Mater.Phys.Mech.(MPM)
No 2, Vol. 20, 2014, pages 124-129

OPTICAL CHARACTERIZATION OF 3D DISPERSE SYSTEMS
WITH NANO- AND MICRO PARTICLES:
LIGHT SCATTERING MATRIX ELEMENTS

Alexandra G. Bezrukova, Olga L. Vlasova

Abstract

The multiparametric analysis of simultaneous optical data for nano and micro particle systems (ensembles, colloids, dispersions) by presentation of system characteristics as N-dimensional optical parameter vectors can help to elucidate differences or changes in the state of particles, the process of particle interactions, the particle share in mixtures and so on. In this paper, the light scattering matrix elements application as vector parameters is shown on the examples of influenza virus and colibacillus dispersions. This optical parameter ND vectors can serve as the innovative research platform for sensing different particle interfaces including biological ones.

Keywords: colibacillus; influenza virus; light scattering matrix elements; N-dimensional optical parameter vectors; nano and micro particle systems; on-line control; optical characterization

full paper (pdf, 1120 Kb)