1992•Chinese Journal of Space ScienceOpen access

NONLINEAR TRAVELLING IONOSPHERIC DISTURBANCE PRODUCED BY ATMOSPHERIC GRAVITY WAVES

HUANG CHAO-SONG, Jun Li

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Abstract

Nonlinear equation for atmospheric gravity waves is derived and nonlinear behavious of the waves are studied.Nonlinear ionospheric response to atmospheric gravity waves is also studied.The structures of nonlinear TIDs are presented.The nonlinear effects cause waveform distortion of TIDs.The disturted TIDs appear to be "sharp peaked" shapes and "sawtooth" shapes.The nonlinear theory of TIDs preserited in this paper can describe ionospheric irregularities and shows a good agreement with various observations on TIDs.

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Nonlinear equation for atmospheric gravity waves is derived and nonlinear behavious of the waves are studied.Nonlinear ionospheric response to atmospheric gravity waves is also studied.The structures of nonlinear TIDs are presented.The nonlinear effects cause waveform distortion of TIDs.The disturted TIDs appear to be "sharp peaked" shapes and "sawtooth" shapes.The nonlinear theory of TIDs preserited in this paper can describe ionospheric irregularities and shows a good agreement with various observations on TIDs.

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Available abstract

Nonlinear equation for atmospheric gravity waves is derived and nonlinear behavious of the waves are studied.Nonlinear ionospheric response to atmospheric gravity waves is also studied.The structures of nonlinear TIDs are presented.The nonlinear effects cause waveform distortion of TIDs.The disturted TIDs appear to be "sharp peaked" shapes and "sawtooth" shapes.The nonlinear theory of TIDs preserited in this paper can describe ionospheric irregularities and shows a good agreement with various observations on TIDs.

Key concepts: Ionosphere, Disturbance (geology), Nonlinear system, Gravity wave, Gravitational wave, Atmospheric wave, Physics, Geophysics

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