Synthesis of Composites Based on Polymer Binders and Water-Soluble Strongly Polar Phthalocyanine Aimed at Developing Functional Nanomaterials

摘要

The results of spectral studies of novel polymer composites based on water-soluble polymer binders (polystyrene-alkyl(meth)acrylate film-forming emulsifier-free latexes) and water-soluble strongly polar phthalocyanine (WDP) are discussed. The high homogeneity of the composite materials produced at a phthalocyanine concentration below 10~(-3) or 10~(-2) mol/1 dispersion phase is shown. Above this concentration, in addition to a homogeneous distribution of phthalocyanine, crystalline WDP inclusions are observed. The spectra of both kinds of WDP are comparable. Upon adding phthalocyanine to the polymer matrix, the shape of absorption bands assigned to hydrogen bonds changes.