SeRu作为直接甲醇燃料电池阴极催化剂的研究的开题报告Title:ResearchonSeRuasCathodeCatalystforDirectMethanolFuelCellsIntroduction:Directmethanolfuelcells(DMFCs)havegainedsignificantattentionasalternativeenergysourcesforportableandstationaryapplicationsduetotheirhighenergydensityandlowemissions.However,theperformanceofDMFCsissignificantlyhinderedbythecathodecatalyst,whichiscrucialfortheoxidizationofoxygenandreductionofprotons.Therefore,thedevelopmentofefficientcathodecatalystsiscrucialforthepracticalapplicationofDMFCs.Objectives:TheobjectiveofthisresearchistoinvestigatethepotentialofSeRuasacathodecatalystforDMFCs.SeRuisabimetalliccatalystthathasbeenshowntoexhibithighelectrocatalyticactivity.ByexploringtheelectrochemicalpropertiesofSeRu,weaimtoevaluatethepotentialofSeRuasacathodecatalystforDMFCs.Methodology:TheexperimentalapproachwillinvolvethesynthesisofSeRunanoparticlesusingawetchemicalreductionmethod.Themorphologyandstructureofthesynthesizednanoparticleswillbecharacterizedusingtransmissionelectronmicroscopy(TEM)andX-raydiffraction(XRD).TheelectrochemicalpropertiesofSeRuwillbeevaluatedusingcyclicvoltammetry(CV)androtatingdiskelectrode(RDE)measurements.Resultsanddiscussion:TheresultsofthisstudywillprovideinsightsintotheelectrocatalyticpropertiesofSeRuasacathodecatalystforDMFCs.ThemorphologyandstructureofthesynthesizedSeRunanoparticleswillbeanalyzedtodeterminetheirsuitabilityforDMFCapplications.Theelectrochemicalmeasurementswillprovideinformationontheactivity,durability,andselectivityofSeRu,whichcanbeusedtoevaluateitspotentialasacathodecatalystforDMFCs.Conclusion:Overall,thisstudywillcontributetothedevelopmentofefficientcathodecatalystsforDMFCs.TheresultsofthisresearchwillprovidevaluableinsightsintotheelectrocatalyticpropertiesofSeRuanditspotentialasacathodecatalystforDMFCs.ThefindingsofthisstudymaypavethewayforthepracticalapplicationofDMFCsasalternativeenergysources.