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Electron-scale physics in magnetic reconnection

Hengyan Man ; Meng Zhou ; Zhihong Zhong ; Xiaohua Deng

地球与行星物理论评, 2022-09, Vol.53 (5), p.544-555

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Título:
Electron-scale physics in magnetic reconnection
Autor: Hengyan Man ; Meng Zhou ; Zhihong Zhong ; Xiaohua Deng
Assuntos: diffusion region ; electron acceleration ; magnetic flux rope ; magnetic reconnection ; reconnection front
É parte de: 地球与行星物理论评, 2022-09, Vol.53 (5), p.544-555
Descrição: Magnetic reconnection is one of the important physical mechanisms for the conversion of magnetic energy into plasma energy, which is closely related to many explosive phenomena in space. Magnetic reconnection is a cross-scale physical process, in which the physical process at the electron-scale plays key roles in triggering reconnection and facilitating reconnection fast, hence it has attracted much attention. After the launch of the magnetospheric multiscale (MMS) satellite in 2015, the unprecedented high-resolution data provided by MMS enable us to have a new understanding of the electron-scale physics. This paper briefly summarizes the recent research progresses of electron-scale physics in magnetic reconnection based on the observational results of MMS. We divided the reconnection region into the electron diffusion region, ion diffusion region and reconnection exhaust, and summarized the electron scale physical processes from many aspects. The main contents are as follows: The electron diffusion region ca
Editor: Editorial Office of Reviews of Geophysics and Planetary Physics
Idioma: Chinês

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