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为了提高等离子体温度和密度,在高参数下从事托卡马克等离子体物理研究,在HL-1M装置上进行低杂波加热和电子回旋波加热的基础上,我们最近开展了离子回旋波注入和中性束注入加热实验,以及弹丸注入加料和分子束注入(MBI)加料实验,特别是在后者的实验中获得了很高的粒子和能量约束时间。
In order to increase the plasma temperature and density, we conducted tokamak plasma physics research at high parameters, low clutter heating and electron cyclotron heating on HL-1M devices, and we recently performed ion cyclotron wave injection and Neutral beam injection heating experiments, as well as projectile injection and molecular beam injection (MBI) feeding experiments, especially in the latter experiment obtained high particle and energy confinement time.