Shell Closure N = 82 nuclei interpretation by the Cranked Nilsson-Strutinsky Model : 136-138Ce
Abstract
A theoretical studying of nuclei in the shell
closure region (N =82), in particular cerium isotopes 136-138Ce, has
been made in the frame of macroscopic-microscopic, Cranked Nilsson Strutinsky
(CNS)model. Many nuclear properties have been calculated and discussed: the
single particle energy, the total energy, the liquid drop energy, the moments
of inertia, the deformation parameters, the nuclei shape, and potential energy surfaces (PES) have been
presented. High spin rotational bands of these isotopes have been
studied and interpreted based on fixed configurations in the frame of CNS code.
A good agreement is found with the observed results for these nuclei in the
recent works.
Keywords
References
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