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PROGRESS IN RF HEATING (IC, EC AND LH) DESIGN AND RD DURING ITER EDA

机译:在IDA EDA期间进行RF加热(IC​​,EC和LH)设计和研发方面的进展

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The status of the design and of the technology development of the Radio-Frequency Heatingrnand Current Drive (RF H&CD) systems performed during the ITER EDA is summarized.rnThe conceptual designs of three RF systems [Electron Cyclotron (EC), Ion Cyclotron (IC) and LowerrnHybrid (LH)] are now completed. In view of ITER severe in-vessel operating conditions, thernmaximum emphasis was given to the design of the in-vessel components. In the R&D program,rntechnology progress has been achieved in several critical areas of all three systems, both in baserntechnology (such as in gyrotron and windows developments for EC) as well as in design validation (ICrnprototype antenna, LH transmission components).
机译:总结了在ITER EDA期间进行的射频加热和电流驱动(RF H&CD)系统的设计和技术开发的现状。rn三种RF系统的概念设计[电子回旋加速器(EC),离子回旋加速器(IC)和LowerrnHybrid(LH)]现在完成。鉴于ITER船内恶劣的工作条件,最大程度地强调了船上部件的设计。在研发计划中,在所有三个系统的几个关键领域都取得了技术进步,包括基础技术(例如回旋加速器和EC的窗户开发)以及设计验证(IC原型天线,LH传输组件)。

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