STUDIES OF THE DYNAMICS OF SOL-GEL TRANSITION AND THE FORMATION OF NANOSTRUCTURES IN A COLLOIDAL SOLUTION

Abstract: 

The article presents the results of the research of the dynamics of sol-gel transition and the formation of nanostructures in a colloidal solution. The correlation function of Van Hove, the incoherent scattering function and mean square displacement of particles at different temperatures and bulk density were calculated on the basis of modeling data. Non-Gaussian effects of the numerical evaluation of dynamic heterogeneity, and determined the temperature of gelation at different densities were used. The radial distribution functions of particles and of the self-intermediate scattering function are calculated and analyzed here.

Key words: 

percolation problems (theory), colloidal suspension, aging, nanocolloids.

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