Effect of Resonant-to-Bulk Electron Momentum Transfer on the Efficiency of Electron-Cyclotron Current-Drive

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概要

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• Efficiency of current drive by electron cyclotron waves is investigated numerically by a bounce-averaged Fokker-Planck code to ellucidate the effects of momentum transfer from resonant to bulk-electrons, finite bulk temperature relative to the energy of resonant electrons, and trapped electrons. Comparisons are made with existing theories ot assess their validity and quantitative difference between theory and code results. Difference of nearly a factor of 2 was found in efficiency between some theory and code results.

• 核融合科学研究所の論文

著者

• Matsuda Y.

  Lawrence Livermore National Laboratory, University of California

• Cohen R.h.

  Lawrence Livermore National Laboratory

• Smith G.R.

  Lawrence Livermore National Laboratory

関連論文

• MONTE CARLO PARTICLE SIMULATION AND FINITE-ELEMENT TECHNIQUES FOR TANDEM MIRROR TRANSPORT
• Effect of Resonant-to-Bulk Electron Momentum Transfer on the Efficiency of Electron-Cyclotron Current-Drive

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