Coulomb Sums for 7^Li Nucleus at 3-Momentum Transfers q = 1.250 - 1.625 fm^{-1}

TL;DR

This paper presents measurements of Coulomb sums for the 7^Li nucleus at specific momentum transfers, comparing results with previous data for 6^Li and other nuclei to analyze nuclear structure.

Contribution

The study provides new experimental Coulomb sum data for 7^Li at multiple momentum transfers and compares these with existing data for lithium isotopes and other nuclei.

Findings

Coulomb sums for 7^Li are measured at q = 1.250 - 1.625 fm^{-1}.

Comparison shows similarities and differences with Coulomb sums of 6^Li and other nuclei.

Results contribute to understanding nuclear charge distributions and response functions.

Abstract

The experimental response functions of 7^Li nucleus at effective 3-momentum transfers q = 1.250; 1.375; 1.500 and 1.625 fm^{-1} are presented. The longitudinal response functions were used to evaluate the Coulomb sum values. The Coulomb sums for 6^Li obtained by us earlier were applied to analyze these data. The Coulomb sums of lithium isotopes were compared with the well-known Coulomb sums values of the other nuclei.