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Application of JAERI quantum molecular dynamics model for collisions of heavy nuclei

机译:Jaeri量子分子动力学模型在重核碰撞中的应用

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The quantum molecular dynamics (QMD) model incorporated into the generalpurpose radiation transport code PHITS was revised for accurate prediction of fragment yields in peripheral collisions. For more accurate simulation of peripheral collisions, stability of the nuclei at their ground state was improved and the algorithm to reject invalid events was modified. In-medium correction on nucleon-nucleon cross sections was also considered. To clarify the effect of this improvement on fragmentation of heavy nuclei, the new QMD model coupled with a statistical decay model was used to calculate fragment production cross sections of Ag and Au targets and compared with the data of earlier measurement. It is shown that the revised version can predict cross section more accurately.
机译:掺入通用辐射传输码码的量子分子动力学(QMD)模型被修订,以便精确地预测外围碰撞中的片段产量。为了更准确地模拟外围碰撞,改进了其地位上的核的稳定性,并修改了拒绝无效事件的算法。还考虑了核仁核横截面上的中等校正。为了阐明这种改进对重核的碎片化的影响,使用与统计衰减模型相结合的新QMD模型来计算AG和AU靶的片段产生横截面,并与早期测量的数据进行比较。结果表明,修订版本可以更准确地预测横截面。

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