Study of charge density distributions and elastic electron scattering cross sections for some stable nuclei

Abstract EN

In this work, the charge density distributions and elastic electron scattering cross sections have been calculated for stable 10B, 19F, 20Ne, 27Al and 31P nuclei.

The radial wave functions of Woods-Saxon potential are used to fulfill the calculations in shell model.

The parameters of Woods-Saxon potential are fixed so as to regenerate the available experimental size radii and single-nucleon binding energy of the last proton and neutron on Fermi's surface, besides, The configuration mixing have been applied using CKII (for 10B) and SDBA (for 19F, 20Ne, 27Al and 31P) interactions.