作者: Chun-Wang Ma , Chun-Yuan Qiao , Tian-Tian Ding , Yi-Dan Song
DOI: 10.1007/S41365-016-0112-8
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摘要: The primary fragments in 40Ca + reactions at 35, 50, 80, 100, 140, and 300 MeV/u were simulated using the antisymmetrized molecular dynamics model, phase space t = fm/c with a coalescence radius Rc 5 fm. standard Gogny interactions g0, g0as, g0ass adopted simulating collisions an impact parameter of b 0 It was found, isobaric yield ratio method, that temperature fragment depends on incident energy hardness interaction potential. obtained this work agrees results by self-consistent fitting method.