Study of Nuclear Structure of 42-43 Ti isotopes by using F7MBZ & F742 interactions

Abstract

In this work, The energy levels and lowered electric quadruple transition probability B(E2)  were calculated with the use of the OXBASH code in the F7shell and the F7MBZ& F742 effective interaction for the 42-43Ti isotopes. All nucleon combinations in the)  0 7/2, 1 3/2, 0 5/2, and 1 1/2 ( orbits are included in the model space. Additionally, the shell model does a good in describing the invading states' energies. Computations have been done using effective interactions F7MBZ and F742 in full f7 space, As well as the shell model, Lowlying states, and binding energies computed, and it was found that the calculated rates of electric quadrupole transitions between the isotopes 42-43Ti were consistent with the existing experimental published data.