Polymer-silicate composite electrodes

Nanoporous Composite Materials—Polymer-Silicate Composite Electrodes... 

An alternative to in situ polymerization involves direct intercalation of macromolecules into layered structures. Silicates are most often used. The insertion of polymer molecules into layered host lattices is of interest from different points of view. First, this insertion process leads to the construction of organic-inorganic polylayered composites. Second, the intercalation physical chemistry by itself and the role intercalation plays in the gain of electronic conductivity are of interest. This becomes important in the construction of reversible electrodes " or when improving the physicomechanical properties of nylon-layered silicate nanocomposites, hybrid epoxide clay composites," and nanomaterials based on hectorite and polyaniline, polythiophene or polypyrrole. ... 

The principle of electrophoresis, the most straightforward method for electrodeposition is based on the electric field-driven charged particles (silicate, organosilicate, metal oxides, micelles, or polymer composite particles) to an electrode at an electrophoretic velocity, v, which is determined by Stoke s law. 

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