Vol. 11, issue 12, article # 1

Abstract:

Based on most common models of the low atmospheric aerosol we have studied the information content of the expansion coefficients of the scattering phase matrix elements over the generalized spherical functions. By modeling the stochastic relations among the informative characteristics of the expansion coefficients and aerosol microstructure parameters, under conditions of aerosol transformations, we have estimated the corresponding correlation coefficients. Regression equations are constructed for estimates of the effective radii of particles in aerosol fractions and their mixtures, as well as for relative content of the components at different stages of aerosol transformation.