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Effect of energy loss on electron cyclotron current drive in tokamaks

R.O. Dendy, M.R. O'Brien1989年被引用 12Nuclear FusionIF 3出版社

Two independent approaches, based on the inclusion of model loss terms in analytical Fisch-Boozer and numerical Fokker-Planck models, give good quantitative agreement on the reduction of electron cyclotron current drive (ECCD) efficiency by non-Coulomb energy loss. By fitting recent tokamak measurements of ECCD efficiency to these results, the characteristic time-scale for non-Coulomb energy loss by current carrying electrons is calculated.

日本語訳

2つの独立したアプローチ、すなわち解析的Fisch-Boozerモデルと数値的Fokker-Planckモデルにおけるモデル損失項の導入に基づくアプローチは、非クーロンエネルギー損失による電子サイクロトロン電流駆動(ECCD)効率の低減に関して、良好な定量的一致を示す。最近のトカマクにおけるECCD効率の測定値をこれらの結果にフィッティングすることにより、電流担持電子による非クーロンエネルギー損失の特性時間スケールが計算される。

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Current driveElectron cyclotron current drive
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