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Phase transition in odd-N isotopes99,101,103 Pd are investigated via the E-GOS(E-Gamma Over Spin)curves, which strongly suggest a structure evolution from vibration to rotation along the yrast lines with increasing spin. Theoretical calculations have been performed for the ground state bands of99,101,103 Pd in the framework of the cranked shell model(CSM) and the alignment properties observed experimentally are analyzed employing this model. The results show that the phase transition in the ground state bands of99,101,103 Pd can be interpreted as the valence nucleons start to occupy the g9/2proton orbitals with increasing spin which would polarize the core to a small, but rigid quadrupole deformation.
Phase transition in odd-N isotopes 99, 101, 103 Pd are investigated via the E-GOS (E-Gamma Over Spin) curves, which strongly suggest a structure evolution from vibration to rotation along the yrast lines with increasing spin. the ground state bands of 99,101,103 Pd in the framework of the cranked shell model (CSM) and the alignment properties observed experimentally employedally employed this model. The results show that the phase transition in the ground state of the bands of99,101,103 Pd can be interpreted as the valence nucleons start to occupy the g9 / 2proton orbitals with increasing spin which would polarize the core to a small, but rigid quadrupole deformation.