Study of the system of middle atmosphere-ionosphere using remote-sensing data

Physics

Scientific paper

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Atmospheric Physics, Earth Ionosphere, Planetary Waves, Remote Sensing, Spectral Methods, Stratosphere, Time Series Analysis, Wave Propagation, Atmospheric Circulation, Atmospheric Density, Coupling Coefficients, Electron Density (Concentration), Gravitational Waves, Nimbus Satellites, Temperature Distribution

Scientific paper

In the present investigation, the methods of statistical spectral analysis are employed for a study of the quasi-periodic changes of state parameters of the middle atmosphere and the ionosphere, taking into account oscillations with periods of several days. The considered oscillations are typical for planetary waves. The theory and empirical findings regarding transient planetary waves are utilized as a basis for the concepts employed in the data analysis and for the interpretation of the results. The results of the investigation show a presence of coherent variations in the time series of radiation density measurements and other state parameters for the middle atmosphere and the ionosphere. The existence of presumably dynamic coupling processes can be recognized in oscillations with periods of about 16 or 5 days.

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