Abstract
The study of neutron-deficient Kr isotopes in mass range [Formula: see text]–80, which is in the transitional region, is quite interesting. These isotopes show different structures, particularly in [Formula: see text] shape coexistence near ground state has been observed. In this work, the multi-quasiparticle triaxial projected shell model (TPSM) is employed to study the high spin band structures and to depict [Formula: see text] deformation in [Formula: see text] nucleus. A triaxial configuration is a superposition of several K-states and the projected states result in various bands originating from the same intrinsic configuration. The yrast-, [Formula: see text]- and 2[Formula: see text] bands are studied and explained in the framework of TPSM approach.
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