简介:Acomparisonofenergyuseforadirect-hydrogenhybridversusadirect-hydrogenload-followingfuelcellvehicle,Acompleteco-simulation-baseddesignenvironmentforclectricandhybrid-electricvehicles,fuel-cellsystems,anddrivetrains,ADeclineofFuelCellProductivityinMethanolReformingTypeFuelCellVehicles,Adecompositionstrategybasedonthermoeconomicisolationappliedtotheoptimalsynthesis/designandoperationofafuelcellbasedtotalenergysystem
简介:Afinitevolumemethodformulticomponentgastransportinaporousfuelcellelectrode,AFUELCELLWORKSHOPFORSAARLAND'SSUPPLIERS:OURGOALSCOMPAREDTOOURRESULTS,Ageneralizedprogramforfuelcellsystemssimulation,Ahybridandfuelcellvehiclefuture?,Ahybridfuel-cellconceptrealizedinaMidi-BusConceptofenergysourceanddrivetrain,Ahybridmembraneofmodifiedpolybenzimidazoleandheteropolyacidfordirectmethanolfuelcell,AmathematicalmodelofpolymerelectrolytefuelcellwithanodeCOkinetics。
简介:3-Dnumericalsimulationforfuelcellperformance;A1{supleft}HNMRpulsegradientspin-echo(PGSE)studyofthemasstransportofdimethyloxalateandethyleneglycol:newfuelsfortheDOFC;Abasicconsiderationofenergybalanceandexergylossatafuelcellsystem;Abroadlookattheworkings,types,andapplicationsoffuelcells;Acomparativereviewoffuelcellvehicles(FCVs)andhybridelectricvehicles(HEVs)PartⅡ:Controlstrategies,powertrain,totalcost,infrastructure,newdevelopments,andmanufacturingandcommercialization;Acomparativereviewoffuelcellvehicles(FCVs)andhybridelectricvehicles(HEVs),PartI:Performanceandparametercharacteristics,emissions,well-to-wheelsefficiencyandfueleconomy,alternativefuels,hybridizationofFCV;
简介:以吐温80为分散剂,分别以丙烯酰胺和N,N’-亚甲基双丙烯酰胺为单体和交联剂,制备中间相碳微球/石墨(MCMB/G)浆料,采用凝胶注模工艺,制得直接醇类燃料电池管状阴极支撑体素坯,经液态干燥、滚动干燥和埋石墨粉烧结等过程处理制得其样品。所制备的直接醇类燃料电池管状阴极支撑体物理性能为:孔隙率42.7%,电阻率0.0276Ω·cm,抗折强度6.23MPa,抗压强度16.29MPa,具有收缩率低、变形量小、石墨化度高、电导率高、力学性能好等特点。