低杂波电流驱动等离子体中热电导的分析
저잡파전류구동등리자체중열전도적분석
Determination of the Hot Electrical Conductivity in Lower Hybrid Current Driven Plasmas
  • 万方数据
    西南师范大学学报（自然科学版） 서남사범대학학보（자연과학판）
    JOURNAL OF SOUTHWEST CHINA NORMAL UNIVERSITY
    2010年 4期 48-51 ,共4页

    侯德东%代飞%竹锦霞

    후덕동%대비%죽금하

    低杂波电流驱动%热电导%等离子体 低雜波電流驅動%熱電導%等離子體
    저잡파전류구동%열전도%등리자체
    lower hybrid current drive(LHCD)%hot electrical conductivity%plasmas
    研究了在HT-7托卡马克低杂波电流驱动实验中,等离子体环电压不为零时热电导与剩余环向电场之间的相互作用.实验发现在部分非感应电流驱动实验中,热电导增强了电流驱动.给出了低杂波电流驱动实验中等离子体的热电导.
    연구료재HT-7탁잡마극저잡파전류구동실험중,등리자체배전압불위령시열전도여잉여배향전장지간적상호작용.실험발현재부분비감응전류구동실험중,열전도증강료전류구동.급출료저잡파전류구동실험중등리자체적열전도.
    The interaction between the hot electrical conductivity and the residual electric field has been investigated in lower hybrid current drive (LHCD) experiments in the HT-7 tokamak. It has been found that the hot electrical conductivity contribute significantly to the current drive in partial non-inductively sustained plasmas. The hot elec-trical conductivity has been determined.
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