Nanostructured innovative carbon-based materials modify electrodes and dramatically improve the efficiency of thin, flexible lithium batteries

Abstract

Developed nanostructured innovative carbon materials (nano graphite) have a unique combination of properties. These include: high electronic conductivity, magnetic properties, high level adhesion and cohesion properties, low density. Using these properties of nano graphite allow fabricating the electrode for batteries without binder, and effectively modifying electrodes, which affect the mechanism of redox electrochemical processes. As a results, the energy, power and stability of the parameters of thin flexible lithium batteries increase.