Thin-Film Nanotechnology for Power Sources

Russian Engineering Research - Thin-film vacuum technology permits the creation of new electrode materials on the basis of a flexible carbon matrix with a highly developed surface. Supercapacitor...     

Electrospark Dispersion of Metal Nanopowder

The production of electrically conducting metal nanopowder by electrospark dispersion in liquid dielectric is considered, in the case with a significant overvoltage in the discharge gap between the electrodes. An experimental apparatus with an air gap that creates an overvoltage at the working spark gap is developed. The two gaps split the voltage on capacitor discharge.     

Producing Electrodes for Innovative Power Sources by Thin-Film Technology

Russian Engineering Research - Theoretical principles are outlined for the use of thin-film technology in producing electrode materials for hybrid capacitors. The materials are based on a carbon...     

Electrospark Dispersion in Nanopowder Production for Additive Technologies

Russian Engineering Research - A laboratory electrospark system permits the creation of an overvoltage in the gap between dispersible electrodes. Conductive nanopowder may be produced by an...     

A New Generation of Nanocomposite Materials Based on Carbon and Titanium for Use in Supercapacitor Energy Storage Devices

Russian Microelectronics - In this paper, promising nanocomposite materials based on carbon and titanium are considered. It is shown that the use of a highly porous matrix is of particular...