Searching Elastic and Inelastic Coulomb Transitions in Chromium-54

The current work is based on using the transformed harmonic-oscillator wave function for harmonic-oscillator potential within the theoretical formulation of local-scaling transformation to search theoretically the charge density distributions, elastic C0 charge form factors, elastic electron scattering differential cross sections and inelastic C2 \left(0^+\rightarrow2_1^+\right) at E_x=0.83\ MeV and C4 \left(0^+\rightarrow4_1^+\right) at E_x=1.82\ MeV Coulomb form factors for 54Cr in electron scattering process off nuclei. The nuclear shell model is applied using empirical Hasper (HASP) interaction. For the computed inelastic Coulomb form factors, the effect of core-polarization is included using Tassie and Bohr-Mottelson models. The computed quantities in overall were well predicted using the adopted theory indicating the success of the present work.