Volume 18, No. 6, 2021
A Systematic Review Of Geometry Of Vanishing Flow For Mass Symmetric And Asymmetric Reactions
Dr. Supriya Goyal
Abstract
We present the review of theoretical work done by using Quantum Molecular Dynamics (QMD) and Iso-spin Dependent Quantum Molecular Dynamics (IQMD) models to study the role of various input parameters like incident energy, mass asymmetry, system size, equation of state, impact parameter, momentum dependent interactions, isospin degrees of freedom (via symmetry energy and Coulomb potential) and reaction cross section on the collective transverse flow and geometry of vanishing flow (GVF). From the review, we notice the sensitivity of collective flow, GVF and mass dependence of GVF on colliding geometry, incident energy, mass asymmetry, isospin, total mass of the reaction, cross-section and mass of the projectile keeping target fixed.
Pages: 10092-10098
Keywords: heavy-ion collisions, impact parameter, geometry of vanishing flow, collective transverse flow, QMD and IQMD model, Review