ROTATIONALLY SINGLE-PARTICLE AND VIBRATIONAL EXCITED STATES OF DEFORMABLE ODD NUCLEI WITH SMALL NONAXIALITY

Abstract

Rotationally single-particle and vibrational excitations of deformable odd nuclei with small nonaxiality are investigated with allowance for the interaction of collective and single-particle states. The ratios of excitation energies, of reduced probabilities of E2 transitions, and of quadrupole moments for deformable odd nuclei with small nonaxiality are calculated up to high-spin states.