Status of the ITER IC H&CD System

P U Lamalle, B Beaumont, T Gassmann,F Kazarian,B Arambhadiya,D Bora,J Jacquinot,R Mitteau, F C Schueller, A Tanga, U K Baruah,Ajay K Bhardwaj,Rajeev Kumar,Arpita Mukherjee,Narendra Singh, R K Singh,R H Goulding,D A Rasmussen, D W Swain,G Agarici,R Sartori, A Borthwick, Adrian L Davis,J Fanthome, C Hamlynharris,A D Hancock,A Kaye, D Lockley,M P S Nightingale,P Dumortier,F Durodie,D Grine,R Koch,F Louche,A Lyssoivan,A M Messiaen, P Tamain,M Vervier,R R Weynants,Riccardo Maggiora,Daniele Milanesio,F Braun,Jeanmarie Noterdaeme, K Vulliez

AIP Conference Proceedings（2009）

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摘要

The ITER Ion Cyclotron Heating and Current Drive system will deliver 20MW of radio frequency power to the plasma in quasi continuous operation during the different phases of the experimental programme. The system also has to perform conditioning of the tokamak first wall at low power between main plasma discharges. This broad range of requirements imposes a high flexibility and a high availability. The paper highlights the physics and design requirements on the IC system, the main features of its subsystems, the predicted performance, and the current procurement and installation schedule.

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关键词

ITER,Ion Cyclotron Heating and Current Drive,IC H&CD,antenna array,load-resilient matching

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