Single particle motion and moments of inertia of deformed nuclei

The single particle energy levels and the corresponding functions of a nucleon in a deformed nucleus, of the pure ellipsoidal shape, have been calculated as functions of the deformation parameter β in the range -0.5≤β≤0.5 with a step 0.1 and the non-axiality parameter γ, which is considered to take values 00, 100, 200, 300. We present the single-particle energy level in a deformed nucleus as functions of the deformation parameter β in two cases: γ=00 and γ=300 for all allowed values of N(0≤N≤7). Moreover, the moments of inertia of the nuclei and 28Si are calculated in framework of the nuclear superfluidity model in the range 0.2≤β≤0,4. (Authors)