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APS -2017 Annual Meeting of the APS Mid-Atlantic Section- Event - Understanding Space Plasmas Through Laboratory Experiments.

机译:APS -2017年APS大西洋中部分会年会-活动-通过实验室实验了解空间等离子体。

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In the space plasma environment it is hard to pinpoint the causality of events and isolate a specific phenomenon for precise and repeated measurements necessary for definitive conclusion. Complementary laboratory experiments scaled to the appropriate space conditions can help in understanding the physics. Coordinated analyses using both laboratory and space data have been shown to clarify subtleties of space plasma processes. Specific examples will be discussed to highlight the synergy derived from laboratory experiments in understanding natural plasma phenomena. These include cause and effect of turbulence in space, coherent and incoherent processes associated with triggered/chorus emissions frequently observed in the radiation belts, and structure and dynamics of boundary layers such as dipolarization fronts, etc.
机译:在空间等离子体环境中,很难查明事件的因果关系并隔离特定现象,以进行精确和重复的测量,以得出确定的结论。缩放到适当空间条件的补充实验室实验可以帮助您理解物理学。使用实验室和空间数据进行的协调分析已显示出澄清了空间等离子体过程的精妙之处。将讨论特定的示例以强调从实验室实验中获得的理解自然等离子体现象的协同作用。这些因素包括空间湍流的因果关系,与辐射带中经常观察到的触发/合唱发射相关的相干和非相干过程,以及边界层的结构和动力学(例如双极化前沿)等。

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