Abstract
The projected shell model calculational framework is employed here for studying the nuclear structure determining properties such as high-spin yrast spectra, B(E2) transition probabilities and g-factors for neutron-deficient 122–128Ba isotopes. It turns out that a dip in B(E2) values and a peak in g-factors are correlated with crossing of the ground state band by multi-quasiparticle bands and alignment of a pair of protons in 1h11/2 subshell.
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