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State studies of Earth's plasmasphere: A review

机译:地球等离子层的状态研究:回顾

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The plasmasphere sandwiched between the ionosphere and the outer magnetosphere is populated by up flow of ionospheric cold ( ~ 1 eV) and dense plasma along geomagnetic field lines. Recent observations from various instruments onboard IMAGE and CLUSTER spacecrafts have made significant advances in our understanding of plasma density irregularities, plume formation, erosion and refilling of the plasmasphere, presence of thermal structures in the plasmasphere and existence of radiation belts. Still modeling work and more observational data are required for clear understanding of plasmapause formation, existence of various sizes and shapes of density structures inside the plasmasphere as well as on the surface of the plasmapause, plasmasphere filling and erosion processes; which are important in understanding the relation of the process proceeding in the Sun and solar wind to the processes observed in the Earth's atmosphere and ionosphere.
机译:电离层冷(〜1 eV)和稠密的等离子体沿着地磁场线的向上流动填充了夹在电离层和外磁层之间的等离子层。 IMAGE和CLUSTER航天器上各种仪器的最新观测结果在我们对等离子体密度不规则,羽状形成,等离子层腐蚀和重新填充,等离子层中存在热结构以及辐射带的理解方面取得了重大进展。为了清楚地了解等离子体暂停的形成,等离子体球内部以及等离子体暂停表面上各种尺寸和形状的密度结构的存在,等离子体球的填充和侵蚀过程,还需要进行建模工作和更多的观测数据;这对于理解太阳和太阳风的过程与地球大气层和电离层中观察到的过程之间的关系非常重要。

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