新核素的合成一直是国际核物理界关注的前沿领域，对探索核物理未知领域以及理解天体物理中的r-过程有非常重要的意义。近年来，由于多重碎裂反应和熔合蒸发反应在合成重区和超重区丰中子新核素中的局限性，人们开始探索利用多核子转移反应产生这些新核素。本项目将在时间相关Hartree-Fock(TDHF)理论框架下，进一步发展和完善理论模型，研究多核子转移反应的微观机制，探索重区和超重区丰中子新核素的产生途径，系统研究合成新核素的最佳弹靶组合和入射能量、新核素的产生截面等。本项目还将密切关注国内外相关实验进展，继续保持与国内实验组的合作，结合未来HIAF装置的实验构想，为将要开展的多核子转移实验提供理论支撑。

The production of new exotic nuclei has attracted much attention in nuclear physics, which is of fundamental importance to enrich our knowledge of the atomic nuclei and understand the astrophysical r-process. Due to the limitations of fragmentation and fusion reactions in producing the neutron-rich heavy and superheavy nuclei, the multinucleon transfer reaction has recently been considered as the most promising method to produce these nuclei. In the framework of time-dependent Hartree-Fock (TDHF) theory, we will study the microscopic reaction mechanisms of multinucleon transfer, explore the new way to produce the neutron-rich heavy and superheavy nuclei, and provide the theoretical prediction on the optimal projectile-target combination, incident energy, and production cross section of these nuclei. We will be in close collaboration with the international and domestic experimentalists, and our study on multinucleon transfer reaction will provide the theoretical support for the future experiments performed at the radioactive facility HIAF.