CORIOLIS ANTIPAIRING EFFECTS ON GROUND-STATE MOMENTS OF INERTIA

Abstract

Anti-pairing effects of the Coriolis force are treated by applying the Bogoliubov transformation in a single-particle basis of the rotating reference system. The approach leads to state dependent anti-pairing forces. In the cranking model approximation, the calculated ground-state moments of inertia show improved agreements with experimental observations for the rare-earth nuclei.