Comparison of Global Vertical Total Electron Content from Various Global Data Centers

Shambel Gizachew, Belay Sitotaw, G. Tsidu
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Abstract

In this study, the inter-comparison of various global vertical total electron contents are derived from Global Positioning System (GPS) networks worldwide. Based on observation data obtained from global network of dual frequency, the ionospheric variability on one full year, 2008 is studied through the vertical electron conten distribution GPS. The comparisons are aimed at comparability of the different vertical total electron content data sets in terms of absolute magnitude, capturing diurnal, seasonal variability globally. Total electron content (TEC) values were compared by computing the TEC differences among different stations. Most of the data sets exhibit expected diurnal variability with some differences on the absolute magnitude of vertical total electron content moreover, seasonally, the variability is also comparable. In this observation, highest vertical electron contents are observed on the Jet prolusion laboratory. It is followed by International global service, vertical total electron content and the least is observed on the Polytechnical University data sets.
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全球不同数据中心的全球垂直总电子含量比较
本研究利用全球定位系统(GPS)的全球垂直总电子含量进行相互比较。利用全球双频网络观测资料,利用GPS垂直电子含量分布研究了2008年全年的电离层变化。比较的目的是比较不同垂直总电子含量数据集在绝对量级上的可比性,捕捉全球的日、季节变化。通过计算不同台站间总电子含量(TEC)的差异,比较了总电子含量(TEC)值。大多数数据集表现出预期的日变异性,但在垂直总电子含量绝对值上存在一定差异,而且季节变异性也具有可比性。在这个观测中,在喷射推进实验室观察到最高的垂直电子含量。其次是国际全球服务,垂直总电子含量,在理工大学数据集上观察到的最少。
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