Nuclear Energy Levels Scheme of 46Cr Using FPD6, FPY, and KB3G Interactions

Abstract

The 46Cr isotope nuclear energy levels were studied using low-level FP-LS shell inside the shell model calculations. Nuclear energy levels have been calculated using FPD6, KB3G, and FPY interactions in the fp-shell model space and F742 and F7MBZ in the f7/2 model space. The results are compared to one another and to the experimental data that is already accessible and specific outcomes are clearly in agreement. In addition to having a strong arrangement in the reproduced values of the energy levels scheme, the used model space interactions are the two-body matrix element in the fp-shell model space that is best fitted. Particularly below 3 MeV, the general estimation of the replicated data is good. The wave vectors and analysis are modeled in diagrammatic notation, and all inscriptions are given in this style. Utilizing the oscillator's potential, a single particle vector is built, using 40Ca as the core of the fp-shell and f7/2 model space. Results are obtained for all tested nuclei using the OXFORD BUENOS AIRES SHELL (OXBASH) model code.