Description of rare-earth and actinide nuclei in the Nilsson mean-field plus nearest-orbit pairing interaction model

The exactly solvable Nilsson mean-field plus nearest-orbit pairing model is applied to describe nuclei in actinide and rare-earth regions. Binding energies, pairing excitation energies, even-odd mass differences, and moment of inertia of low-lying excitation states for even-even nuclei of Th226-234, U230-239, Pu236-243, Er160-170, Yb166-176, Hf172-180 are calculated in both proton-proton and neutron-neutron pairing and proton-proton pairing excitation frozen cases, and compared with the corresponding experimental data.