Self-consistent development of fast magnetic reconnection with an anomalous resistivity model

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概要

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• Computer simulation demonstrates the development of fast magnetic reconnection by a self-consistent anomalous resistivity model which causes an explosive magnetic energy conversion. In the earlier stage of the fast reconnection development anomalous resistivity grows locally near an X-type neutral point forming a large-scale X-type field configuration. When the anomalous resistivity fully develops, magnetic island is suddenly formed and a pair of X points move in the directions opposite to each other. The self-consistent development of fast reconnection is generally consistent with satellite observations and may hence be considered as a basic energy converter of magnetospheric substorms.

• 国立極地研究所の論文

著者

• Ugai M

  Ehime Univ.

• Ugai Masayuki

  Department Of Computer Science Ehime University

関連論文

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• Thermo-dynamic plasma expansion acceleration in asymmetric spontaneous fast magnetic reconnection

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