Abstract
A neutro-proteon weak-coupling model calculation is performed on the deformed regions of Zr and Mo isotopes. The simultaneous occupation of neutrons and protons of spin-orbit partner orbitals plays a crucial role in determining the onset of deformation. It is shown that the ground rotational band can be produced qualitatively by the isoscalar component of the n-p interaction in the100, 102Zr and102–106Mo isotopes.
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