带电亚微米尘埃从地球表面向高层电离层传输的困难

N. Wickramasinghe, Michael J. Rycrof, Millington Road Cambridge Cb Hw Uk. Caesar Consultancy
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引用次数: 7

摘要

讨论了细菌大小的带电尘埃粒子从平流层到高电离层的输运。在活跃的雷暴和晴朗的天气条件下,与全球电路相关的最大电场,我们表明电力不足以克服重力,将尘埃颗粒从平流层上升到电离层约400公里的高度,最近在国际空间站的轨道上发现了它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Difficulty of the Transport of Electrically Charged Submicron Dust from the Earth’s Surface to the High Ionosphere
The transport of electrically charged bacterial-sized dust particles from the stratosphere to the high ionosphere is discussed. With the maximum electric field associated with the Global Electric Circuit during both active thunderstorm and fair weather conditions, we show that electric forces are inadequate to overcome gravity in lofting dust particles from the stratosphere to heights of ~ 400 km in the ionosphere, where they have recently been discovered at the orbit of the International Space Station.
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