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Ionosphere response to geomagnetic storms on 7-8 September 2017 over Kharkiv (Ukraine)

机译:2017年9月7日至8日,哈尔科夫(乌克兰)电离层对地磁风暴的反应

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Response of middle latitude ionospheric F-region to two sequential geomagnetic storms on 7–8 September 2017 has been studied using the incoherent scatter radar of Institute of Ionosphere $(49.60^{circ}N, 36.30^{circ}E)$. The G3-class geomagnetic storm on 7 September and the G4-class geomagnetic storm on 8 September had close intensities. The first geomagnetic storm was accompanied by the positive disturbance during the main phase and the negative disturbance during the recovery phase. Effects of the second geomagnetic storm caused the negative disturbance. The ionosphere was characterized by a largescale variation in critical frequency $fo F2$ (from 6 to 8 MHz and from 6 to 4 MHz), F2-layer peak height $hm F2$ (by 70–80 km) and the vertical plasma drift velocity oscillations (up to 50–80 m/s).
机译:使用电离层研究所的非相干散射雷达$(49.60 ^ {\ circ} N,36.30 ^ {\ circ} E)$研究了中纬度电离层F区对2017年9月7日至8日两次连续地磁暴的响应。 9月7日的G3级地磁暴和9月8日的G4级地磁暴强度接近。第一次地磁风暴伴随着主阶段的正扰动和恢复阶段的负扰动。第二次地磁风暴的影响引起了负面干扰。电离层的特征是临界频率$ fo F2 $(从6到8 MHz和从6到4 MHz),F2层峰高$ hm F2 $(到70-80 km)和垂直等离子体漂移发生大规模变化速度振荡(高达50–80 m / s)。

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