Power spectra of thermal tidal and planetary waves in the near-Earth atmosphere and in the ionospheric D region at Kamchatka

G A Mikhailova Yu M Mikhailov O V Kapustina G I Druzhin S E Smirnov

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Power spectra of thermal tidal and planetary waves in the near-Earth atmosphere and in the ionospheric D region at Kamchatka

机译：堪察加半岛近地球大气层和电离层D区域的热潮汐波和行星波的功率谱

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Spectral analysis of the diurnal variations in the quasi-static electric field in the near-Earth atmosphere and VLF atmospheric radio noise at a frequency of 5.3 kHz, simultaneously observed in September-October 1999 at Paratunka observatory of the Institute of Cosmophysical Research and Radiowave Propagation, has been performed. The variations in the intensities of the spectral power density and the period durations of the variations in the T 8-24 h band and higher as functions of geomagnetic and seismic activities have been studied.

机译：1999年9月至10月在宇宙物理研究所和无线电波传播研究所的Paratunka天文台同时观测到的近地大气中准静态电场的日变化和5.3 kHz频率的VLF大气无线电噪声的频谱分析，已执行。研究了随着地磁和地震活动的变化，谱功率密度强度的变化以及T 8-24 h波段及更高波段的变化的周期持续时间。

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《Geomagnetism and Aeronomy》 |2009年第5期|p.1-15|共15页
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G A Mikhailova Yu M Mikhailov O V Kapustina G I Druzhin S E Smirnov;
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1. Power spectra of thermal tidal and planetary waves in the near-Earth atmosphere and in the ionospheric D region at Kamchatka [J] . Mikhailova GA, Mikhailov YM, Kapustina OV, Geomagnetism and aeronomy . 2009,第5期

机译：堪察加半岛近地球大气层和电离层D区的热潮汐波和行星波的功率谱
2. Effects of Solar and Geomagnetic Activities in Variations of Power Spectra of Electrical and Meteorological Parameters in the Near-Earth Atmosphere in Kamchatka during October 2003 Solar Events [J] . G. A. Mikhailova, O. V. Kapustina, S. E. Smirnov Geomagnetism and aeronomy . 2014,第5期

机译：太阳和地磁活动对堪察加半岛2003年10月太阳活动近地层大气电学和气象参数功率谱变化的影响
3. Variations in the Power Spectra of the Electric Fields in the Near-Earth Atmosphere at Kamchatka [J] . Yu. M. Mikhailov, G. A. Mikhailova, O. V. Kapustina, Geomagnetism and aeronomy . 2003,第3期

机译：堪察加半岛近地大气电场的功率谱变化
4. The role of planetary waves in the atmosphere-ionosphere interactions [C] . Victor D. Kokourov, Galina V. Vergasova, Edward S. Kazimirovsky International Symposium on Atmospheric and Ocean Optics/Atmospheric Physics . 2004

机译：行星波在大气 - 电离层相互作用中的作用
5. Sodium lidar observed variability in mesopause region temperature and horizontal wind: Planetary wave influence and tidal-gravity wave interactions. [D] . Li, Tao. 2005

机译：激光雷达钠观测到了更年期区域温度和水平风的变化：行星波影响和潮汐重力波相互作用。
6. Exploring the Kamchatka Geothermal Region in the Context of Life’s Beginning [O] . Vladimir N. Kompanichenko 2019

机译：在生命开始的背景下探索堪察加地热区
7. Planetary Wave Coupling (5-6-Day Waves) in the Low Latitude Atmosphere-Ionosphere System [O] . Pancheva D, Mukhatrov PJ, Mitchell NJ, 2008

机译：低纬度大气-电离层系统中的行星波耦合（5-6天波）
8. Middle Atmosphere Dynamics with Gravity Wave Interactions in the Numerical Spectral Model: Tides and Planetary Waves [R] . Mayr, H. G., Mengel, J. G., Chan, K. L., 2010

机译：数值谱模型中具有重力波相互作用的中层大气动力学：潮汐和行星波

Power spectra of thermal tidal and planetary waves in the near-Earth atmosphere and in the ionospheric D region at Kamchatka

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