摘要
文章在典型的低杂波电流驱动实验中采用低杂波功率扫描的方法研究了低杂波电流驱动效率。利用热电导理论得到的拟合公式拟合实验数据得到了低杂波完全非感应电流驱动效率以及热电导对电流驱动的贡献,低杂波的全波驱动效率为η0=0.349×1019Am-2W-1,由热电导贡献的电流驱动为η1=0.674×1019Am-2W-1。实验发现热电导在等离子体环电压不为零的时候通过和电场的协同作用大大增强了电流驱动。
Lower hybrid current drive efficiency has been investigated through lower hybrid power scan experiments. The lower hybrid current drive efficiency and contribution of hot conductivity to current drive have been derived at the same time using the fitting equation based on the hot conductivity theory. It is found that η0=0.349×10^19Am^-2W^-1,η1=0.674×10^19Am^-2W^-1. The interaction between hot conductivity and non -zero electric field enhanced current drive through synergy effect.
出处
《云南师范大学学报（自然科学版）》
2009年第5期55-57,共3页
Journal of Yunnan Normal University:Natural Sciences Edition
基金
霍英东基金会第11届高校青年教师基金(111006)
教育部科学技术研究重点项目(208129)
云南省自然科学基金(2007A044M)
关键词
低杂波
电流驱动效率
热电导
lower hybrid wave, current drive efficiency, hot conductivity
