Abstract
The ratios of negative-to-positive parity level densities in 94,96,98Mo isotopes are calculated using a microscopic formalism based on the Bardeen–Cooper–Schrieffer (BCS) model. In this calculation, the single-particle energies are obtained with the Nilsson model. Mass number, shell, and deformation effects on the parity equilibration phenomenon in these isotopes are discussed in this work.
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