Study of nuclear structure properties of some neutron-rich titanium nuclei

The study of neutron-rich Titanium (Ti) isotopes constantly attract interest both in experimental and theoretical research. Previously, various groups identified the level scheme for ^52,54,56Ti. Zhu et.al. further expanded the ⁵²Ti level scheme and also determined the lifetimes of some of the identified states for the first time. With the availability of high performance computing facilities, now it has become possible to study the nuclear structure of neutron-rich nuclei in the shell model framework. Therefore, in the present work, ground state nuclear structure properties of ^52,54,56Ti isotopes have been studied in the framework of shell model by using different phenomenological interactions. The study of nuclear structure properties of neutron rich even-even Titanium nuclei has been carried out using K SHELL code. The overall calculated results for the energy levels, B(E2) and B(M1) values are in good agreement with the experimental data. The results are best reproduced by GXPF1 and GXPF1A interactions