In the present work, the basis space in the triaxial projected shell-model approach is
expanded to include three and five quasiparticle configurations for odd-proton systems. This …

In an effort to elucidate the rich band structures observed in odd-neutron systems, the triaxial
projected shell model approach is extended to include three-quasineutron and five …

The available data on some actinide nuclei point to certain significant features of the
rotational yrast band and other excited bands. The rotational properties of plutonium …

The projected shell model has been employed to study the energy levels and alignment
frequencies of the normally deformed bands of light lutetium isotopes. Band head spins and …

In this study, the nuclear structure properties of Tm isotopes with neutron numbers 91, 93,
95, and 97 were investigated using the projected shell model. PSM calculations for doubly …

The projected shell model (PSM) was employed to study the signature inversion of 160 Tm
and 161 Tm isotopes. The Hamiltonian of these isotopes were constructed and solved to …

A microscopic high spin study of neutron deficient and normally deformed 133,135,137 Sm
has been carried out in projected shell model framework. The theoretical results have been …

The positive-parity yrast bands of 79, 81, 83, 85, 87, 89 Y isotopes have been studied using
the projected shell model (PSM). Nuclear-structure properties like yrast spectra, transition …

Rotational bands of the deformed proton emitter 141 Ho are studied by using the projected
shell model. The known experimental states are well reproduced. Strongly suppressed γ …

A systematic study of band structures of some odd mass Samarium isotopes with neutron
numbers 91≤ N≤ 95 is carried out by employing projected shell model. The theoretical …