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Roles of aspect ratio, absolute B and effective Z of the H-mode power threshold in tokamaks of the ITPA database

ITPA H-mode Power Threshold Database Working Group presented by T Takizuka2004年Plasma Physics and Controlled FusionIF 2.2出版社

An analysis of the international tokamak physics activity (ITPA) H-mode power threshold database is advanced to study the roles of the aspect ratio, A, the absolute magnetic field and the effective charge number, Zeff. A new scaling expression for the power threshold, Pthr, is presented. The absolute B at the outer surface is used instead of Bt in the scaling, and the Ip dependence of Pthr in low-A tokamaks is described without the explicit use of the Ip variable. A clear and strong dependence on Zeff is found; . Both the scattering nature in the data fitting and the 'low-density anomaly' can be reduced. A nonlinear A dependence is also suggested. The Pthr in ITER is predicted on the basis of the present scaling.

日本語訳

国際トカマク物理活動(ITPA)Hモードパワー閾値データベースの解析を進め、アスペクト比A、絶対磁場、および実効電荷数Zeffの役割を研究する。パワー閾値Pthrに対する新しいスケーリング式が提示される。スケーリングにおいては、Btの代わりに外側表面での絶対Bが使用され、低AトカマクにおけるPthrのIp依存性は、Ip変数を明示的に使用せずに記述される。Zeffに対する明確かつ強い依存性が見出される。データフィッティングにおける散乱の性質と「低密度異常」の両方を低減できる。非線形のA依存性も示唆される。ITERにおけるPthrは、本スケーリングに基づいて予測される。

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