Non-local thermodynamic equilibrium in CO2 in the middle atmosphere. I. Input data and populations of the ν3 mode manifold states

Details Non-local thermodynamic equilibrium in CO2 in the middle atmosphere. I. Input data and populations of the ν3 mode manifold states Non-local thermodynamic equilibrium in CO2 in the middle atmosphere. I. Input data and populations of the ν3 mode manifold states

Feb 1998

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998jastp..60..289s&link_type=abstract

Journal of Atmospheric and Solar-Terrestrial Physics, Volume 60, Issue 3, p. 289-314.

Physics

23

Scientific paper

The CO2 NLTE problem has been extended to account for all vibrational states and transitions included in the HITRAN-92 database of spectroscopic parameters. The set of the rate constants for V-T and V-V collisional processes and the model for pumping the CO2 states by OH(ν) have been revised. The effect of the vertical kinetic temperature and O mixing ratio profiles on the vibrational temperatures of the ν3 mode manifold states as well as the dependence of these temperatures on the solar zenith angle have been examined in detail. In the daytime, the lower boundary of the NLTE layer tends to reach the ground when the energy of the ν3 mode manifold states increases.

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