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Upper-atmosphere perturbations at subauroral latitudes during an intense geomagnetic storm

机译:强烈的地磁风暴期间极光下纬度的高层大气扰动

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摘要

Neutral gas density data of molecular nitrogen N_2 and atomic oxygen O between 310 km and 330 km altitude as obtained by the Dynamic Explorer 2 satellite and ground-based foF2 data with ionosondes were used to examine the response of the thermo-sphere-ionosphere system to the intense geomagnetic storm of September 5, 1982. A comparison of simultaneous measurements of gas composition and peak electron density was obtained. Increase of N_2 concentration and concurrent decrease of O concentration is observed. The N_2 variation is greater than the O variation. Both changes contribute to explain the reduction in ionization density. Delayed increases of ionization are attributed to particle precipitation rather than to ionization transport.
机译:由Dynamic Explorer 2卫星获得的310 km至330 km海拔高度的分子氮N_2和原子氧O的中性气体密度数据以及带电离声探仪的地面foF2数据用于检验热球电离层系统对1982年9月5日的强烈地磁风暴。获得了同时测量气体成分和峰值电子密度的比较。观察到N_2浓度增加而O浓度同时减少。 N_2变化大于O变化。两种变化都有助于解释电离密度的降低。电离的延迟增加归因于颗粒沉淀而不是电离传输。

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