Abstract
We have studied the pore size dependences of association processes for dye molecules incorporated into the matrix of a porous silicate glass. We have determined the structures of the associates of dye molecules as a function of the type of dye, the dye concentration, and the matrix pore sizes. We have established a nonuniform distribution of the complex dye molecules in the porous glass matrix, which is responsible for the higher efficiency of the association processes for the adsorbed molecules compared with alcoholic solutions of these dyes.
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