%0 Journal Article
%T electrochemicalcharacterizationofmno<sub>2</sub>aselectrocatalyticenergymaterialforfuelcellelectrode
%A subir
%A paul
%A asmita
%A ghosh
%J 燃料化学学报
%P 344-351
%D 2015
%X ？developmentofinexpensivenonptbasedhighelectrocatalyticenergymaterialsistheneedofthehourforfuelcellelectrodetoproducecleanalternativegreenenergyfromsynthesizedbioalcoholusingbiomass.mno2,electrosynthesizedatdifferentcurrentdensityisfoundtobewellperformedelectrocatalyticmaterial,comparabletopt,withhighercurrentdensity,verylowovervoltagefortheelectrochemicaloxidationofmethanol.fromeisstudy,thepolarizationresistanceofthecoatedmno2isfoundtobemuchlowandelectricaldoublelayercapacitanceishigh,theeffectincreaseswithincreaseincurrentdensityofelectrodeposition.xrd,edxandaasanalysisconfirmthemno2deposition.themorphologyofsemimagesexhibitsanenhanced3deffectivesubstratearea,forelectrooxidationofthefuel.afewnanostructuredgrainsofthedepositedmno2isalsoobservedathighercurrentdensity.thefactsupportsthatahighenergeticinexpensiveelectrocatalyticmaterialhasbeenfoundforfuelcellelectrodetosynthesisrenewableenergyfrommethanolfuel.
%K electrocatalytic
%K energymaterial
%K fuelcellimpedance
%K polarization
%K electrocoating
%U http://rlhxxb.sxicc.ac.cn/CN/abstract/abstract18594.shtml