Core polarization effects for ¹³C and ¹⁵N nuclei and inelastic longitudinal form factors

College of Engineering, University of Sulaimani, Sulaymaniyah, Iraq

^* Corresponding author: eman.rashed@univsul.edu.iq

Abstract

In combination with the global set of two-body correlations (FC’s), comprising tensor correlations (TCs) as well as short-range correlations (SRCs), you get light nuclei 13C and 15N inelastic longitudinal C2 form factors and new efficient distance nucleonic system’s two-body density operator in this research. Nucleon-nucleon interactions are described with reference to these correlations incorporating intense short- range repulsion with robust tensor force. Adjusting for core polarization effects. Using these operators, we can observe the shape of transition model with calculating of two-body charge densities (2BCDD’s) at ground states, as subsequent experiment distributions; This transition 13C from ground state(J_i^π, T): (−1/2 , 1/2) to the state (J_f^π, T): (−3/2 , 1/2) with an excitation energy (E_x) = 3.68 Mev and from ground state (J_i^π, T): (−3/2 , 1/2) to the state (J_f^π, T): (−5/2 , 1/2) with an excitation energy (E_x) = 7.55 Mev and ¹⁵N nucleus from ground state (J_i^π, T): (−1/2 , 1/2) to the state (J_f^π, T): (−3/2 , 1/2) having an excitation energy (Ex) = 6.32 Mev to calculating the inelastic longitudinally form factors C2 pertaining to the charge density, specifically focusing on the excitation of the mentioned levels.