%0 Journal Article
%T synthesisandcharacterizationofzno-al<sub>2</sub>o<sub>3</sub>oxidesasenergeticelectro-catalyticmaterialforglucosefuelcell
%A sujit
%A kumar
%A guchhait
%A subir
%A paul
%J 燃料化学学报
%P 1004-1010
%D 2015
%X ？oneofthethrustareasofresearchistofindanalternativefueltomeettheincreasingdemandforenergy.glucoseisagoodsourceofalternativefuelforcleanenergyandiseasilyavailableinabundancefrombothnaturallyoccurringplantsandindustrialprocesses.electrochemicaloxidationofglucoseinfuelcellrequireshighelectro-catalyticsurfaceoftheelectrodetoproducethecleanelectricalenergywithminimumenergylossesinthecell.ptandptbasedalloysexhibithighelectro-catalyticpropertiesbuttheyareexpensive.forenergysynthesisateconomicallycheapprice,nonptbasedinexpensivehighelectrocatalyticmaterialisrequired.electrosynthesizedzno-al2o3compositeisfoundtoexhibithighelectro-catalyticpropertiesforglucoseoxidation.thecyclicvoltammetryandchronoamperometrycurvesreflectthatthematerialisverymuchcomparabletoptasfarasthemaximumcurrentandthesteadystatecurrentdeliveredfromtheglucoseoxidationareconcerned.xrdimageconfirmsthemixedoxidecomposite.semimagesmorphologyshowincreased3dsurfaceareasathighermagnification.thisattributedhighcurrentdeliveredfromelectrochemicaloxidationofglucoseonthiselectrodesurface.
%K glucose
%K energymaterials
%K electro-catalyst
%K cyclicvoltammetry
%K chronoamperometry
%K polarization
%U http://rlhxxb.sxicc.ac.cn/CN/abstract/abstract18682.shtml