Abstract
Inelastic electron scattering for selected nuclei 17O,19F and 48Ca are investigated by considering the energies of higher configurations outside core 16O and 40Ca cores. Higher energy configurations, called core polarization effects. Bohr-Mottelson calculations were also conducted to study the form factors of the above-mentioned nuclei using Oxbash. The predicted form factors were compared to the experimental data available. The effect of higher excited configurations is found to be essential in the dynamic transfer dependence of the form factors and is remarkably well aligned with the measured data.
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