THE RELATIONSHIP BETWEEN THE STATE OF AGGREGATIVE EQUILIBRIUM, THE RHEOLOGY OF GRAPHITE-CONTAINING COMPOSITIONS AND THE ELECTROPHYSICAL PROPERTIES OF CONDUCTIVE COATINGS BASED ON THEM
Abstract
The influence of the chemical nature and concentration of the stabilizers (surfactants and water-soluble polymer) on the aggregative stability and rheological behavior of graphite-containing compositions, as well as on the quality and electrophysical properties of conductive coatings based on them, was studied. It is shown that the state of aggregative equilibrium in graphite-containing composite systems strongly affects the rheology of the compositions and the electrophysical properties of the corresponding conductive coatings. Established correlations between the state of aggregative equilibrium and the rheological and electrosurface parameters of aqueous graphite-containing compositions make it possible to purposefully regulate the structure and properties of conductive coatings based on them. Bibl. 23, Fig. 6, Tab. 1.
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