Inelastic longitudinal C6 electron scattering form factors in Ti-50, (residual interaction consideration)‎

Abstract EN

The single orbit 1f7 / 2 has been adopted as a model space.

The use of modern realistic M3Y effective nucleon-nucleon interaction with two sets of fitting parameters (Ried fitting (M3Y-P1), and Paris fitting (M3Y-P0)) beside the use of MSDI has been done as a residual interactions within the calculation of core polarization effects in Inelastic longitudinal electron scattering C6 form factor in Ti-50 within the framework of first order perturbation theory (microscopic theory) with 2ћω excitation energy coupling the core orbits to the higher configurations one across the model space at normal transition.

Harmonic oscillator wave functions (H.O) has been adopted as a single particle wave functions in 1f7 / 2 and with the aid of F7MBZ model space 1f7 / 2 effective interaction to generate the model space wave functions.

The present results have been compared with the experimental data.

PACS : -21.60 Cs ; 23.20-g ; 24.10 Cu ; 25.30 Dh ; 27.40-Z.