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首页> 外文期刊>Geoscience and Remote Sensing, IEEE Transactions on >Ionospheric Response to the Geomagnetic Storm on August 21, 2003 Over China Using GNSS-Based Tomographic Technique
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Ionospheric Response to the Geomagnetic Storm on August 21, 2003 Over China Using GNSS-Based Tomographic Technique

机译:基于GNSS的层析成像技术对中国2003年8月21日地磁风暴的电离层响应。

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摘要

The impacts of the August 21, 2003 geomagnetic storm on the ionosphere over China have been first investigated by using the so-called computerized ionospheric tomography (CIT) technique and the observations of the Crustal Movement Observation Network of China. Tomographic results show that the main ionospheric effects of this geomagnetic storm over China are as follows: 1) the negative storm phase effect appears in the F region and 2) the positive storm phase effect occurs above the F region. Meanwhile, some key features in the ionospheric structure have been revealed in the ionospheric images during the storm; this includes the disturbances and an elongated region of the reduced electron density at the latitude around 32$^{circ} hbox{N}$. Statistical comparisons are carried out to confirm the reliability of the global-navigation-satellite-system-based CIT reconstruction results using the profile obtained from ionosonde observations.
机译:首先利用所谓的计算机电离层层析成像(CIT)技术和中国地壳运动观测网络的观测资料,初步研究了2003年8月21日地磁风暴对中国电离层的影响。层析成像结果表明,这次中国上空的地磁风暴的主要电离层效应如下:1)负风暴相位效应出现在F区; 2)正风暴相位效应出现在F区上方。同时,暴风雨期间的电离层影像还揭示了电离层结构的一些关键特征。这包括扰动和电子密度降低的延伸区域,该区域的电子密度在纬度大约为32 $ ^ {circ} hbox {N} $附近。使用从离子探空仪观测获得的资料,进行统计比较以确认基于全球导航卫星系统的CIT重建结果的可靠性。

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