for 123I is compared with the prediction of the Kisslinger and Sorensen model.
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