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Influences of the solar incidents on the Ionosphere

机译:太阳事件对电离层的影响

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The outmost layer of the atmosphere is called Ionosphere. This region is a natural plasma which is formed by the ionized molecules by high energy radiation comes from Sun. So, the content of the Ionosphere are made up of by the positive ions and free electrons. Content of the free electrons is called as Total Electron Content (TEC) and this is expressed by the number of free electrons on a cylinder which has one meter square cross sectional area. This electron content which is free in the ionosphere is highly effective on the radio signals that emits from earth or comes from space. The signal path varies according to the amount of the electrons. Starting from these dynamics, the predictions according to the Ionospheric TEC values could be made by looking to the affects of the electromagnetic signals, emitted from the GNSS (Global Navigation Satellite System) network, and to the delay of the duration time to reach the receiver. In this study, the influences of the solar incidents on the TEC variations have been examined.
机译:大气的最外层称为电离层。该区域是自然等离子体,它是由来自太阳的高能辐射由电离的分子形成的。因此,电离层的含量由正离子和自由电子组成。自由电子的含量称为总电子含量(TEC),它由圆柱体上自由电子的数量表示,该圆柱体的横截面积为1米见方。电离层中游离的电子含量对从地球发射或来自太空的无线电信号非常有效。信号路径根据电子数量而变化。从这些动力学出发,可以通过查看从GNSS(全球导航卫星系统)网络发出的电磁信号的影响以及到达接收器的持续时间的延迟来做出根据电离层TEC值的预测。 。在这项研究中,已经研究了太阳事件对TEC变化的影响。

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