Nuclear transparency of the charged hadron produced in the inclusive electronuclear reaction

TL;DR

This paper investigates how color transparency and short-range correlations affect nuclear transparency in electronuclear reactions, using a Glauber model to compare theoretical calculations with experimental data.

Contribution

It introduces a Glauber model that incorporates both color transparency and short-range correlations to analyze nuclear transparency in electronuclear reactions.

Findings

Calculated nuclear transparencies agree with experimental data for protons and pions.

Color transparency and short-range correlations significantly influence nuclear transparency.

The model enhances understanding of hadron propagation in nuclear matter.

Abstract

The nuclear transparency of the charged hadron produced in the inclusive $(e,e^\prime)$ reaction on the nucleus has been calculated using Glauber model for the nuclear reaction. The color transparency (CT) of the produced hadron and the short-range correlation (SRC) of the nucleons in the nucleus have been incorporated in the Glauber model to investigate their effects on the nuclear transparency of the hadron. The calculated nuclear transparencies for the proton and pion are compared with the data.