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Trajectory of a compact toroid tangentially injected into a tokamak

C. Xiao, A. Hirose, W. Zawalski1998年被引用 12Nuclear FusionIF 3出版社

A compact toroid (CT) penetrating into a tokamak discharge is modelled as a conducting solid sphere with an intrinsic magnetic moment. Equations of CT motion in tokamak discharges are derived and used to calculate the trajectory of a CT with parameters pertinent for penetrating the ITER tokamak. The advantage of tangential CT injection and the optimal directionof the initial magnetic moment are discussed.

日本語訳

トカマク放電中に侵入するコンパクトトーラス(CT)を、固有磁気モーメントを持つ導電性固体球としてモデル化する。トカマク放電中におけるCTの運動方程式を導出し、それらを用いて、ITERトカマクへの侵入に適したパラメータを持つCTの軌道を計算する。接線方向のCT入射の利点と、初期磁気モーメントの最適な向きについて議論する。

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