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计算了以208Pb为靶的一系列重离子熔合反应双核系统核子转移驱动势.它制约由输运方程所支配的核子转移速率,因而确定了双核系统形成复合核的几率.并由此可确定形成复合核所必须的最低激发能,即形成最稳定复合核的最佳激发能,得到了与已知实验值基本符合的结果.
A series of nucleus transfer driving energies for a series of heavy ion fusion reaction dinuclear systems targeting at 208Pb were calculated, which constrained the rate of nuclei transfer dominated by the transport equation and thus determined the probability of formation of a complex nucleus in the dual core system The minimum excitation energy necessary for the composite nuclei, that is, the best excitation energy for the formation of the most stable composite nucleus, was obtained which was in good agreement with the known experimental values.