Electropulse nanostructuring of highly porous carbon material with metal particle

The work is devoted to the development of electric pulse methods for nanostructuring highly porous materials with a specific surface area of more than 1000 m2/g. The design is shown and the principle of operation of an electric pulse installation is described, which makes it possible both to obtain nanoparticles of various metals and alloys and to embed them deep into the material. The results of one of the applications of the developed nanostructured carbon material are shown – an electrode material for energy storage devices, which makes it possible to increase their energy, electrical and operational characteristics. The design of a supercapacitor with nanostructured electrode materials, their parameters and comparison with analogues are presented.