A self-consistent quantal description of high-K states in the tilted-axis cranking model

Abstract

A self-consistent and quantal description of high-$K$ bands is given in the framework of the tilted-axis cranking model. (With a $\theta =90^{\circ }$ tilt angle with respect to $x$-axis, this cranking model is equivalent to the $z$-axis cranking.) The numerical results of the HFB calculations in this framework are compared with experimental data for two quasi-particle excited bands with $K^{\pi }=6^{+}$ in ${}^{178}$W.

13 pages, including 5 figures and 1 table

References in corpus (4)

• Description of Multi Quasi Particle Bands by the Tilted Axis Cranking Model
• Relativistic mean field description for the shears band mechanism in ${}^{84}$Rb
• Prolate dominance of nuclear shape caused by a strong interference between the effects of spin-orbit and l^2 terms of the Nilsson potential
• Shape coexistence and tilted-axis rotation in neutron-rich hafnium isotopes

Cited by in corpus (2)

• Nodal Lines in the Cranked HFB Overlap kernels
• A description of the yrast states in 24-Mg by the self-consistent 3D-cranking model