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超声分子束用于聚变等离子体加料
引用本文:姚良骅,刘德权,周艳,唐年益,潘宇东,李可华,董贾福,冉利波,王恩耀.超声分子束用于聚变等离子体加料[J].核技术,1999,22(2):79-83.
作者姓名:姚良骅  刘德权  周艳  唐年益  潘宇东  李可华  董贾福  冉利波  王恩耀
作者单位:核工业西南物理研究院,成都,610041
基金项目:国家自然科学基金!19775011
摘    要:超声分子束注入在中国环流器一号和新一号装置首次采用。与常规送气相比,由于气体粒子注入深化,形成电子密度的峰化和密度极限的提高,并导致约束的改善。欧姆加热等离子体的能量约束时间的线性范围增长到n^-e=4×10^19m^-3,实验结果表明,超声分子束注入是一种先进而简单的气体加料方法。

关 键 词:环流器  托卡马克  超声分子束  密度极限  能量约束改善
修稿时间:1998-07-10

Application of supersonic molecular beam to fusion plasma fuelling
YAO Lianghua,LIU Dequan,ZHOU Yan,TANG Nianyi,PAN Yudong,LI Kehua,DONG Jiafu,RAN Libo,WANG Enyao.Application of supersonic molecular beam to fusion plasma fuelling[J].Nuclear Techniques,1999,22(2):79-83.
Authors:YAO Lianghua  LIU Dequan  ZHOU Yan  TANG Nianyi  PAN Yudong  LI Kehua  DONG Jiafu  RAN Libo  WANG Enyao
Abstract:Supersonic molecular beam injection (MBI), a new fuelling method, has been used in the HL-1 and HL-1M tokamak for the first time.Compared with the conventional fuelling, MBI has the following advantages:the fuelling particles can penetrate deeper and a peak in electron density distribution is formed which improves the confinement. The upper end of density ne for the linear ohmic confinement regime can reach 4 10`19gm-3. The experimental results indicate that MBI is an advanced and simple gas fuelling method for fusion plasma.
Keywords:Tokamak  Supersonic molecular beam  Density limit  Energy Confinement
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