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Ionospheric disturbances generated by different natural processes and by human activity in Earth plasma environment

机译:不同自然过程和地球血浆环境中的人类活动产生的电离层干扰

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摘要

The magnetosphere-ionosphere-thermosphere subsystem is strongly coupled via the electric field, particle precipitation, heat flows and small scale interaction. Satellites in situ measurements and ground based complex diagnostics can provide comprehensive coverage of both time and geomagnetic place effects. Human activity also can perturb Earth s environment, but few are connected with controlled experiments in the ionosphere and are transient. Most of them are related to industrial activity and have increased in recent years. The most important power sources are broadcasting transmitters, power stations, power lines and heavy industry. At ionospheric altitude some disturbances and physical processes are related to seismic activity, thunderstorm activity and some global changes in the Earth environment such as ozone holes. Various natural and artificial indicators can affect satellite telecommunication quality. The aim of this presentation is to report progress in understanding the physical processes in the ionosphere described above and to assess the application of these considerations to the study of plasma effects on Earth-space and satellite-to-satellite communication.
机译:磁性影极 - 电离层 - 热层子系统通过电场,颗粒沉淀,热流和小规模相互作用强烈耦合。卫星在原位测量和基于地面的复杂诊断可以提供时间和地磁场所效果的全面覆盖。人类活动也可以扰乱地球环境,但很少有与电离层中的受控实验相连,并且是短暂的。其中大多数与工业活动有关,近年来增加。最重要的电源是广播发射器,电站,电力线和重工业。在电离层的高度,一些扰动和物理过程与地震活动,雷暴活动和地球环境中的一些全球变化有关,如臭氧孔。各种天然和人工指标会影响卫星电信质量。本介绍的目的是报告在理解上述电离层中的物理过程的进展,并评估这些考虑的应用于对地球空间和卫星到卫星通信的等离子体影响的研究。

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