通过在离子回旋共振附近旋转磁场，在反向场构型中实现离子加热。
Ion heating in the field-reversed configuration by rotating magnetic fields near the ion-cyclotron resonance.
作者信息
Cohen SA, Glasser AH
机构信息
Princeton University, Plasma Physics Laboratory, Princeton, New Jersey 08543, USA.
出版信息
Phys Rev Lett. 2000 Dec 11;85(24):5114-7. doi: 10.1103/PhysRevLett.85.5114.
The trajectories of ions confined in a field-reversed configuration (FRC) equilibrium magnetic geometry and heated with a small-amplitude, odd-parity rotating magnetic field (RMF) have been studied with a Hamiltonian computer code. When the RMF frequency is in the ion-cyclotron range, explosive heating occurs. Higher-energy ions are found to have betatron-type orbits, preferentially localized near the FRC's midplane. These results are relevant to a compact magnetic-fusion-reactor design.
利用哈密顿计算机代码研究了限制在场反向配置（FRC）平衡磁几何结构中并由小振幅奇宇称旋转磁场（RMF）加热的离子轨迹。当RMF频率处于离子回旋频率范围内时，会发生爆炸性加热。发现高能离子具有贝塔粒子型轨道，优先定位在FRC的中平面附近。这些结果与紧凑型磁聚变反应堆设计相关。
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