Abstract
Quantum Molecular Dynamics method is combined with multi-step statistical decay calculation and they are applied to the investigation of fragment mass distribution and the reaction time scale in intermediate energy heavy-ion collisions. The fragment mass distributions in 14N(35 MeV /u)+ C , and 4°Ar(44 MeV/u)+ Al collisions are well reproduced by our framework. We discuss the time evolution of fragment mass yield and contribution of statistical decay process in these two systems.
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