Concerning the wavelength dependence of the effective diffusion coefficient determined from radar meteor data

Details Concerning the wavelength dependence of the effective diffusion coefficient determined from radar meteor data Concerning the wavelength dependence of the effective diffusion coefficient determined from radar meteor data

Oct 1982

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1982ge%26ae..22..867n&link_type=abstract

Geomagnetizm i Aeronomiia, vol. 22, Sept.-Oct. 1982, p. 867, 868. In Russian.

Computer Science

Diffusion Coefficient, Meteor Trails, Radar Data, Radar Echoes, Electron Distribution, Ion Concentration, Radio Meteors, Signal Reflection

Scientific paper

It is noted that the effective diffusion coefficient determined from the decrease in amplitude of a radar signal reflected from a meteor trail is wavelength-dependent if the electron distribution across the trail is non-Gaussian. The effective diffusion coefficient is found to increase as wavelength increases; this dependence is formulated as Deff = lambda to the 0.4 power. One reason for the existence of a wavelength dependence of the effective diffusion coefficient may be the complex ionic composition of the meteor trail.

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