Influence of Isospin Momentum Dependent Interactions on Transverse Flow

Abstract

We investigate the role of isospin momentum dependent interactions on directed transverse flow and its disappearance by inserting an isospin degree of freedom into the momentum dependent interactions using isospin quantum dependent quantum molecular dynamics model. This analysis carried out for the symmetric reactions of isotopic series of Ca+Ca and Xe+Xe at wide range of incident energies. We demonstrated the effect of momentum dependent interactions on directed transverse momentum in heavy-ion collisions at intermediate energies. The role of isospin in heavy-ion collisions is explored via momentum dependent interactions subjected to different equation of states (soft and hard). We studied the mass dependence of balance energy. It is found that the isospin momentum dependent interactions effect the balance energy.