Form factors calculations for some p-shell nuclei with core polarization effect using NuShellX

Abstract

Longitudinal form factors for inelastic electron scattering are studied using the nuclear practical potential to calculate the nucleon-nucleon interaction (NN). Inelastic longitudinal electron scattering form factors including angular momentum and momentum transfer. Longitudinal inelastic shell model and core polarization (CP) effects, electron-scattering form factors, they were examined for 6Li, 7Li ,10B and 13C nuclei have used NuShellX with the potential harmonic-oscillator (HO), the single-particle matrix elements were measured, and inelastic electron-scattering form factors were measured. And then compared with the available experimental data. The results show that the model space is well describe the form factors in NushellX rather than the core-polarization. The comparison shows the NuShellX results of core polarization for longitudinal forms factors have good agreement with available experimental data.