Numerical modeling of chemical kinetics processes in planetary atmospheres

Details Numerical modeling of chemical kinetics processes in planetary atmospheres Numerical modeling of chemical kinetics processes in planetary atmospheres

Aug 1976

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976stin...7630132k&link_type=abstract

"Numerical modeling of chemical kinetics processes in planetary atmospheres NASA Transl. into ENGLISH of "Chislennoye modelirova

Computer Science

Atmospheric Models, Chemical Reactions, Planetary Atmospheres, Reaction Kinetics, Atmospheric Chemistry, Atmospheric Diffusion, Boundary Value Problems, Carbon Dioxide, Photodissociation

Scientific paper

A stable finite difference method incorporating a decomposition operator is formulated for the numerical solution of a nonsteady multiconstituent boundary value diffusion problem, where chemical reactions are involved. Numerical results are given for an aeronomic model of the Martian atmosphere incorporating eddy diffusion. Since theoretical estimates show the observed stability of the Martian atmosphere to CO2, photodissociation can be explained in terms of a relatively simple sequence of chemical reactions without using the hypothesis of an anomalously high rate of turbulent mixing.

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