本项目拟在微观输运理论模型衔接统计衰变模型的理论框架下，探索通过锕系核及一些特定核区的多核子转移反应产生丰中子锕系核和超锕系核以及中子幻数为126（等待点）附近丰中子核素的途径。通过微观输运理论模型研究其微观动力学机制和同位旋效应，计算巨复合体系寿命和初级碎块的电荷分布、质量分布、激发能分布及角分布等。衔接统计衰变模型，实现初级碎块的退激发，得到多核子转移反应的末态产物的生成截面与角分布等。通过综合分析得到锕系核及超锕系核以及中子数为126附近丰中子核素合成的最佳弹靶组合和最佳入射能量，为我国大型实验设备HIAF和其它实验室即将开展的多核子转移反应实验和探测器布局提供有效参考。

Within the framework of the microscopic transport theoretical model incorporated with the statistical evaporation model, the production mechanism of the actinide and transactinide nuclei as well as the new neutron-rich nuclei near magic neutron number 126 through the multinucleon transfer reactions will be studied. The lifetime of composite system as well as the charge numbers, mass numbers and excitation energies and outgoing angles of primary fragments are calculated by the microscopic transport theoretical model. And the production cross sections and outgoing angles of residual nuclei are obtained by using the statistical evaporation model. After comprehensive analysis, we try to provide the best combinations of projectiles and targets and the best incident energies for the production of the actinide and transactinide nuclei as well as the new neutron-rich nuclei near magic neutron number 126 through the multinucleon transfer reactions, which will be helpful for the forthcoming experiments at the HIAF and other laboratories.