磁化套筒惯性聚变研究进展

Research progress of Magnetized Liner Inertial Fusion

磁化套筒惯性聚变(MagLIF)是一种新的聚变构型,它结合了传统惯性约束聚变和磁约束聚变的优点,理论上可以显著地降低聚变实现的难度,未来必将朝着点火的目标进一步发展,具备极大的应用潜力。针对这一特殊构型,分别从理论、实验和工程三个部分介绍了国际上该领域主要的研究进展,内容覆盖理论研究、数值模拟、实验加载、测量与诊断、负载设计与加工、分解实验、构型改进等多个方面,通过该文能够对该领域的研究现状有相对完善的了解,对未来发展趋势也有一定的认知。

Magnetized Liner Inertial Fusion(MagLIF)is a new concept of controlled fusion,which combines both advantages of traditional magnetic confinement fusion(MCF)and inertial confinement fusion(ICF).It has promising application potentials because theoretically it can dramatically lower the difficulties in realizing controlled fusion.For purpose of better understandings of MagLIF,we investigate and summarize the main progresses achieved in this field.This paper will acquaint researchers with MagLIF research progress in the following domains:theoretical and analytic research,numerical simulations,experimental configurations,measurements and diagnostics,load designs and fabrications,laser driving MagLIF and auto-magnetization target.It will also provide heuristic perspectives for future MagLIF research.