Simulation of the Titan atmosphere with the non-hydrostatic general circulation model

Physics

Scientific paper

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Scientific paper

We apply non-hydrostatic, gas-dynamics general circulation model to simulate the dynamics of Titan atmosphere. The model is coupled with the detailed microphysical model of tholin aerosols. Simulations reproduce zonal superrotation with a maximum velocity up to 200-240 m/sec in the jet core between 200 and 300 km altitude and wave-2 features in zonal aerosol distribution.

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