Level excitation and transition probabilities of some nuclei in the lower fp-shell

TL;DR

This paper performs shell model calculations for certain nuclei in the lower fp-shell, comparing theoretical level schemes and transition probabilities with experimental data, achieving very good agreement.

Contribution

It introduces comprehensive shell model calculations using multiple effective interactions for specific fp-shell nuclei, enhancing understanding of their level structures and transition probabilities.

Findings

Excellent agreement between calculated and experimental data

Validation of effective interactions GXPF1, FPD6, KB3G

Detailed level schemes and transition strengths provided

Abstract

Unrestricted shell model calculations in the lower $fp$-shell region for the nuclei $^{46}$Ti, $^{46}$Cr and $^{46}$V have been performed for the isovector T=1 positive parity states using the shell model code OXBASH for Windows by employing the effective interactions GXPF1, FPD6 and KB3G. The level schemes and transition strengths $B$($E$2;$\downarrow$) are compared with the recently available experimental data. A very good agreement were obtained for all nuclei.