Novel approaches for mitigating runaway electrons and plasma disruptions in ADITYA tokamak
作者: R.L. TannaJ. GhoshP.K. ChattopadhyayPravesh DhyaniShishir PurohitS. JoisaC.V.S. RaoV.K. PanchalD. RajuK.A. JadejaS.B. BhattC.N. GuptaChhaya ChavdaS.V. KulkarniB.K. ShuklaPraveenlal E.V.Jayesh RavalA. AmardasP.K. AtreyU. DhobiR. ManchandaN. RamaiyaN. PatelM.B. ChowdhuriS.K. JhaR. JhaA. SenY.C. SaxenaD. Borathe ADITYA Team
作者单位: 1Institute for Plasma Research, Bhat, Gandhinagar 382 428, India
刊名: Nuclear Fusion, 2015, Vol.55 (6)
来源数据库: Institute of Physics Journal
DOI: 10.1088/0029-5515/55/6/063010
原始语种摘要: This paper summarizes the results of recent dedicated experiments on disruption control and runaway mitigation carried out in ADITYA, which are of the utmost importance for the successful operation of large size tokamaks, such as ITER. It is quite a well-known fact that disruptions in tokamaks must be avoided. Disruptions, induced by hydrogen gas puffing, are successfully avoided by two innovative techniques in ADITYA using a bias electrode placed inside the last closed flux surface and applying an ion cyclotron resonance pulse with a power of ∼50 to 70 kW. These experiments led to better understanding of the disruption avoidance mechanisms and also can be thought of as one of the options for disruption avoidance in ITER. In both cases, the physical mechanism seems to be the control of...
全文获取路径: IOP  (合作)

  • runaway 逸走
  • tokamak 托卡马克
  • utmost 极端
  • deliberately 韶地
  • avoidance 回避
  • disruption 破裂
  • puffing 疏松形成
  • successfully 成功地
  • database 资料库
  • vessel 容器