On 'potential' well treatment for atmospheric gravity waves

Physics

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Atmospheric Models, Gravity Waves, Lower Atmosphere, Propagation Modes, Wave Propagation, Wave Scattering, Atmospheric Composition, Eigenvalues, F Region, Lamb Waves, Mathematical Models, Numerical Integration

Scientific paper

The paper examines the 'potential' well treatment for atmospheric gravity waves. The gravity wave propagation problem in the lower atmosphere may be reduced into a scattering problem with an 'effective' potential; in such formalism, the eigenvalues may be discrete, corresponding to fully guided modes and partially guided modes, or may be continuous, corresponding to free modes. A phase shift analysis reveals two 'resonance' states corresponding to horizontal phase velocities of 309.7 and 264.2 m/s, which may be identified as the Lamb mode and the s2 mode, respectively. It is concluded that atmospheric structure is not likely to be a means for ducting the F region gravity wave

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