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综述了基于改进的量子分子动力学模型对超重核合成中入射道静态势的研究,重点从静态势垒高及其与质量不对称度的关系说明弹靶组合不对称有利于熔合反应的发生,而接触点驱动势最大所对应的弹靶组合为合成超重元素的最佳选择。
In this paper, the research on the static potential of the incident beam in the superheavy nucleus synthesis based on the improved quantum molecular dynamics model is reviewed. The relationship between the static barrier height and the mass asymmetry is analyzed. The asymmetry of the projectile target is in favor of the fusion reaction. The contact point of the maximum driving force corresponding to the target combination of synthetic super-element for the best choice.