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介于惯性约束聚变与磁约束聚变之间的磁化靶聚变技术,可能是一种实现纯聚变更低廉更有效的途径.磁化靶聚变一般分为三个过程:形成过程、传输过程和内爆压缩过程.利用二维磁流体力学模拟程序MPF-2D,对反场构形的传输过程进行了理论研究.结果显示,反场构形在传输过程中必须外加适当的磁场,使得其内外磁压平衡,才能维持其拓扑结构并进行稳定的传输.还对初始磁压、传输磁场以及线圈间隙对反场构形传输过程的影响进行了详细的分析.
Magnetization target fusion technology between inertial confinement fusion and magnetic confinement fusion may be a more effective and cheap way to achieve pure fusion.Magnetic target fusion is generally divided into three processes: formation process, transmission process and implosion compression Process.The theoretical analysis of the transmission process of the anti-field structure is carried out by using the 2D MPF-2D simulation program.The results show that the magnetic fields must be balanced by the magnetic field applied in the anti-field structure during the transmission In order to maintain its topology and stable transmission.The influence of initial magnetic pressure, transmission magnetic field and coil gap on the reverse field configuration transmission is also analyzed in detail.