Sukhyy K. Polymer-inorganic nanocomposites for industrial purposes, formed in the presence of polyionenes

Object of research - the new processes and technology of hybrid organic-inorganic nanostructured materials with controlled set of properties for use in the creation of technical composites. Purpose - to develop physical and chemical principles of technology for polymer-inorganic nanostructured composites for use in the creation of technical composites. Methods - differential thermal analysis, X-ray scattering w, differential scanning calorimetry, physical and mechanical testing, infrared spectroscopy, adsorption methods, atomic absorption analysis, the method of electron spectroscopy of diffuse reflectance and roentgen -fluorescent analysis, impedance and dielectric spectroscopy. First formulated scientific principles to obtain organic-inorganic materials based on silica, layered silicates and poliioneniv for use in creating active environments electrochemical devices and structural composites appointment by complex regulation of the chemical composition, structure parameters and the development of new processes. The resulting new hybrid organic-inorganic materials suitable for obtaining membrane hydrogen fuel cells with high ionic conductivity and humidity sensors. Synthesized heat accumulating material such as "silica-crystalline" density accumulation of heat which is 0.36 kWh / kg. A technology of polymer nanocomposites with high levels of physical and mechanical and thermal indices based on polyamide-6, polystyrene and modified montmorillonite.