Abstract
The spectra and the electromagnetic transitions of the nuclei ${}^{51}$Ca and ${}^{51}$Sc with 11 nucleons in the f-p shell are described in the nuclear shell-model approach by using two different two-body effective interactions. The full f-p shell basis functions are used with no truncation. The new parallel shell-model computer code DUPSM (Drexel University parallel shell model), that we recently developed, has been used. The calculations have been done on the MOSIX parallel machine at the Hebrew University of Jerusalem.
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