The nonlinear thermodynamics of meteors, noctilucent clouds, enhanced airglow and global atmospheric circulation

Details The nonlinear thermodynamics of meteors, noctilucent clouds, enhanced airglow and global atmospheric circulation The nonlinear thermodynamics of meteors, noctilucent clouds, enhanced airglow and global atmospheric circulation

Aug 1987

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1987maph...25..266r&link_type=abstract

In International Council of Scientific Unions, Middle Atmosphere Program. Handbook for MAP, Volume 25 p 266-271 (SEE N88-14502 0

Mathematics

Logic

Airglow, Atmospheric Circulation, Meteorites, Noctilucent Clouds, Thermodynamics, Annual Variations, Bolides, Mathematical Models, Mesosphere, Neutral Particles, Night Sky

Scientific paper

Two types of fundamental topological junctions of elements are deduced from a nonlinear thermodynamical model. Using this scheme, the possibility of a causal relation between fireballs and faint meteors as nonlinear sources on the one hand, and noctilucent clouds (NC) and Hoffmeister's enhanced airglow (EA) as complementary formative processes in the middle atmosphere and ionosphere, on the other hand, is examined. The principal role of the global atmospheric circulation in this relation is demonstrated. Such circulation in the mesosphere appears to prevent the neutral dust dissipated by fireballs from becoming an efficient agent in NLC generation. In this case, the behavior of ionized material deposited by both the bright and faint meteors is more probably controlled, as shown from the annual variation of the E sub s layer by the darkness of lunar eclipses and the global circulation of the lower thermosphere. The role of fireballs and neutral dust might be more significant as a source of EA phenomenon.

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