Abstract
Variation after projection (VAP) calculations in conjunction with Hartree-Bogoliubov (HB) ansatz have been carried out for N=60, 62 isotones in the mass region A=100. In this framework, the yrast spectra with JΠ ≥ 10+ B(E2) transition probabilities, quadrupole deformation parameter and occupation numbers for various shell model orbits have been obtained. The results of calculations indicate that the simultaneous increase in polarization of p1/2, p3/2 and f5/2 proton sub-shells is a significant factor into the development of the deformation in neutron rich isotones in the mass region A=100.
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