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Study on plasma waves and electron density profile around the moon observed by KAGUYA in the solar wind

机译:KAGUYA在太阳风中观测到的月球周围的等离子体波和电子密度分布的研究

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The moon has basically no intrinsic magnetic field and atmosphere, and plasma cavity called “Lunar Wake”' is created just behind the moon in the solar wind. Electrons which collided with moon surface are supposed to be carried toward downstream region of solar wind forming unique electron density distribution around the moon. In the present paper, we study electron density profile around the moon at nominal altitude of KAGUYA (∼100km) in the solar wind controlled by the parameters such as IMF direction and solar wind velocity.
机译:月亮基本上没有内在的磁场和大气层,而在太阳风中,在月亮的后面就形成了称为“月球唤醒”的等离子体腔。与月球表面碰撞的电子应该被带向太阳风的下游区域,从而在月球周围形成独特的电子密度分布。在本文中,我们研究了由IMF方向和太阳风速等参数控制的太阳风中KAGUYA(〜100km)标称高度处月球周围的电子密度分布。

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