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The seasonal anomalies in ionosphere over Turkey

机译:土耳其电离层的季节性异常

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The ionosphere is a region on the Earth's upper atmosphere which extends between 50 km to 1000 km from the ground. It is a layer that consists gases which are ionized by solar radiation. Solar radiation and incident angle of the Sun is important to understand how the Ionosphere affects the radio waves. Total Electron Content (TEC) is one of the important parameters that characterizes Ionosphere and directly related with the Sun's activity. The Ionosphere reflects radio waves and provides communication to distance places in short wave radio communication. In this study, behaviours of the Ionosphere in Turkey are examined for soltice and equinox periods between the years 2009 and 2012 which are one of solar minima and solar maxima periods, respectively by using Symmetric Kullback-Leibler Distance and L2 Norm methods.
机译:电离层是地球上层大气的一个区域,距地面50 km至1000 km。它是一层由太阳辐射电离的气体组成的层。太阳辐射和太阳的入射角对于了解电离层如何影响无线电波很重要。总电子含量(TEC)是表征电离层并与太阳活动直接相关的重要参数之一。电离层反射无线电波并在短波无线电通信中向远处提供通信。在这项研究中,通过使用对称Kullback-Leibler距离和L2范数方法,分别研究了土耳其电离层的行为,探讨了2009年至2012年之间的寒冬和春分期间,这是太阳的最小和太阳最大的时期之一。

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