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首页> 外文期刊>Journal of Geophysical Research, A. Space Physics: JGR >A high-latitude 8-hour wave in the mesosphere and lower thermosphere
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A high-latitude 8-hour wave in the mesosphere and lower thermosphere

机译:高纬度地区8个小时的波在中间层和较低的热成

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摘要

We used simultaneous multimission Fabry Perot interferometer neutral wind, airglow intensity, and temperature observations at Resolute (75°N) and meteor radar neutral wind observation at Esrange (68°N) to study a wave event with a period of close to 8 hours. On the basis of two days' worth of observations in October, we were able to show that during this event the 8-hour wave only appeared at Resolute (75°N) and damped from 87- to 97-km altitude with a vertical wavelength of ~35 km. The OH emission temperature 8-hour oscillation was leading that in the OH emission brightness, resulting a negative phase of Krassovsky ratio, which may be related to the damping of the wave. The 8-hour wave also appears to be affected by planetary waves, resulting in a small phase shift for the wave from the first to the second day.
机译:我们使用并发多任务Fabry佩罗干涉仪中性风、大气光强度,和温度观察坚决(75°N)和流星雷达观察中性风Esrange(68°N)研究一波活动段接近8个小时。10月天的观察能够证明在这事件8小时波只出现在坚决(75°N)和阻尼在87 - 97公里高度的垂直的波长的~ 35公里。8个小时的振动是主要的哦发射亮度,产生的负相Krassovsky比率,这可能是相关的波的衰减。受到行星波的影响,导致小波的第一个阶段转变第二天。

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