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論文

A Possible breakthrough of power handling by plasma shaping in tokamak

菊池 満; Fasoli, A.*; 滝塚 知典*; Diamond, P. H.*; Medvedev, S.*; Wu, Y.*; Duan, X.*; 岸本 泰明*; 花田 和明*; Pueschel, M. J.*; et al.

Proceedings of 8th IAEA Technical Meeting on Steady State Operation of Magnetic Fusion Devices (CD-ROM), 20 Pages, 2015/05

D型形状でHモード運転の標準的なトカマクは優れた閉じ込め性能を示すものの、過渡的、定常的な熱負荷の問題で大きな課題を持っている。これらを解決する方法として将来を見据えた幅ひろい考え方として形状制御を用いて熱制御を緩和する方式について講演する。

口頭

The Latest status of the construction and the preparation for experiments of JT-60SA

井手 俊介; JT-60SAチーム

no journal, , 

JT-60SA is a tokamak upgraded from JT-60U. The maximum plasma current (Ip) is 5.5 MA, the maximum toroidal field (Bt) is 2.2 T and the maximum heating power is 41 MW for 100s. The JT-60SA project a joint project by Europe and Japan, and under the Japanese national program as well. The objective is to support researches on ITER and develop physics and engineering basis towards DEMO reactor. Manufacturing of components has been underway for several years both in Japan and EU. The construction of the machine has been ongoing at the JAEA Naka site since January 2013. The latest status of the construction and development, for example heating and current drive (H and CD) systems, will be presented. Development of the Neutral Beam and Radio Frequency systems for 100s injection leads to steady state injection capability for DEMO. In parallel to the engineering works, research activities in preparation for the JT-60SA experiment have been underway in wide collaboration between Japanese and EU researchers. And the JT-60SA Research Plan has been published and updated periodically. Status of the research collaboration in preparation for the JT-60SA experiments will be reported as well.

口頭

Development of EC system components for steady state plasma operation

小田 靖久; 池田 亮介; 高橋 幸司; 梶原 健; 坂本 慶司; Gandini, F.*; Darbos, C.*; Purohit, D.*; Henderson, M.*

no journal, , 

For steady state plasma operation, EC H&CD system components, such as transmission line (TL), are required to be compliant with high power CW operation. One of issues of EC H&CD TL for steady state operation is the deformation of TL system due to thermal load by high power operation. The controllability of TL components during RF operation is another issue for steady state operation. In JAEA, ITER relevant TL was examined for long pulse operation up to 1,000 sec using a 170 GHz high power gyrotron.

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