Role of the mass asymmetry of reaction on the geometry of vanishing flow

TL;DR

This paper investigates how the mass asymmetry of nuclear reactions influences the geometry of vanishing flow, revealing that increased asymmetry decreases the impact parameter at which flow vanishes and enhances its mass dependence.

Contribution

It demonstrates the significant effect of mass asymmetry on the geometry of vanishing flow and its mass dependence in nuclear reactions.

Findings

GVF decreases with increasing mass asymmetry

Mass dependence of GVF increases with asymmetry

Mass asymmetry plays a sizable role on GVF and balance energy

Abstract

We study the transverse flow throughout the mass asymmetry range as a function of the impact parameter, keeping the total mass of the system fixed.We find that the geometry of vanishing flow (GVF) i.e. the impact parameter at which flow vanishes and its mass dependence is quite sensitive to the mass asymmetry of the reaction. With increase in the mass asymmetry, the value of GVF decreases, while its mass dependence increases. Our results indicate the sizable role of mass asymmetry on GVF as on balance energy.