Abstract :
The elastic and inelastic electron scattering form factors, reduced transition probabilities and the charge
density distribution for the 19F nuclei have been studied with and without effective charge on the sdpf-model space
and Tassie model. The harmonic oscillator and Skyrme potentials have been used to calculate the wave functions of
radial single-particle matrix elements. The shell model code NuShell @ MSU is used to obtain the results. The
present work includes the transitions from ground state to the (1/2+ 1/2), (3/2+ 1/2), (5/2+ 1/2) states. The results of
the reduced transition probabilities and the charge density distribution are reasonable descriptions of the experimental
data. Very good agreements are obtained for the form factors in this study.
Keyword :
shell model, (e, e) inelastic longitudinal form factors, core-polarization effects, NuShell, Nuclear Structure.