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Ionospheric Mapping Function for Total Electron Content (TEC) Using Global Positioning System (GPS) Data in Malaysia

机译:使用全球定位系统(GPS)数据在马来西亚的电离层映射功能(TEC)

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The ionosphere layer is very important to the communication system. This research involves the determination of total electron content (TEC) in ionosphere based on height in order to determine the appropriate TEC value for Malaysia and for the equitorial region generally. The ionospheric model used is the single layer model based on the Bernese GPS 5.0 Software. The ionosphere TEC map of Malaysia is produced by using the single layer model which can be found in Bernese GPS 5.0 Software. Results show that the ionospheric variation especially the TEC values are different relative to the height studied. The appropriate TEC value for Malaysia is at the height 450 km and the maximun TEC value is at the height of 150 km. These variations play an important role in understanding the TEC nature in ionosphere and thus will simplify the studies about phenomenon happen in ionosphere especially in Malaysia.
机译:电离层层对通信系统非常重要。该研究涉及基于高度测定离子层中的总电子含量(TEC),以确定马来西亚和平衡区域的适当TEC值。使用的电离层模型是基于伯尔尼GPS 5.0软件的单层模型。马来西亚的电离层TEC地图是通过使用可以在伯尔尼GPS 5.0软件中找到的单层模型来生产。结果表明,相对于研究的高度,特别是TEC值的电离层变化是不同的。马来西亚的适当TEC价值在450公里处,最大的TEC值位于150公里。这些变化在理解电离层中的TEC性质方面发挥着重要作用,从而简化了对电离层中的现象的研究特别是在马来西亚。

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