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		题名	作者	年代	出处	被引量
	1	Enhanced Plasma Performance by ICRF Boronization显示文摘Boronization with carborane (C2B10H12) by ICRF has been applied routinely to the walls of HT-7 super-conducting tokamak for the reduction of impurity influx, especially carbon and oxygen. Significant suppression of metallic impurities and radiating power fraction are achieved. The improved confinement for both particle and energy is observed in full range of operation parameters. Energy balance analysis shows that electron heat diffusion coefficient is strongly reduced. Measurements by Langmuir probes at the edge plasma show that the poloidal velocity shear after boronization is changed to a profile favoring to good confinement. The main emphasis of this paper is to describe effects of boronization on aspects of the enhanced plasma performance.	万宝年赵燕平李建刚宋梅吴振伟罗家融李成富王小明	2002	Plasma Science and Technology2002，4，4：	1
	2	Removal of Particles by ICRF Cleaning in HT-7 Superconducting Tokamak显示文摘The ICRF (Ion Cyclotron Range Frequency) cleaning technique has been used as a routine wall cleaning method in the HT-7 superconducting tokamak. In a wide range of toroidal field, the removal rate of residual gas by ICRF cleaning was about twenty times higher than that of glow discharge cleaning (GDC). At different gas pressure and RF power levels, the ICRF cleaning is studied carefully. A good impurity cleaning effect and a very high hydrogen removal rate were obtained. The removal rate of hydrogen by 5 kW ICRF cleaning achieved was 1.6 × 10-5 Tirr.1/s.And the relationships among pressure P, outgassing rate Q, atomic layers L absorbed on surface and the cleaning mode were discussed briefly.	胡建生李建刚张守银辜学茂张晓东赵燕平宫先祖匡光力李成富罗家融王小明高翔万宝年谢纪康万元熙	2001	Plasma Science and Technology2001，3，1：	0

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