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Effects of core stochastization on particle and momentum transport

Yoshiaki Ohtani, Kenji Tanaka, Hiroe Igami, Katsumi Ida, Yasuhiro Suzuki, Yuki Takemura, Hayato Tsuchiya, Mike Sanders, Mikirou Yoshinuma, Tokihiko Tokuzawa2021年被引用 5Nuclear FusionIF 3出版社

The effects of the stochastic magnetic field in a plasma center produced by electron cyclotron current drive (ECCD) on transport have been revealed. Because the electron temperature profile is flat in the core region, in the case of counter-directed ECCD (ctr-ECCD) against the toroidal magnetic field, the magnetic field is stochastic in the core region with rotational transform ᵼ ∼ 1/3. The particle diffusion coefficient of the ctr-ECCD plasma is approximately 20 times as large as that of the plasma without the stochastic magnetic field produced by co-directed ECCD (co-ECCD) at the maximum. Furthermore, in the stochastic magnetic field with ctr-ECCD, counter-directed intrinsic rotation is observed in the plasma with balanced NBI discharge.

日本語訳

ECCDによって生成されたプラズマ中心部の確率的磁場が輸送に及ぼす影響が明らかにされた。電子温度分布が中心領域で平坦であるため、トロイダル磁場に対して反方向のECCD(ctr-ECCD)の場合、回転変換ι∼1/3を有する中心領域で磁場は確率的となる。ctr-ECCDプラズマの粒子拡散係数は、最大で、co-ECCDによって生成された確率的磁場のないプラズマの約20倍となる。さらに、ctr-ECCDによる確率的磁場中では、バランス型NBI放電プラズマにおいて反方向の固有回転が観測される。

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