# Role of charge equilibration in multinucleon transfer in damped collisions of heavy ions

## TL;DR

This paper investigates how charge equilibration affects multinucleon transfer in heavy ion collisions using a Langevin dynamical model, focusing on isotopic distributions and energy dependence.

## Contribution

It introduces a detailed analysis of charge equilibration timing and energy effects within a Langevin approach for damped heavy ion collisions.

## Key findings

- Charge equilibration duration varies with energy.
- Isotopic distributions depend on initial isospin asymmetry.
- Neutron-rich nuclide yields are influenced by projectile composition.

## Abstract

In this work, the charge equilibration process has been analyzed within the Langevin-type dynamical approach. Its duration and energy dependence are discussed. We have analyzed the isotopic distributions of final products obtained in the isospin-asymmetric 58Ni,40Ca + 208Pb reactions. Comparison of 58Ni,64Ni + 208Pb systems have been done in order to analyze the final yields of neutron-rich heavy nuclides.