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简介：A5GHzFloatingPointMultiply-Accumulatorin90nmDualV{sub}TCMOS；Ahigheffectivealgorithmof32-bitmultiplyandMACinstructions'VLSIimplementationwith32×8multiplier-accumulatorinDSPapplications；Ahigheffectivealgorithmof32-bitmultiplyandMACinstructions'VLSIimplementationwith32×8multiplier-accumulatorinDSPapplications；AStudyonHydraulicActiveEngineMount；Astudyonthecycleperformanceoflithiumsecondaryhatteriesusinglithiumnickel-cobaltcompositeoxideandgraphite/cokehybridcarbon;ASTUDYONTHEDEGRADATIONMECHANISMOFLi{sub{2.6Co{sub}0.4NASANANODEFORLiSECONDARYBATTERIES;

简介：Acomparisonofenergyuseforadirect-hydrogenhybridversusadirect-hydrogenload-followingfuelcellvehicle,Acompleteco-simulation-baseddesignenvironmentforclectricandhybrid-electricvehicles,fuel-cellsystems,anddrivetrains,ADeclineofFuelCellProductivityinMethanolReformingTypeFuelCellVehicles,Adecompositionstrategybasedonthermoeconomicisolationappliedtotheoptimalsynthesis/designandoperationofafuelcellbasedtotalenergysystem

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简介：Aprogrammablemonolithictemperatureloggingdevice;AnEvaluationMethodofLiquidElectrolytesforLithiumBatteriesbytheMultinuclearPulsed-gradientSpin-echoNMR-TheDiffusingRadiiofLithiumIonandAnionsinOrganicSolvents;Analysisofaphasetransitionprocesscontrolledbydiffusion,applicationtolithiuminsertionintoV{sub}2O{sub}5;ApplicationofDibenzo[e,e][1,2]dithiin,Phenanthro[4,5-cde][1,2]dithiinTriphenyieno[1,12-cde][1,2]dithiin,and6,7-Dithiodibenzo[c,e][1,2]dithiinasCathodeActiveMaterialsforLithiumSecondaryBatteries;Applicationtolithiumbatteryelectrolyteoflithiumorganoboratewithsalicylicligand;CharacteristicsofInterpenetratedPolymerNetworkSystemmadeofPolyethyleneOxide-LiBF{sub}4ComplexandPolystyreneastheElectrolyteforLithiumSecondaryBattery;

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简介：ANADVANCEDSOLARTHERMALELECTRICSYSTEMWITHPHASECHANGESTEAMACCUMULATORANDCPCCOLLECTOR,ANALTERNATIVEDESIGNOFMICROCONTROLLER-BASEDCHARGECONTROLLERFORSTAND-ALONEPHOTOVOLTAICSYSTEMS,Applicationofaheathydraulicacctunulatortothermalstabilizationoftheevaporationzoneofaheatpipe,BeamLossControlontheESSAccumulatorRings

简介：Conductivepolymer/transitionmetaloxidehybridmaterialsforlithiumbatteries,ConsiderSEPICtopologyfornewdesigns,ControlandManagementStrategiesfortheDelphiHighPowerLithiumBattery,CycleabilityEnhancementofLIMetalAnodebyPrimaryChargewithElectrolyteAdditives

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简介：ElectrochemicalinvestigationofLiMn{sub}20{sub}4cathodesingelelectrolyteatvarioustemperatures，ElectrochemicalinvestigationofLiNi{sub}0.5Mn{sub}l.50{sub}4thinfilmintercalationelectrodes，ELECTROCHEMISTRYOFMOLTENNITRATEELECTROLYTESANDAPPLICATIONSFORHIGHVOLTAGELITHIUMCELLS，Insituelectrochemicalscanningprobemicroscopyoflithiumbatterycathodematerials,vanadiumpentoxide(V{sub}20{sub}5)，Influenceofadditivesinelectrolytesolutionsonsafetyandcyclelifeoflithiumcells，Lithiumbatteryelectrolyteusinganaliphatictypeionicliquid，LithiumInsertionintoVanadiumPentoxideXerogelsContainingSomeMetalCations。

简介：ComputationalsimulationofpeakcutsystemcomposedofPVpowergenerationandstoragebattery，Cycle-lifeevaluationofthe30AhprismaticLi-ionsecondarycellsforlowearthorbitsatellite，DependenceofLiContentonCrystalStructureduringtheCharge-DischargeProcessofLiMn{sub}1.5Ni{sub}0.50{sub}4asaCathodeMaterialfor5VClassLithiumSecondaryBattery，Designandflightqualificationofaparaffin-actuatedheatswitchforMarssurfaceapplications，DesignandImplementationofEnergyRecoveryChargingTechnologyforElectricVehicleController，Developmentof“HotGasHeaterSystem”。

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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;

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