Electrochemical capacitors asymmetric systems

In the third paper by French and Ukrainian scientists (Khomenko et al.), the authors focus on high performance a-MnCVcarbon nanotube composites as pseudo-capacitor materials. Somewhat surprisingly, this paper teaches to use carbon nanotubes for the role of conductive additives, thus suggesting an alternative to the carbon blacks and graphite materials - low cost, widely accepted conductive diluents, which are typically used in todays supercapacitors. The electrochemical devices used in the report are full symmetric and optimized asymmetric systems, and are discussed here... 

Gallegos AK.C. and Rincon M., Carbon nanofiberand PEDOT-PSS bilayer systems as eiectrodes for symmetric and asymmetric electrochemical capacitor ceiis,/ Power Sources, 2006,162, lAZ-lAl. 

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