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Non-linear simulations of internal reconnection events in spherical tokamaks

T. Hayashi, N. Mizuguchi, T.H. Watanabe, Y. Todo, T. Sato, Complexity Simulation Group2000年被引用 14Nuclear FusionIF 3出版社

Three dimensional MHD simulations areexecuted in a full toroidal geometry to clarify the physicalmechanisms of the internal reconnection event (IRE) which is observedin spherical tokamak experiments. The simulation results reproduceseveral main properties of IREs. A notable property in the lineargrowth of modes is the simultaneous excitation of multiple low nmodes, which grow together with similar growth rates. A spontaneousphase alignment mechanism among these excited modes is found in thenon-linear stage of the development, which causes a bulge-likedeformation of the torus and subsequent expulsion of heat energy tothe external region through the occurrence of external reconnection.

日本語訳

三次元MHDシミュレーションは,球状トカマク実験で観測される内部リコネクション事象(IRE)の物理メカニズムを明らかにするために,完全トロイダル形状で実行された。シミュレーション結果はIREのいくつかの主要な性質を再現する。モードの線形成長における顕著な性質は,複数の低nモードが同時に励起され,それらが類似の成長率でともに成長することである。励起されたこれらのモード間の自発的な位相整合メカニズムが,発展の非線形段階において見いだされ,それがトーラスのバルジ状変形を引き起こし,続いて外部リコネクションの発生を通じて熱エネルギーが外部領域へ排出される。

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Spherical tokamakMagnetic reconnection
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