利用非相干散射雷达测量电离层对2008年8月1日日全食的响应

M. Momani
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引用次数: 1

摘要

在欧洲和格陵兰岛的三个非相干散射雷达站(如斯瓦尔巴群岛、特罗姆瑟和松德雷斯特罗姆)研究了电离层对2008年8月1日日全食的响应。观测结果表明,在日食期间,电子密度、温度、离子速度和等离子体截止频率明显下降,特别是在09:00 - 10:00 UT之间。在海拔200公里以下的E层和F1层中可以清楚地看到耗竭,在这些地区,耗竭与日食函数同步。在电离层F2层(300 ~ 400 km),电子密度降低周期较长,F2最大降低发生在10:00 ~ 15:00 UT之间。比较特罗姆瑟站的电子和离子温度响应,发现只有电子温度显著下降(−700 K)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The ionospheric response to the 1st August 2008 total solar eclipse using incoherent scatter radar measurements
The ionospheric response to the 1st August 2008 total solar eclipse has been investigated at three incoherent scatter radar stations over Europe and Greenland (e.g. Svalbard, Tromso and Sondrestrom). The observations show obvious decrease in the electron density, temperature, ion velocity and plasma cutoff frequency during the period of solar eclipse particularly between 09:00 and 10:00 UT. The depletion was clearly seen in the E and F1 layers at altitudes below 200 km where in these regions the depletion was synchronous with the eclipse function. In the F2 layer of ionosphere (300–400 km), different response was seen with long period of electron density reduction and reduction in F2 maximum occurred between 10:00 and 15:00 UT. A comparison between the electron and ion temperature response at Tromso station shows a significant decrease in electron temperature only (value of −700 K).
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