Electrochemical properties of nanoporous carbon materials subjected to a number of chemical activation: Fullerenes, Nanotubes and Carbon Nanostructures: Vol 0, No 0

Summary

On this work, nanoporous carbon materials from plant-based uncooked supplies was obtained by a number of thermochemical activation. The impact of a number of chemical activation on the morphological, porous and electrochemical properties of the obtained carbon materials was investigated. The outcomes present that chemically activated nanoporous carbon materials has 4–5 instances bigger particular floor space (S_BET = 1286 m²/g) and developed pore system. A number of chemical activation improves the particular electrochemical traits of the carbon materials, specifically, the utmost worth of particular capacitance at discharge present 1 mA reaches 183 F/g, twice as excessive as for the once-activated carbon materials.