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LBL-2347 Based on the microscopic cr~king model, the moment-of-inertia parameter J o and the force constant CVMI associated with the variable-moment-of-inertia model are calculated microscopically for rare-earth nuclei. Higher-order effects representing quadrupole and hexadecapole centrifugal stretching, proton and neutron Coriolis-~ti=pairing effects and fourth-order cranking correction are included. The present calculations are able to reproduce the trend and the magnitude of both Jo~d CVMI fairly well with discrepancies r~ging from 10 to 40 percent. NUCLEAR STRUCTURE rare earth even-even nuclei, calculated moment-of-inertia ~d force constant. Variable-moment-ofinertia model, cranking model. Coriolis-anti-pairing effect, fourth-order cranking, centrifugal stretching.

Microscopic study of the variable-moment-of-inertia model for rare-earth nuclei