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On the response of the equatorial and low latitude ionospheric regions in the Indian sector to the large magnetic disturbance of 29 October 2003

机译:关于印度地区的赤道和低纬度电离层地区对2003年10月29日大磁扰的响应

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摘要

The present paper investigates the response of the equatorial and low latitude ionosphere over the Indian longitudes to the events on 29 October 2003 using ionosonde data at Trivandrum (8.5° N (0.5° N geomagnetic), 77° E) and SHAR (13.7° N (5.7° N geomagnetic), 80.2° E), ground-based magnetometer data from Trivandrum and Total Electron Content (TEC) derived from GPS data at the locations of Ahmedabad (23° N (15° N geomagnetic), 72° E), Jodh-pur (26.3° N (18.3° N geomagnetic), 73° E) and Delhi (28° N (20° N geomagnetic), 77° E). Following the storm sudden commencement, the TEC at all the three stations showed an overall enhancement in association with episodes of interplanetary electric field penetration. Interestingly, real ionospheric height profiles derived using the ionosonde data at both Trivandrum and SHAR showed significant short-term excursions and recoveries. In the post noon sector, these features are more pronounced over SHAR, an off equatorial station, than those over Trivandrum indicating the increased effects of neutral winds.
机译:本文利用特里凡得琅(8.5°N(0.5°N地磁),77°E)和SHAR(13.7°N)的离子探空仪数据,调查了印度经度的赤道和低纬度电离层对2003年10月29日事件的响应。 (5.7°N地磁),80.2°E),来自Trivandrum的地面磁力计数据以及从艾哈迈达巴德(GPS)数据在艾哈迈达巴德(23°N(15°N地磁),72°E)的总电子含量(TEC) ,焦特布尔(26.3°N(18.3°N地磁),73°E)和德里(28°N(20°N地磁),77°E)。在暴风雨突然开始之后,这三个站的TEC都显示出与行星际电场穿透事件相关的整体增强。有趣的是,使用Trivandrum和SHAR上的电离探空仪数据得出的实际电离层高度剖面显示出明显的短期偏移和恢复。在正午之后,赤道站外的SHAR上的这些特征比Trivandrum上的那些特征更明显,表明中性风的影响增加。

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