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Collisionless damping of flows in the TJ-II stellarator

E Sánchez, R Kleiber, R Hatzky, M Borchardt, P Monreal, F Castejón, A López-Fraguas, X Sáez, J L Velasco, I Calvo2013年Plasma Physics and Controlled FusionIF 2.2出版社

The results of global linear gyrokinetic simulations of residual flows carried out with the code EUTERPE in the TJ-II three-dimensional geometry are reported. The linear response of the plasma to potential perturbations homogeneous in a magnetic surface shows several oscillation frequencies: a Geodesic-acoustic-mode-like frequency, in qualitative agreement with the formula given by Sugama and Watanabe (2006 Plasma Phys.72 825), and a much lower frequency oscillation in agreement with the predictions of Mishchenko et al (2008 Phys. Plasmas15 072309) and Helander et al (2011 Plasma Phys. Control. Fusion53 054006) for stellarators. The dependence of both oscillations on ion and electron temperatures and the magnetic configuration is studied. The low-frequency oscillations are in the frequency range supporting the long-range correlations between potential signals experimentally observed in TJ-II.

日本語訳

EUTERPEコードを用いたTJ-II三次元幾何形状における残留流の大域的線形ジャイロ運動論シミュレーションの結果を報告する。磁気面上で一様なポテンシャル摂動に対するプラズマの線形応答は、複数の振動周波数を示す。すなわち、SugamaとWatanabe(2006 Plasma Phys.72 825)による式と定性的に一致する測地線音波モード様の周波数と、ステラレータについてMishchenkoら(2008 Phys. Plasmas15 072309)およびHelanderら(2011 Plasma Phys. Control. Fusion53 054006)の予測と一致する、はるかに低い周波数の振動である。両振動のイオン温度および電子温度への依存性と磁気配置への依存性を調べた。低周波振動は、TJ-IIで実験的に観測されたポテンシャル信号間の長距離相関を支持する周波数範囲にある。

装置

tj-ii高精度(タイトル一致)

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StellaratorTJ-II
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