EDGE REYNOLDS STRESS STRUCTURE OF LOWER HYBRID WAVE INJECTION IN THE HL-1M PLASMA 被引量：4

EDGE REYNOLDS STRESS STRUCTURE OF LOWER HYBRID WAVE INJECTION IN THE HL-1M PLASMA

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摘要 The radial profiles of electrostatic Reynolds stress,plasma poloidal rotations,radial and poloidal electric fields have been measured in the plasma boundary region on the HL 1M tokamak using a multi array of Mach/Langmuir probes.During experiments of lower hybrid wave current drive,the variations in LHW drive power will cause changes in the edge electric field,poloidal rotation velocity and Reynolds stress.The results indicate that sheared poloidal flow can be generated in the edge plasma due to radially varied Reynolds stress. The radial profiles of electrostatic Reynolds stress,plasma poloidal rotations,radial and poloidal electric fields have been measured in the plasma boundary region on the HL 1M tokamak using a multi array of Mach/Langmuir probes.During experiments of lower hybrid wave current drive,the variations in LHW drive power will cause changes in the edge electric field,poloidal rotation velocity and Reynolds stress.The results indicate that sheared poloidal flow can be generated in the edge plasma due to radially varied Reynolds stress.

作者 HONGWen－yu WANGEn－yao 等

机构地区 SouthwesternInstituteofPhysics

出处《核聚变与等离子体物理》 CAS CSCD 北大核心 2002年第3期178-182,共5页 Nuclear Fusion and Plasma Physics

关键词 HL-1M装置等离子体测量电测量托卡马克装置核聚变 Reynolds stress Poloidal flow velocity Radial and poloidal electric field

分类号 TL656 [核科学技术—核技术及应用] TL631.24 [核科学技术—核技术及应用]

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参考文献2

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共引文献5

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核聚变与等离子体物理

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