Shvets R. Intercalary modification of porous and layered materials for devices for generation and accumulation of electric energy

The effects of introduction of iron-containing impurities into the initial flax raw material and that of natural availability of silicon in the horsetail structure on the parameters of capacitive energy accumulation have been studied. Carbon supramolecular structures with hierarchical architecture were synthesized and investigated. The possibility of a direct application of natural minerals of gibsite, boehmite, and multigraphene associates for effective Li+-intercalary generation of current is experimentally substantiated. Ways of synthesis of multylayered N-barrier organic/inorganic and bio/inorganic nanohybrides which can be implemented as super-high capacity nanostructures for accumulation of electric energy of alternating current.