Possibility of the existence of a solitary internal gravity wave in an unbounded isothermal atmosphere

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Atmospheric Physics, Gravity Waves, Internal Waves, Isothermal Processes, Solitary Waves, Compressible Fluids, Coupled Modes, Nonlinear Systems, Perturbation Theory

Scientific paper

The method of coupled modes is used to obtain an equation describing nonlinear stationary waves in an unbounded compressible isothermal atmosphere. An analysis is presented of the solution, which is in the form of a solitary internal gravity wave propagating in the horizontal direction. It is shown that intense perturbations of this type can propagate with a velocity significantly exceeding the velocity of sound.

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