The ITER EC H&CD System

M A Henderson, B Becket, Daniel T Cox,C Darbos,F Gandini, T Gassman,O Jean, C Nazare,T Omori,Dushyant P Purohit, A Tanga,V S Udintsev,F Albajar,T Bonicelli,R Heidinger,G Saibene,S Alberti,R Bertizzolo,R Chavan, A Collazos,T P Goodman,J P Hogge, J D Landis, I Paganakis, L Porte, Francisca Javiela Munoz Sanchez, O Sauter,M Q Tran,C Zucca, U K Baruah, Mahesh Kushwah,N P Singh, S L Rao, T S Bigelow, J B O Caughman,D A Rasmussen,A Bruschi,S Cirant,D Farina,A Moro, P Platania,Giovanni Ramponi,C Sozzi,M De Baar,D M S Ronden,G G Denisov,Ken Kajiwara,Atsushi Kasugai, N Kobayashi, Y Oda,Kazuyuki Sakamoto,Koji Takahashi,W Kasparek, H Kumric, B Plaum,Giovanni Aiello,G Gantenbein,Stefan Illy, J Jin,Scott E Kern, A Meier, B Pioscyzk,Tomasz Rzesnicki, T Scherer, S Schreck,A Serikov, P Spaeh,Daniel J Strauss, M Thumm, A Vaccaro,E Poli,H Zohm, M A Shapiro, R J Temkin

ELECTRON CYCLOTRON EMISSION AND ELECTRON CYCLOTRON RESONANCE HEATING (EC-16)（2011）

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摘要

A 24MW CW Electron Cyclotron Heating and Current Drive (EC H&CD) system operating at 170GHz is to be installed for the ITER tokamak. The EC system will represent a large step forward in the use of microwave systems for plasma heating for fusion applications; present day systems are operating in relatively short pulses (<= 10s) and installed power levels of <= 4.5MW. The magnitude of the ITER system necessitates a worldwide collaboration. This is also reflected in the EC system that is comprised of the power supplies, sources, transmission line and launchers. A partnership between Europe, India, Japan, Russia, United States and the ITER organization is formed to collaborate on design and R&D activities leading to the procurement, installation, commissioning and operation of this system.

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