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Studying ionospheric responses to magnetic storms depending on the local time of the storm main phase onset

机译:根据风暴主相开始的当地时间研究电离层对磁暴的响应

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摘要

A morphological analysis of vertical sounding data obtained in Irkutsk from 2003 to 2008 has been performed. The AE index was used to determine the geomagnetic activity level, and the storm main phase onset was registered based on the D _(st) index. The ionospheric response to a magnetic storm was estimated based on the relative deviation of the critical frequency and altitude of the ionospheric F2 region from the median values. Superstrong magnetic storms and storms without positive initial phases were not considered when the data were selected. We found that positive ionospheric disturbances, which were accompanied by an increase in the F2 region maximum altitude, predominated between the storm initial phase and main phases during all considered magnetic storms. Between these storm phases, negative disturbances were only registered at night. Predominance of positive ionospheric disturbances over negative ones can be related to the selection of storms for studies.
机译:对伊尔库茨克市2003年至2008年获得的垂直测深数据进行了形态分析。使用AE指数确定地磁活动水平,并根据D _(st)指数记录风暴主相的发作。电离层对磁暴的响应是根据电离层F2区域的临界频率和高度与中值的相对偏差估算的。选择数据时,不考虑超强磁暴和没有正初始相位的暴风。我们发现,在所有考虑的磁暴期间,正电离层扰动都伴随着F2区域最大高度的增加,主要集中在风暴初始阶段和主要阶段之间。在这些风暴阶段之间,负面干扰仅在晚上出现。电离层正电性干扰相对于负电离性干扰的优势可能与研究风暴的选择有关。

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