Abstract
Evaluated and experimental neutron single-particle energies of the 88, 94, 96Sr and 90, 96, 98Zr nuclei near the Fermi energy are compared. A possibility of formation of a considerable particle-hole gap in the 94, 96Sr typical of traditional magic nuclei is investigated. Agreement is obtained between the single-particle energies calculated within the mean field model with the dispersive optical potential and the evaluated energies for the 94, 96Sr nuclei.
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