Projected shell model study for the yrast-band structure of the proton-rich mass-80 nuclei

Abstract

A systematic study of the yrast-band structure for the proton-rich, even-even mass-80 nuclei is carried out using projected shell model approach. We describe the the energy spectra, transition quadrupole moments and gyromagnetic factors. The observed variations in energy spectra and transition quadrupole moments in this mass region are discussed in terms of the configuration mixing of the projected deformed Nilsson states as a function of shell filling.

22 pages, 7 figures

References in corpus (6)

• The realistic collective nuclear Hamiltonian
• A Full $PF$ Shell Model Study of a~=~48 Nuclei
• Triaxial projected shell model approach
• Cranked shell model and isospin symmetry near N=Z
• On the Backbending Mechanism of ${}^{48}$Cr
• Anomalous Crossing Frequency in Odd Proton Nuclei

Cited by in corpus (10)

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• Shape transition and oblate-prolate coexistence in N=Z fpg-shell nuclei
• Investigation of doublet-bands in ${}^{124,126,130,132}$Cs odd-odd nuclei using triaxial projected shell model approach
• Anomalous rotational-alignment in N=Z nuclei and residual neutron-proton interaction
• Projected shell model study of odd-odd f-p-g shell proton-rich nuclei
• Observation of a $\gamma$-band based on two-quasiparticle configuration in ${}^{70}$Ge
• Prolate-to-oblate transition and backbending along the yrast line induced by quasiparticle alignment