Full major-shell calculation for states that were degenerate in a single-j-shell calculation

Abstract

A full fp calculation is performed for states which were degenerate in a single-j-shell calculation in which isospin-zero two-body matrix elements were set to zero energy. Most of the splitting in a complete shell calculation (but not all) comes from the T=0 part of the interaction.

5 pages, RevTeX4. Submitted to Physical Review C

References in corpus (5)

• Degeneracies when T=0 Two Body Matrix Elements are Set Equal to Zero and Regge's 6j Symmetry Relations
• Degeneracies when T=0 Two Body Interacting Matrix Elements are Set Equal to Zero : Talmi's method of calculating coefficients of fractional parentage to states forbidden by the Pauli principle
• Effects of T=0 two body matrix elements on M1 and Gamow-Teller transitions: isospin decomposition
• Unfolding the Effects of the T=0 and T=1 Parts of the Two-Body Interaction on Nuclear Collectivity in the f-p Shell
• Degeneracies when only T=1 two-body interactions are present

Cited by in corpus (2)

• Partial conservation of seniority and its unexpected influence on E2 transitions in $g_{9/2}$ nuclei
• Shell Model Symmetries-Honoring Franco Iachello