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Upgrading of the Magnetic Confinement Plasma Device KT-5E

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【作者】 何迎花余羿闻一之刘万东李定俞昌旋谢锦林李弘兰涛王昊宇

【Author】 HE Yinghua,YU Yi,WEN Yizhi,LIU Wandong,LI Ding,YU Changxuan,XIE Jinlin,LI Hong,LAN Tao,WANG Haoyu CAS Key Laboratory of Plasma Physics,School of Science,University of Science and Technology of China,Hefei 230026,China

【机构】 CAS Key Laboratory of Plasma Physics,School of Science,University of Science and Technology of China

【摘要】 In this article we present ideas of providing appropriate poloidal magnetic field for helimaks to help to generate toroidal magnetic plasma torus.Placing a conductive ring in the center of the cross-section to induce a suitable current,we change the helical magnetic field lines in the helimak discharge into magnetic surface.In this kind of discharge,the plasma density is greatly increased,and the corresponding density fluctuation is significantly decreased,showing a better confinement by magnetic shear.It allows more flexible and efficient experimental investigations on the toroidal magnetic confinement plasmas to be carried on in this kind of device.

【Abstract】 In this article we present ideas of providing appropriate poloidal magnetic field for helimaks to help to generate toroidal magnetic plasma torus.Placing a conductive ring in the center of the cross-section to induce a suitable current,we change the helical magnetic field lines in the helimak discharge into magnetic surface.In this kind of discharge,the plasma density is greatly increased,and the corresponding density fluctuation is significantly decreased,showing a better confinement by magnetic shear.It allows more flexible and efficient experimental investigations on the toroidal magnetic confinement plasmas to be carried on in this kind of device.

【关键词】 magnetic torushelimakpoloidal fieldshear
【Key words】 magnetic torushelimakpoloidal fieldshear
【基金】 supported by National Basic Research Program of China (No.2008CB717800);National Natural Science Foundation of China(No.11105144);the Fundamental Research Funds for the Central Universities of China (No.WK2030040022)
  • 【文献出处】 Plasma Science and Technology ,等离子体科学与技术(英文版) , 编辑部邮箱 ,2012年02期
  • 【分类号】O532.11
  • 【下载频次】30
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