Nuclear dynamics in Au-Au collisions
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A semi-classical transport model, namely, quantum molecular dynamics (QMD) model, is employed for the theoretical study of nuclear dynamics in case of Au197 + Au197 collisions at different beam energies from 20 to 1000 MeV/nucleon and at impact parameters from b = 0 to 13 fm using soft equation of state (EOS). In particular, we study the various quantities like average and maximum density, anisotropic ratio, participant-spectator matter, relative momentum, rapidity distribution, collision rate, time of maximal density and their energy and impact parameter dependence. Our findings clearly indic...
A semi-classical transport model, namely, quantum molecular dynamics (QMD) model, is employed for the theoretical study of nuclear dynamics in case of Au197 + Au197 collisions at different beam energies from 20 to 1000 MeV/nucleon and at impact parameters from b = 0 to 13 fm using soft equation of state (EOS). In particular, we study the various quantities like average and maximum density, anisotropic ratio, participant-spectator matter, relative momentum, rapidity distribution, collision rate, time of maximal density and their energy and impact parameter dependence. Our findings clearly indicate a significant energy and impact parameter dependence of all quantities. The time of maximal average density and maximum density follow a power law with incident energy. Interestingly, we observed that the variation of the impact parameter leads to drastic change in the participant/spectator matter up to 400 MeV/nucleon, whereas beyond 400 MeV/nucleon, nearly impact parameter independent results are found.
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