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Abstract
We study the behavior of the geometry of vanishing flow (GVF) and its system size dependence at different incident energies. We find that the geometry of vanishing flow is sensitive to the incident energy. We also study the role of isospin degree of freedom through Coulomb potential, symmetry energy and nucleon-nucleon cross sections. Our study reveals that isospin degree of freedom through nucleon-nucleon cross section plays a dominant role compared to Coulomb potential and symmetry energy.
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