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OALib Journal期刊
ISSN: 2333-9721
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synthesisandcharacterizationofzno-al2o3oxidesasenergeticelectro-catalyticmaterialforglucosefuelcell
, PP. 1004-1010
Keywords: glucose,energymaterials,electro-catalyst,cyclicvoltammetry,chronoamperometry,polarization
Abstract:
？oneofthethrustareasofresearchistofindanalternativefueltomeettheincreasingdemandforenergy.glucoseisagoodsourceofalternativefuelforcleanenergyandiseasilyavailableinabundancefrombothnaturallyoccurringplantsandindustrialprocesses.electrochemicaloxidationofglucoseinfuelcellrequireshighelectro-catalyticsurfaceoftheelectrodetoproducethecleanelectricalenergywithminimumenergylossesinthecell.ptandptbasedalloysexhibithighelectro-catalyticpropertiesbuttheyareexpensive.forenergysynthesisateconomicallycheapprice,nonptbasedinexpensivehighelectrocatalyticmaterialisrequired.electrosynthesizedzno-al2o3compositeisfoundtoexhibithighelectro-catalyticpropertiesforglucoseoxidation.thecyclicvoltammetryandchronoamperometrycurvesreflectthatthematerialisverymuchcomparabletoptasfarasthemaximumcurrentandthesteadystatecurrentdeliveredfromtheglucoseoxidationareconcerned.xrdimageconfirmsthemixedoxidecomposite.semimagesmorphologyshowincreased3dsurfaceareasathighermagnification.thisattributedhighcurrentdeliveredfromelectrochemicaloxidationofglucoseonthiselectrodesurface.
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