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MEASUREMENTS OF THE HALL DYNAMO IN THE REVERSED FIELD PINCH EDGE DURING RECONNECTION EVENTS

机译:在重新连接事件期间,在逆转场捏边的霍尔发电机的测量

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The fluctuation induced electromotive force -/ne, or the Hall dynamo, has been measured in the edge plasma of the Madison Symmetric Torus (MST) reversed-field pinch during global reconnection events, which are characterized by strong activity of the internally resonant resistive tearing modes. The Hall dynamo reaches its maximum in the vicinity of the reversal surface, where it drives the plasma current and balances the inductive electric field, but it is reduced away from the reversal surface.
机译:在全球重新连接事件期间,在麦迪逊对称环节(MST)反转场夹的边缘等离子体中测量了波动感应电动势 - / NE或霍尔发电机,其特征是内部谐振电阻撕裂模式。霍尔发电机在逆转表面附近达到其最大值,在那里它驱动等离子体电流并使电感电场平衡,但它减少了远离逆转表面。

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