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MONITOR Ionospheric Network: two case studies on scintillation and electron content variability

机译:监测电离层网络:关于闪烁和电子含量变化的两个案例研究

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摘要

The ESA MONITOR network is composed of high-frequency-sampling global navigation satellite systems (GNSS) receivers deployed mainly at low and high latitudes to study ionosphere variability and jointly with global GNSS data and ionospheric processing software in support of the GNSS and its satellite-based augmentation systems (SBAS) like the European EGNOS. In a recent phase of the project, the network was merged with the CNES/ASECNA network and new receivers were added to complement the latter in the western African sector. This paper summarizes MONITOR, presenting two case studies on scintillations (using almost 2 years of data measurements). The first case occurred during the major St. Patrick’s Day geomagnetic storm in 2015.\udThe second case study was performed in the last phase of the project, which was supported by ESA EGNOS Project Office, when we paid special attention to extreme events that might degrade the system performance of the European EGNOS.
机译:ESA MONITOR网络由主要在低纬度和高纬度地区部署的高频采样全球导航卫星系统(GNSS)接收器组成,以研究电离层的可变性,并与全球GNSS数据和电离层处理软件共同支持GNSS及其卫星-像欧洲EGNOS这样的基于增强的系统(SBAS)。在项目的最近阶段,该网络与CNES / ASECNA网络合并,并添加了新的接收器以补充西非地区的后者。本文总结了MONITOR,介绍了两个有关闪烁的案例研究(使用了近两年的数据测量)。第一个案例发生在2015年圣帕特里克节(St. Patrick's Day)地磁风暴中。\​​ ud第二个案例研究在项目的最后阶段进行,得到了ESA EGNOS项目办公室的支持,当时我们特别注意了可能发生的极端事件降低了欧洲EGNOS的系统性能。

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