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Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii 153

• 3976 Silica-OvercoatedCopper-Indium-SulfideQuantumDot-PolymerCompositePlateasaRobustWavelengthConverterofWhiteLight-EmittingDiode–W.Song,E.Jang,andH.Yang(HongikUniversity)

• 3977 TunableGreen-Red-EmittingCa14Mg2[SiO4]8:Eu2+,Mn2+Phosphor:theStructuralandOpticalProperties,andTheirApplicationtoNear-UVLED-basedWhiteLEDs–K.LeeandW.Im(ChonnamNationalUniversity)

• 3978 TheFormationoftheHexagonalPyramidFacetsonWetEtchingPatternedSapphireSubstrate–Y.Chen(NationChiaoTungUniversity),F.Hsiao,andY.Wu(NationalChiaoTungUniversity)

• 3979 HighBrightnessIII–VLight-EmittingDiodesonDiamond/SiliconCompositeSubstrate–T.Chang,J.Hu(NationChiaoTungUniversity),Y.Wu,andB.Lin(NationalChiaoTungUniversity)

• 3980 OrganicLight-EmittingDiodeswithContact-PrintedRedEmissiveLayer–S.Peng,J.Jou,S.Chen,andP.Wu(NationalTsingHuaUniversity)

• 3981 ColorTuningofRed-EmissionEu1-xBaxSi2O2N2PhosphorsforWhite-Light-EmittingDiode–K.Park,K.Seo,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3982 BlueExcitabilityofYellowZn1-xMnxSPhosphorandIt’sLEDApplication–K.Park,K.Seo,H.Lim,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3983 GreenCaSc2O4:Ce3+PhosphorforWhite-Light-EmittingDiode–K.Park,K.Seo,S.Lim,H.Lim,J.Lim,J.Kim,L.Jiang,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3984 LuminescencePropertiesandStabilityImprovementbySiO2CoatingonVariousPhosphorsforNearUV-EmittingLEDs–J.Han(UniversityofCalifornia,SanDiego),M.Hannah,A.Piquette(OsramSylvania),J.Talbot(UniversityofCalifornia,SanDiego),K.C.Mishra(OsramSylvania),andJ.Mckittrick(UniversityofCalifornia,SanDiego)

A2Nanotechnology General SessionAllDivisions/NewTechnologySubcommitteeKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

A2 – Nanotechnology General Session Poster Session – 18:00 – 20:00Co-Chairs: Fanglin (Frank) Chen, Oana Leonte, Sirikanda Nuansaeng, and William Mustain

• 269 FunctionalizedNanoporousMembraneElectrodesforASVAnalysisofWater–H.Bessbousse,T.Wade,andM.Clochard(CEA-CNRS-EcolePolytechnique)

• 270 SiliconNanowireBasedThermoelectricDevice–M.Jang,Y.Park,Y.Hyun(ETRI),W.Choi(KAIST),andT.Zyung(ETRI)

• 271 StudiesofBoronDiffusivitieson(001)and(110)SubstrateOrientationinSiandGealongVertical/Out-OfPlaneandLateral/In-PlaneDirectionsbySIMSandC-VMeasurementontheDesignedTestPattern–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

• 272 MeasurementoftheBandGapofAmorphousSiliconBasedThinFilmwithSTEM-EELS–T.Motoya,T.Furuhata(MitsubisiElectricCorporation),andH.Kurata(KyotoUniversity)

• 273 ElectricalPropertiesandMicrostructuresofZnO:GaFilmsFormedbyMagnetronSputtering–N.Yamamoto,K.Morisawa,H.Makino,andT.Yamamoto(KochiUniversityofTechnology)

• 274 SizeeffectonPhotocatalyticActivityofMagnetiteNanoparticlesunderVisible-LightIrradiation–Y.Chen(NationalChengKungUniversity)

• 275 LiquidPhaseSynthesisofQuantumDotswithoutRareMetalsandToxicElements–T.Makimura,S.Takeshita,andT.Isobe(KeioUniversity)

• 276 Diameter-DependentPerformanceoftheMetalOxideNanowireLithium-IonBatteryAnodesControlledbyaSimpleContactPrintingMethod–S.Lee,J.Kim,andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 277 QuantumChemicalMolecularDynamicsSimulationsofMechano-ChemicalReactionsduringCopperChemicalMechanicalPolishingProcesses–K.Kawaguchi,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

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Wednesday, October 1009:00h TechnicalExhibit

09:00h ProfessionalDevelopmentSeries:CareerFair

09:30h TechnicalSessionCoffeeBreak

18:00h GeneralPosterSession

154 Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii

• 278 SurfacePotentialMeasurementofPCBM/CuPcFilmsonIndiumTinOxideElectrodebyDFM/KPFM–N.Satoh(ChibaIntituteofTechnology),S.Katori,K.Kobayashi,K.Matsushige,andH.Yamada(KyotoUniversity)

• 279 Template-FreeElectrochemicalGrowthofOne-DimensionalMetalNanostructures–S.Park(UniversityofScienceandTechnology),H.Shin,Y.Kim(KoreaResearchInstituteofStandardsandScience),H.Park(UniversityofScienceandTechnology),andJ.Song(KoreaResearchInstituteofStandardsandScience)

• 280 First-PrinciplesCalculationsontheChemicalMechanicalPolishingMechanismofSiO2GlassesbyCaZrO3andSrFeO3AbrasiveParticles–M.Nakamura,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

• 281 SynthesisandCharacterizationofMesoporousSilica-MagnetiteNanocomposites–J.Lee,M.Yoon,andH.Hwang(InhaUniversity)

• 282 NitrogenIncorporatedUltrananocrystallineDiamond/NonhydrogenatedAmorphousCarbonCompositeFilmsPreparedbyPulsedLaserDeposition–S.S.Al-RiyamiandT.Yoshitake(KyushuUniversity)

• 283 DevelopmentofHighEfficientSulfur-DopedTiO2PhotocatalystsHybridizedwithGraphiticCarbonNitride–K.Kondo,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 284 Tight-BindingQuantumChemicalMolecularDynamicsandFirst-PrinciplesMolecularDynamicsStudiesofSuper-LowFrictionMechanismonCarbonNitrideCoatings–S.Sato,S.Bai,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,K.Adachi(TohokuUniversity),J.Martin(EcoleCentraledeLyon),andM.Kubo(TohokuUniversity)

• 285 PreparationofAuNanoorMicroPatternonHydrogelsforOpticalApplications–N.Shimamoto,Y.Tanaka,H.Mitomo(HokkaidoUniversity),R.Kawamura(Riken),K.Ijiro,K.Sasaki(HokkaidoUniversity),andY.Osada(Riken)

• 286 Polymer-NanocrystalCompositesforElectrochromicDevices–E.Runnerstrom,G.Garcia,R.Buonsanti,A.Llordes,T.Pick,B.Helms,andD.Milliron(LawrenceBerkeleyNationalLaboratory)

• 287 VisibleLightResponseofShapeControlledRutileTiO2NanorodPhotocatalystbyLSPRAbsorption–A.Tanibata,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 288 EffectofSinteringTemperatureontheMicrostructureofNanocrystallineNi-yttriaStabilizedZirconiaCermets–K.Park,J.Kim,C.Kim(SejongUniversity),S.Nam,K.Cho,andJ.Choi(SamchunPureChemicalCo.)

• 289 Synthesis,CharacterizationandElectrochemicalPropertyofGraphene-DopedLiFePO4CathodeMaterial–H.V.Nguyen,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 290 ElectrochemicalCharacteristicsofZnDopedTiO2forDye-SensitizedSolarCells–E.Jin,X.Zhao,H.V.Nguyen,andH.Gu(ChonnamNationalUniversity)

• 291 ElectrochemicalPropertiesofQuasi-SolidElectrolyteContainingGrapheneOxideDyeSensitizedSolarCell–X.Zhao,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 292 ElectrochemicalCharacteristicsofZrO2NanofiberaddedTiO2forDye-SensitizedSolarCells–E.Jin,W.Wang(ChonnamNationalUniversity),J.Park(SouthwesternResearchInstituteofGreenEnergyTechnology),andH.Gu(ChonnamNationalUniversity)

• 293 FabricationofDye-SensitizedSolarCellwithCommunityofElectrolyteandPtCounterElectrode–X.Zhao,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 294 NewPreparedTiO2wasusedinPhotoelectrodewithHighEfficiencyonDye-SensitisedSolarCells–W.Wang,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 295 DensificationandCrystallizationofConductingLa0.7Sr0.3VO3NanopowderDerivedfromHydrothermalProcess–K.Fung,C.Cho,C.Liu,C.Ni,andS.Tsai(NationalChengKungUniversity)

• 296 GalliumPhosphideNanowiresforSolarEnergyConversion–W.WenandS.Maldonado(UniversityofMichigan)

• 297 In SituMonitoringofPhotodegradationofMethyleneBlueonRecyclableGoldModifiedTiO2Nanotube(TiO2-NTs)ArraysbyUsingSurface-EnhancedRamanScattering–R.LiandA.Zhou(UtahStateUniversity)

• 298 ControllableVariableMemoryStatesUsingCapacitiveCouplingofTrappedElectrons–M.Lee,Y.Kim,andJ.Lee(KookminUniversity)

• 299 ElectricalConductivityandMicrostructureofNiO-CGOCompositesPreparedByOneStepSynthesis–D.A.Macedo(FederalUniversityofRioGrandedoNorte),F.M.Figueiredo,S.G.Patrício(UniversityofAveiro),R.M.Nascimento,A.E.Martinelli,C.A.Paskocimas(FederalUniversityofRioGrandedoNorte),andF.M.Marques(UniversityofAveiro)

• 300 ToxicityAssay-On-ChipforEngineeredNanomaterials–K.GardeandS.Aravamudhan(NorthCarolinaA&TStateUniversity)

• 301 n-TypeUltrananocrystallineDiamond/HydrogenatedAmorphousCarbonCompositeFilmsPreparedbyPulsedLaserDeposition–S.Al-Riyami(KyushuUniversity),H.Setoyama,K.Sumitani,Y.Hirai(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 302 ActiveTargeting,FluorescenceImaging,andNIRPhotothermalTherapyofMalignantTumors–H.Green,E.Rosenthal,C.Rodenburg,D.Martyshkin,S.Mirov,andW.Grizzle(TheUniversityofAlabamaatBirmingham)

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A3Contemporary Issues and Case Studies in Electrochemical InnovationAllDivisions/NewTechnologySubcommittee306B, Level 3, Hawaii Convention Center

Co-Chairs: E. J. Taylor and C. Bock

08:00 303 (Invited)AddressingaMedicalNeed:IntroductionoftheBatteryfortheImplantableCardiacDefibrillator–E.S.Takeuchi,A.C.Marschilok,andK.J.Takeuchi(StonyBrookUniversity)

08:40 304 FuelCellTechnologyReadiness–S.Petrovic(OregonInstituteofTechnology)

09:00 305 CatalysisResearchforPolymerElectrolyteFuelCell(CaRPE-FC):ACaseStudyonanAcademicLed,Tri-PartyResearchPrograminCanada–T.Navessin(BlueprimeTechnologyConsulting)andS.Holdcroft(SimonFraserUniversity)

09:20 306 (Invited)NextGenerationHeavyDutyBusFuelCells:AnIndustry-AcademicCollaboration–S.Knights(BallardPowerSystems),E.Kjeang,S.Holdcroft,K.Malek(SimonFraserUniversity),J.Kolodziej,M.Lauritzen,M.Watson,andJ.DeVaal(BallardPowerSystems)

09:40 Intermission(20Minutes)10:00 307 (Invited)Academia-IndustrySynergyfor

InnovativePEFCCatalystLayeranditsMaterials–A.Ohma(NissanMotorCo.,Ltd.)

10:20 308 CreatingaSustainableBusinessintheHydrogenandFuelCellMarket–K.E.Ayers,E.B.Anderson,C.B.Capuano,L.T.Dalton,andA.Roemer(ProtonOnSite)

10:40 309 DMFCPowerModulesforMaterialsHandlingVehicles–J.Mergel(ForschungszentrumJülich)

11:00 310 TechnologyTransferbetweenUniversityandIndustryinUzbekistan:TechnoParkModel–N.Mahamatov(TurinPolytechnicUniversityinTashkent)

11:20 311 ElectrochemicalDiscriminationofAscorbicAcidDiastereomersUsingDihydroxyalkanedithiol-modifiedAuElectrode–M.Komatsu,T.Ando,andS.Suzuki(TokaiUniversity)

11:40 312 ThroughtheLookingGlass:AJourneyintoInnovation–R.Jalan(ElectroChem,Inc.)

Co-Chairs: K. Malek and M. Inman

14:00 313 (Invited)FromLabBenchtoMarketplace:BuildingNewElectrochemicalTechnologies–Y.Chiang(MassachusettsInstituteofTechnology)

14:20 314 TurningtheTides:NewMexicoMaterialsforJapaneseCars–P.Atanassov(TheUniversityofNewMexico)

14:40 315 ACaseStudyofTechnologicalInnovationRelatedtoElectroPolishingofStainlessSteelValvesandFittings–E.J.TaylorandM.Inman(FaradayTechnologyInc.)

15:00 Intermission(20Minutes)

15:20 316 ElectrochemicalCesiumRecoveryUsingNanoparticleFilmofCopperHexacyanoferrate–H.Tanaka,R.Chen,C.Fukushima,M.Asai,T.Kawamoto(AIST),M.Kurihara(YamagataUniversity),M.Arisaka,T.Nankawa,andM.Watanabe(JapanAtomicEnergyAgency)

15:40 317 IntegrationofaNewElectroplatedMagneticAlloywithPowerSemiconductorWaferManufacturingProcesses–T.Liakopoulos(EnpirionInc.),A.Panda,M.Wilkowski,andA.Lotfi(EnpirionInc)

16:00 318 ANovelTechniqueofQuantifyingMicroInsulationDefectsonGrain-OrientedElectricalSteelUsingtheScanningVibratingElectrodeTechnique–L.T.Cassemis,J.H.Sullivan(SwanseaUniversity),andD.Power(OrbWorks-TataSteel)

16:20 319 RoleofDimensionalParametersforDeterminationofDiffusionCoefficient(D)andSurfaceExchangeCoefficient(K)CaseStudyforOxygenStorageMaterials,ElectrodeMaterialsforSOFCs,andMaterialsforLi-IonandNaBatteries–K.Zheng,D.Baster,J.Molenda,andK.Swierczek(AGHUniversityofScienceandTechnology)

B1Batteries and Energy Technology Joint General Session – In Honor of James McBreenBattery/EnergyTechnologyCoral 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Flow Battery Membrane – 08:00 – 12:00Co-Chairs: M. Hickner and Alex Papandrew

08:00 402 PolymerMembraneforRedoxFlowBatteryApplication–D.Kim,E.MiChoi,E.Kang,andK.Kang(HonamPetrochemicalCorp.)

08:20 403 RoleofMembranePropertiesonSpeciesCrossoverandCapacityLossofaVanadiumRedoxFlowBattery–K.W.Knehr,E.Agar,C.R.Dennison,A.R.Kalidindi(DrexelUniversity),D.Chen,M.Hickner(ThePennsylvaniaStateUniversity),andE.C.Kumbur(DrexelUniversity)

08:40 404 RedoxFlowBatteryinCombinationwithHydrogenEvolution/OxidationElectrode–Z.Siroma,S.Yamazaki,M.Yao,N.Fujiwara,M.Asahi,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

09:00 405 NonaqueousRedoxFlowBatteryDevelopmentatPacificNorthwestNationalLaboratory–W.Wang,W.Xu,L.Cosimbescu,D.Choi,L.Li,andZ.Yang(PacificNorthwestNationalLaboratory)

09:20 406 EffectofPorousElectrodeConfigurationonRedoxFlowBatteryPerformance–S.Kim(PacificNorthwestNationalLaboratory),D.Stephenson(BrighamYoungUniversity),G.Xia,Z.Nie,andV.Sprenkle(PacificNorthwestNationalLaboratory)


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10:00 407 VanadiumRedoxFlowBatteryEfficiencyandDurabilityStudiesofSulfonatedDielsAlderPoly(Phenylene)s–C.H.Fujimoto(SandiaNationalLaboratories),S.Kim(PacificNorthwestNationalLaboratory),R.Stanis(GasTechnologyInstitute),andM.Hickner(ThePennsylvaniaStateUniversity)

10:20 408 DirectMeasurementofVanadiumCrossoverinanOperatingVanadiumRedoxFlowBattery–D.C.SingandJ.P.Meyers(TheUniversityofTexasatAustin)

10:40 409 ComponentOptimizationforHighPerformanceRedoxFlowBatteries–S.Kim(PacificNorthwestNationalLaboratory),D.Chen(ThePennsylvaniaStateUniversity),Z.Nie(PacificNorthwestNationalLaboratory),M.Hickner(ThePennsylvaniaStateUniversity),C.H.Fujimoto(SandiaNationalLaboratories),andV.Sprenkle(PacificNorthwestNationalLaboratory)

11:00 410 Redox-ActiveOrganicMoleculesforNon-AqueousFlowBatteries–F.R.Brushett,L.Zhang,J.T.Vaughey,andA.N.Jansen(ArgonneNationalLaboratory)

11:20 411 CrossoverMeasurementsforVanadiumRedoxFlowBatteriesUsingElectronSpinResonance–J.S.Lawton,A.M.Jones,D.S.Aaron,Z.Tang(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

11:40 412 CationicUptakeInfluenceonPFSAMembranePerformanceinVanadiumRedoxFlowBattery–Z.Tang,J.S.Lawton,D.S.Aaron(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

Coral 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Solid Oxide Fuel Cells I – 08:00 – 11:40Co-Chairs: J. S. Hardy and Ryan O’Hare

08:00 413 FabricationandPerformanceEvaluationofDirectMethaneFueledNi-GDCAnode-SupportedSOFCUnitCellsOperatedatIntermediateTemperature(650°C)–H.Ko,J.Myung,J.Lee,andS.Hyun(YonseiUniversity)

08:20 414 EffectsofSn-DopedNi-BasedAnodesonPerformanceandDurabilityofCH4-FueledSOFCs–J.Myung,H.Ko,J.Lee,andS.Hyun(YonseiUniversity)

08:40 415 EnhancedDensificationofSDCBarrierLayersonAnodeSupportedSolidOxideFuelCells–J.W.Templeton(PacificNorthwestNationalLaboratory),Z.Lu(PraxairInc.),J.S.Hardy,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)

09:00 416 TubularSegmented-in-SeriesSolidOxideFuelCellwithMetallicInterconnectFilms:PerformanceStudythroughMathematicalModeling–J.Lee,B.Son,S.Park,S.Lee,T.Lim,andR.Song(KoreaInstituteofEnergyResearch)

09:20 417 Anode-SupportedFlat-TubularSOFCswithAg-InfiltratedCathodes:PerformanceandDurability–R.Song,J.Lee,S.Lee,T.Lim,andS.Park(KoreaInstituteofEnergyResearch)

09:40 Intermission(20Minutes)10:00 418 NonNobleMetalThinFilmSolidOxideFuel

Cell–I.Chang,S.Ji,Y.Lee,andS.Cha(SeoulNationalUniversity)

10:20 419 SputteredThinFilmPtvsLSCFforLowTemperatureSolidOxideFuelCells–Y.Lee,I.Chang,S.Ji,andS.Cha(SeoulNationalUniversity)

10:40 420 EnhancedOxideIonKineticsinLow-TemperatureSolidOxideFuelCellsbyAtomicLayerDepositedCermetInterlayer–J.An,Y.Kim,T.M.Gür,andF.B.Prinz(StanfordUniversity)

11:00 421 PerformanceandStabilityofZn-DopedBSCFCathodeforIT-SOFCs–D.Jung,H.Park,J.Kim,K.Moon,S.Seo,andC.Kwak(SamsungAdvancedInstituteofTechnology)

11:20 422 FabricationofNi-YSZNano-CompositeElectrodeforSolidOxideFuelCellsviaThinFilmTechnique–G.Cho,Y.Lee,J.Choi,andS.Cha(SeoulNationalUniversity)


Fuel Cell/Energy Conversion – 14:00 – 17:00Co-Chairs: S. Mukerjee and Aswin Manohar

14:00 423 ANew-StyleEnergyConversionScheme:Photo-AssistFuelCellBasedonTitaniaNanotubeArrays–P.Xiao,H.He,F.Liu,andY.Zhang(ChongqingUniversity)

14:20 424 CdS/CdSeCo-SensitizedQuantumDotsSolarCellswithDifferentDensityofZnONanowireArrays–J.Tian,Z.Liang,R.Gao,Q.Zhang,andG.Cao(UniversityofWashington)

14:40 425 RegenerativeFuelCellsforGridApplications–V.YufitandN.Brandon(ImperialCollegeLondon)

15:00 426 TheHydrogenFuelCellVehiclesPowertrainPossibleRolesinthePostKyotoPerspectiveinthePacificRIMArea–M.Romeri(IndependentConsultant)

15:20 427 PreparationandCharacterizationofTiBasedSupportsforElectrochemicalEnergyConversionDevices–S.Siracusano,A.Stassi,E.Modica,V.Baglio,andA.Aricò(CNR-ITAE)

15:40 Intermission(20Minutes)16:00 428 UnderstandingOxygenReductioninComplex

MetalOrganicandInorganicCompositesforFuelCell,ElectrolyzerandEnergyStorageApplications–S.Mukerjee(NortheasternUniversity),T.M.Arruda(OakRidgeNationalLaboratory),K.Abraham,M.Trahan,andN.Ramaswamy(NortheasternUniversity)

16:20 429 ElectrochemicalReactionsonOrientedPt-VandPt-Ni-VMetalAlloyThinFilms–C.C.Hays,M.A.Johnson,P.Bahrami,J.G.Kulleck,andH.Greer(CaliforniaInstituteofTechnology)

16:40 430 RemotePerformanceMonitoringofPhotovoltaicSystemswithBatteryStorage–S.Petrovic,G.Kirby,J.Bockelman,M.Payne,J.Fuscaldo,N.Oester,J.Belanger,andP.Lackey(OregonInstituteofTechnology)

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Kamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

B1 – Poster Session – 18:00 – 20:00

• 431 ElectricalExplosionSynthesisofSi/CNanocompositesforLiSecondaryBatteries–D.Kim,Y.Ha,C.Cho,H.Choi,S.Choi,andC.Doh(KoreaElectrotechnologyResearchInstitute)

• 432 ModificationsinNernst-PlanckEquationforSolidStateElectrochemistryinthe21stCentury–T.Miyashita(MiyashitaClinic)

• 433 CompositeCathodesBasedonSm0.5Sr0.5CoO3-δforAnodeSupportedSolidOxideFuelCells–H.Kim(YeungnamUniversity)andY.Park(ResearchInstituteofIndustrialScienceandTechnology)

• 434 SurfaceModificationofSi/CCompositeMaterialsforImprovingDistributionofSiNano-Particles–H.Seo,K.Kim(KoreaUniversity),andC.Yi(SungshinWomen’sUniversity)

• 435 Fe-SubstitutedLi3V2(PO4)3asHighRateCathodeMaterialsforLi-IonBatteries–S.Wu,M.Chen,W.Pang,andF.Liu(TatungUniversity)

• 436 Lithium-SulfurBatteryDevelopment–S.Urbonaite(PaulScherrerInstitute),A.Garsuch(BASFSE),andP.Novák(PaulScherrerInstitute)

• 437 EffectofSynthesisMethodontheActivityofCarbon-SupportedCopperCatalyststowardCO2Electroreduction–B.Spigarelli,Z.Wang,W.Li(MichiganTechnologicalUniversity),andO.A.Baturina(NavalResearchLaboratory)

• 438 TheComparativePerformanceofCarbonFeltElectrodesforVanadium-RedoxFlowBatteriesAccordingtoSurfaceTreatmentandHeatTreatmentConditions–T.Jung,S.Kim,H.Jeon,K.Kwon,andH.Lee(HyundaiHeavyIndustries)

• 439 PerformanceTestofaDirectMethanolFuelCellandLiFePO4BatteryHybridElectricVehicles–B.Lee,D.Peck,S.Kim,S.Lim,andD.Jung(KoreaInstituteofEnergyResearch)

• 440 TapeCasting,LaminationandSinteringofCalcium-DopedLanthanumChromiteforSOFCInterconnects–D.HernandezRubio,A.C.Hoffmann(UniversityofBergen),E.Dorolti(Babes-BolyaiUniversity),andC.Suciu(UniversityofBergen)

• 441 Three-DimensionalModelingontheeffectofActiveCoolingforaLithium-IonBatteryPack–J.Yi,C.Shin(AjouUniversity),Y.Hong,andC.Kim(EIGLtd.)

• 442 ANovelSOFCAnodeMaterial:CuDopedLa0.75Sr0.25Cr0.5Mn0.5O3−δ–L.Sun,Y.Yin,T.Ze,andZ.Ma(ShanghaiJiaoTongUniversity)

• 443 PerformancesofAqueousLithium-IonBatterywithHydrogelElectrolyte–K.Nakamoto,S.Park,S.Okada(KyushuUniversity),andS.Mitsui(NissanChemicalIndustries,Ltd.)

• 444 SynthesisofHighlyRedoxStableDouble-PerovskiteOxideSr2MgMoO6-δinAir–J.Yin,Y.Yin,Z.Tong,andZ.Ma(ShanghaiJiaoTongUniversity)

• 445 AtomicLayerDepositionofPlatinumElectrodesforLT-SOFCs–Y.Kim,J.An,andF.B.Prinz(StanfordUniversity)

• 446 Physico-ChemicalandElectrochemicalPropertiesofNiPerovskiteSolidOxideFuelCellAnodeforGlycerolOxidation–G.Monforte,M.LoFaro,M.Minutoli,V.Antonucci,andA.Aricò(CNR-ITAE)

• 447 ApplicationofAnion-ExchangeMembranesforVanadiumRedoxFlowBattery–J.Shim,J.Jeon,S.Park,B.Lee,andK.Shin(KoreaInstituteofEnergyResearch)

• 448 SynthesisandPhysicalPropertiesofProtonConductors,A-Mg(PO3)3·yH2O(A:Li+,Na+,K+,Rb+,Cs+andNH4+)–M.Hirayama,Y.Matsuda(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),andR.Kanno(TokyoInstituteofTechnology)

• 449 AcetyleneBlackModified3DSnS2NanoflowerswithHighElectrochemicalPerformanceforLithium-IonBattery–M.He,L.Yuan,andY.Huang(HuazhongUniversityofScienceandTechnology)

• 450 ElectrochemicalPropertiesofNAFIONCoatedHydridingCombustionSynthesizedMgBasedAlloy–S.Kim,M.Chourashiya,C.Park,andC.Park(ChonnamNationalUniversity)

• 451 PreparationofNi(OH)2Nanowall/NiElectrodeandItsApplicationinLithium-IonBattery–T.Li,S.Ni,andX.Yang(ThreeGorgesUniversity)

• 452 AOne-DimensionalModelforAir-BreathingDirectMethanolFuelCells–J.Park(SeoulNationalUniversity),S.Ha(NanyangTechnologicalUniversity),andS.Cha(SeoulNationalUniversity)

• 453 NovelSynthesisofSnO2/GraphiteCompositeasAnodeMaterialforLithium-IonBatteries–Y.Zhou,X.Yang,andS.Ni(ThreeGorgesUniversity)

• 454 Preparationof3DPorousSiliconPowderswithFluoride-FreeTechnology–C.Shi,X.Yang,D.Yu,andL.Zhang(ThreeGorgesUniversity)

• 455 PreparationofChitosan/GPTMSAnion-ExchangeMembranesviatheSol-GelRoutesforVanadiumRedoxFlowBatteryApplications–Y.Huang,S.Huang,K.Hsueh,andB.Wong(NationalUnitedUniversity)

• 456 ElectrochemicalPropertiesofMnO2/CarbonCompositesbyMicrowaveHeating–Y.Chun(KoreaInstituteofEnergyResearch)

• 457 StudyoftheKineticsofVanadium(II)/(III)RedoxReaction–H.Yang,K.Hsueh(NationalUnitedUniversity),C.Hsieh(InstituteofNuclearEnergyResearch),andJ.Hung(NationalUnitedUniversity)

• 458 MembranePermeabilityMeasurementofVanadiumIons–C.Wu(IndustrialTechnologyResearchInstitute),Y.Huang,Y.Chiu,S.Huang,andK.Hsueh(NationalUnitedUniversity)

• 459 FunctionandPerformanceoftheSeparatorMembraneinRed-OxFlowBatteriesandWhyProtonExchangeBasedMembraneMightNotBetheBestChoice–K.A.Lewinski(3M)

• 460 ANumericalStudyoftheElectrochemicalPerformancewiththeElectrolyticFlowConditionsinVanadiumRedoxFlowBattery–J.Kim(HyundaiHeavyIndustriesCo.Ltd.)andH.Lee(HyundaiHeavyIndustries)

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11:40 524 TailoringCarbonsforEnergyStorageViaHydrogenEvolutionandCaptureunderAnodicBiasingConditionsinNeutralpHAqueousElectrolytes–S.Chun(CarnegieMellonUniversity),S.Shanbhag(AquionEnergy),andJ.F.Whitacre(CarnegieMellonUniversity)

Young Investigators – 14:00 – 16:20Co-Chairs: P. Simon and Y.-Y. Xia

14:00 525 UnderstandingtheChargingMechanismofNanoporousCarbonElectrodesfromMolecularDynamicsSimulations–M.Salanne,C.Merlet,B.Rotenberg(UniversitePierreetMarieCurie),P.Madden(UniversityofOxford),P.Taberna,P.Simon(UniversitéPaulSabatier),andY.Gogotsi(DrexelUniversity)

14:20 526 APowerfulApproachforPreparingSingle-PhaseUnitary/BinaryOxides-GrapheneComposites–K.Chang(TaiwanBluestoneTechnologyCo.,Ltd.)andC.Hu(NationalTsingHuaUniversity)

14:40 527 NanoporousCarbonMaterialsforElectricalDoubleLayerCapacitors–G.Y.Yushin(GeorgiaInstituteofTechnology)

15:00 528 HighVoltageElectrochemicalDoubleLayerCapacitorsContainingAdiponitrile-BasedElectrolytes–A.Balducci,A.Brandt(WestfälischeWilhelmsUniversityofMuenster),P.Isken,andA.Lex-Balducci(WestfälischeWilhelms-UniversityMünster)

15:20 529 DramaticImprovementsinElectricDouble-LayerCapacitorsbyUsingPolysaccharides–M.Yamagata,S.Ikebe,Y.Kasai,K.Soeda,andM.Ishikawa(KansaiUniversity)

15:40 530 NMRStudiesontheMechanismofElectrochemicalDoubleLayerCapacitors–H.Wang,T.K.Köster(UniversityofCambridge),N.Trease(StonyBrookUniversity),J.Ségalini,P.Taberna,P.Simon(UniversitéPaulSabatier),Y.Gogotsi(DrexelUniversity),andC.P.Grey(UniversityofCambridge)

16:00 531 “NanohybridCapacitor”UtilizingLi4Ti5O12CompositedwithSingle-WalledCarbonNanotube–J.Miyamoto(TokyoUniversityofAgricultureandTechnology),S.Suematsu,K.Tamamitsu(NipponChemi-conCorp.),K.Hata(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Iijima(AdvancedIndustrialScienceandTechnology),andK.Naoi(TokyoUniversityofAgricultureandTechnology)


B2 – Poster Session – 18:00 – 20:00

• 532 DoubleTemplatesSynthesisofMesoporousNanowires–J.Lee(NanyangTechnologicalUniversity)

• 533 InfluenceofOrganicSolventsonCarbon-LayerStructureinElectrical-Double-LayerCapacitors–A.Banerjee,P.SureshKumar,andA.K.Shukla(IndianInstituteofScience)

• 461 ANovelHighPower–LongCycleLifeEnergyStorageSystemforLarge-ScaleApplications–H.Jin,D.Ren(NationalInstituteofClean-and-Low-CarbonEnergy),G.H.Brilmyer(Batt-TekConsultingLLC),andM.T.Nispel(SierraPowerGroup)

B2Electrochemical CapacitorsBattery/PhysicalandAnalyticalElectrochemistrySouth Pacific 4, Mid-Pacific Conference Center, Hilton Hawaiian Village

Devices and Applications I – 08:00 – 09:40Co-Chairs: E. Frackowiak and K. Naoi

08:00 515 AdvancedCapacitorsforNextGenerationandTheirR&DofMaterialinNipponChemi-Con–K.Tamamitsu,S.Suematsu(NipponChemi-conCorp.),S.Ishimoto,andH.Uchi(NipponChemi-ConCorporation)

08:40 516 ElectrochemicalCapacitorUsablePowerforHybridElectricVehicleApplicationsasDeterminedfromTransientElectricalResponse–D.A.Corrigan,C.Fortin,andA.Zabik(WayneStateUniversity)

09:00 517 CharacteristicsofElectricDoubleLayerCapacitorBasedonanElectrodeUtilizingSWCNTon“Three-DimensionalPorousAluminum”–ImprovementofElectricPerformanceatLowTemperature–D.Iida,T.Noguchi,M.Kuramoto(MeidenshaCorporation),K.Okuno,A.Hosoe,M.Majima,andY.Nakai(SumitomoElectricIndustriesLtd.)

09:20 518 ANewAqueousHybridElectrochemicalCapacitorwitha4VOperatingVoltage–W.Sugimoto,T.Ban,Y.Shinohara,S.Makino,andW.Shimizu(ShinshuUniversity)

Devices and Applications II – 10:00 – 12:00Co-Chairs: K. B. Kim and J. Miller

10:00 519 TheNextGeneration“Nanohybrid”and“SuperRedox”Capacitors–K.Naoi(TokyoUniversityofAgricultureandTechnology)

10:20 520 DevelopmentandEvaluationofanAsymmetricCapacitorwithaNickel/CarbonFoamPositiveElectrode–B.C.Cornilsen,J.Wang,P.SasthanKuttipillai,T.N.Rogers,W.Yeo,M.B.Chye,andA.SinghBhatia(MichiganTechnologicalUniversity)

10:40 521 AsymmetricSupercapacitorsConsistingofaGraphene-BasedAnodeandOxide-BasedCathodesinAqueousElectrolytes–C.Hu,C.Liu,C.Chen,T.Wu,andK.Chang(NationalTsingHuaUniversity)

11:00 522 TestingofMnO2AqueousHybridSupercapacitorsunderExtremeClimaticConditions–A.J.RobertsandR.Slade(UniversityofSurrey)

11:20 523 StructuredEDLCElectrodewithThrough-PlaneMicrochannel–T.Okura,A.Morimoto,G.Inoue,andM.Kawase(KyotoUniversity)

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• 547 Ion-Exchange/ActivationCombinationMethodtoSynthesize3DHierarchicalPorousGraphiticCarbonwithInterconnectedPoreStructureasElectrodeMaterialforSupercapacitors–Y.LiandP.Shen(SunYat-SenUniversity)

• 548 DesigningPorousMicrostructuresofNiCo2O4SpinelNanoparticlesbyUsingCTAB-AssistedDispersion–C.Hsu(NationalTsing-HuaUniversity),K.Chang,andC.Hu(NationalTsingHuaUniversity)

• 549 EffectofManufacturingFactorsonElectrochemicalPerformanceofCarbon-PTFEElectrodeforEDLC–I.Kim,S.Yang,andS.Lee(KoreaElectrotechnologyResearchInstitute)

• 550 ANewPorousAnodeMaterialElectrochemicallySynthetizedfromPolycyclicAromaticHydrocarbons–M.Wagner(ÅboAkademiUniversity),C.Kvarnström(UniversityofTurku),A.Ivaska,andJ.Bobacka(ÅboAkademiUniversity)

• 551 NaClO4andNaPF6asPotentialNon-AqueousElectrolyteSaltsforElectricalDoubleLayerCapacitorApplication–A.Laheäär,A.Jänes,andE.Lust(UniversityofTartu)

• 552 Gel-BasedActivatedCarbonElectrodeforEDLCSupercapacitors–V.Jouille,C.Galindo,M.Paté,P.LeBarny,andM.PhamThi(ThalesResearch&Technology)

• 553 AlginateBinderforHighPowerEDLC–S.Ikebe(KansaiUniversity),S.Yamazaki(DAIKININDUSTRIES,ltd.),M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 554 TheeffectofElectrolyteontheHybridCapacitorofLiMn2O4/ACandLiCoO2/ACPreparedbyChemicalActivation–J.LeeandH.Yoon(ChungbukNationalUniversity)

• 555 Quinone-FunctionalizedCarbonNano-OnionforPseudocapacitorApplications–D.M.Anjos(OakRidgeNationalLaboratory),V.Presser,J.McDonough,Y.Gogotsi(DrexelUniversity),G.M.Brown,andS.Overbury(OakRidgeNationalLaboratory)

• 556 ElectrochemicalCharacteristicofCNTSpherebyAggregationofW/OEmulsionProcess–H.Kim(ChungbukNationalUniversity),J.Yang(ChunghukNationalUniversity),H.Kim,andS.Park(ChungbukNationalUniversity)

• 557 NonaqueousProtonConductingGelElectrolyteforSupercapacitors–A.A.Ojrzynska(WarsawUniversityofTechnology),I.Rukowska(UniversityofWarsaw),P.Simon(UniversitéPaulSabatier),P.J.Kulesza(UniversityofWarsaw),andW.Wieczorek(WarsawUniversityofTechnology)

• 558 TheElectrochemicalBehaviorofCNFsbyLiquidPhaseCarbonizationUsingPolyethyleneOxide(PEO)–S.Ahn,J.Yang(ChungbukNationalUniversity),H.Kim(PureEchemCo.Ltd.),H.Habazaki(HokkaidoUniversity),andS.Park(ChungbukNationalUniversity)

• 559 ActivatedMesophasePitchforHighPerformanceElectricDoubleLayerCapacitors–C.Huang,M.Hsueh,andH.Teng(NationalChengKungUniversity)

• 534 Polypyrrole-CoveredMnO2asElectrodeMaterialforHydridSupercapacitor–A.Bahloul,B.Nessark(UniversitédeFerhatAbbas),E.Briot,H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 535 3-DGraphene/MetalOxideCompositeMaterialforSupercapacitors–S.Guo,W.Wang,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

• 536 InfluenceofElectrodeMassontheElectrochemicalPerformanceofAsymmetricSupercapacitorswithNano-Ni(OH)2andActivatedCarbonElectrodes–Y.Tian,J.Yan,R.Xue,H.Lixing,andB.Yi(ChineseAcademyofSciences)

• 537 AGeneralModelforPorousLayerPseudo-CapacitiveImpedanceSpectrum–P.Guillemet,O.Crosnier,andT.Brousse(UniversityofNantes)

• 538 PromisingBio-CarbonforOxygenReductionandSupercapacitor–X.YangandH.Zhu(ChineseAcademyofSciences)

• 539 Nitrogen-EnrichedMetallophthalocyanine/GrapheneOxideNanocompositesforHigh-EnergyAsymmetricElectrochemicalCapacitorsinAqueousElectrolytes–K.I.Ozoemena(CouncilforScientificandIndustrialResearch),J.Lekitima,K.Makgopa(UniversityofPretoria),C.J.Jafta(CSIR),andS.Chen(UniversityofCalifornia)

• 540 Ar+PlasmaEnhancedVerticallyOrientedGrapheneSupercapacitors–M.Cai,R.A.Outlaw(CollegeofWilliamandMary),S.M.Butler,andJ.R.Miller(JMEInc.)

• 541 GrapheneNanowallSupercapacitorswithUltra-HighPerformance–H.Yen(AcademiaSinica),Y.Horng(NationalTaiwanUniversity),M.Hu(AcademiaSinica),W.Yang,Y.Tai(NationalTaiwanUniversityofScienceandTechnology),L.Chen(NationalTaiwanUniversity),andK.Chen(AcademiaSinica)

• 542 Polyacrylonitrileand1-Ethyl-3-MethylimidazoliumThiocyanateBasedGelPolymerElectrolyteforSolid-StateSupercapacitorswithGrapheneElectrodes–G.PandeyandA.Rastogi(BinghamtonUniversity(SUNY))

• 543 CathodicSynthesisofBirnessiteFilmsforPseudocapacitorApplication–T.Tanimoto,H.Abe,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 544 EQCMInvestigationonElectrodepositionandChargeStorageBehaviorofBirnessite-TypeMnO2–M.Shamoto,T.Tanimoto,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 545 StudyofStorageCapacityinElectrochemicalDoubleLayerCapacitorUsingGrapheneandBlendsofGraphenewithCarbon–C.Subramaniam(VITUniversity),T.Maiyalagan(NanyangTechnologicalUniversity),G.Velayutham(AnabondSainergyFuelCellIndiaPvt.Ltd.),andS.Bollepalli(SainergyTechInc.)

• 546 OrderedMesoporous/MicroporousCarbonSphereArraysDerivedfromChlorinationofMesoporousTiC/CCompositeandTheirApplicationforSupercapacitors–D.D.Zhou,H.Liu,Y.Wang,C.Wang,andY.Xia(FudanUniversity)

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• 576 AqueousAsymmetricElectrochemicalCapacitors:FromFundamentalElectrodeDesigntoPracticalConsiderations–J.W.Long,M.B.Sassin(U.S.NavalResearchLaboratory),B.Willis,C.Hoag(U.S.NavalResearchLaboratory),D.R.Rolison(U.S.NavalResearchLaboratory),A.Mansour(NavalSurfaceWarfareCenter),S.G.Greenbaum(HunterCollegeofNY),J.M.Wallace,andK.Pettigrew(U.S.NavalResearchLaboratory)

• 577 Pulse-ElectropolymerizationofPolypyrroleonFree-StandingGrapheneFilmsforEfficientFlexibleSupercapacitors–F.M.Hassan,Z.Chen,A.Davies,J.Choi,andA.Yu(UniversityofWaterloo)

• 578 OptimizationofActivatedCarbonMaterialsforLithium-IonCapacitorApplications–D.A.Totir,S.Letaj,D.Carruthers,M.Petruska,M.King,andM.Wodjenski(AdvancedTechnologyMaterials,Inc.)

• 579 DoubleLayerCapacitorPerformancesofPorousCarbonElectrodesDerivedfromCyclicOligosaccharide–M.Tokita,M.Egashira,N.Yoshimoto,andM.Morita(YamaguchiUniversity)

• 580 SelectiveAdsorptionofIonsintoNanoporousCarbons:AViewBeyondJusttheMereIonSize–S.Sigalov,M.Levi,G.Salitra,D.Aurbach(Bar-IlanUniversity),A.Jänes,E.Lust(UniversityofTartu),andI.C.Halalay(GeneralMotorsGlobalR&D)

• 581 AnAsymmetricElectrochemicalCapacitorwithActivatedCarbonElectrodesinOrganicElectrolyte–X.Tian,S.Dsoke,C.Täubert,andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

• 582 AddressingtheConductivityIssueinElectrochemicalSupercapacitorElectrodes–X.Pétrissans,D.Giaume,J.Badot,andP.Barboux(CNRS)

• 583 ElectrochemicallyReducedGrapheneOxideSheetsasHighPerformanceSupercapacitors–J.YangandS.Gunasekaran(TheUniversityofWisconsin-Madison)

• 584 ExploringtheCycleBehaviorofElectrodepositedVanadiumOxideSupercapacitorElectrodesinVariousAqueousEnvironments–A.M.EngstromandF.M.Doyle(UniversityofCalifornia,Berkeley)

• 585 FabricationofGraphiteOxide/PEDOT-PSS/CarbonNanotubesCompositePaperViaOneStepSolution-CastingSynthesisforHighPerformanceFlexibleElectrode–Y.WengandN.N.Wu(NationalTaiwanUniversity)

• 586 SynthesisandCharacterizationofN-Methylacetamide/LiBF4ComplexasanIonicLiquidElectrolyteforSupercapacitor–B.BangandT.Yeu(Chung-AngUniversity)

• 587 In SituElectrochemicalDepositionofMnO2onCNTsforUltracapacitorApplications–S.Raina,S.Hsu,W.Kang,J.Huang,andM.Yilmaz(VanderbiltUniversity)

• 588 HighlyConductiveActivatedCarbonfortheApplicationofSupercapacitor–Y.Lin,W.Wang,andC.Cheng(IndustrialTechnologyResearchInstitute)

• 560 ComparativeStudyofUsingChlorineandHydrogenChlorideforSynthesisofTitaniumCarbideDerivedCarbon–I.Tallo,T.Thomberg,A.Jänes,andE.Lust(UniversityofTartu)

• 561 TheContributionofN-ContainingFunctionalGroupsonGrapheneforEDLCinAcidicandAlkalineElectrolytes–Y.Lee,K.Chang,andC.Hu(NationalTsingHuaUniversity)

• 562 A3.9VLithium/ActivatedCarbonHybridCapacitorBasedonanAqueousElectrolyte–W.Shimizu,S.Makino,andW.Sugimoto(ShinshuUniversity)

• 563 ChemicalVaporDepositionSynthesisofCarbonCoatedGraphiteforHybridCapacitor–Y.Kim(BatteryR&DAssociationofKorea)

• 564 PerformanceofSupercapacitorsBasedonGrapheneOxideandMesoporousCarbonbyScreenPrinting–I.CarreraLeon,J.BaasLópez,andD.PachecoCatalán(CentrodeInvestigaciónCientíficadeYucatán)

• 565 PotentialControlwithACElectrodeCapacityforHybridCapacitor–J.Yang(ChunghukNationalUniversity),Y.Yuk,H.Kim(PureEchemCo.Ltd.),andS.Park(ChungbukNationalUniversity)

• 566 FabricationandOptimizationofNanoparticulateManganeseDioxideThin-FilmElectrochemicalCapacitorPrototypes–S.Pang,B.Wee,andS.Chin(UniversitiMalaysiaSarawak)

• 567 ElectrochemicalPropertiesofElectrochemicalCapacitorsUsingNiOElectrode–M.Chiku,M.Toda,E.Higuchi,andH.Inoue(OsakaPrefectureUniversity)

• 568 N-Butyl-N-Methylpyrrolidinium-DicyanamideIonicLiquidastheElectrolyteforManganeseOxidePseudo-Capacitor–H.Cheng,I.Sun,C.Su(NationalChengKungUniversity),M.Lee(NationalCentralUniversity),W.Tsai(NationalChengKungUniversity),J.Chang(NationalCentralUniversity),andY.Fu(NationalUniversityofTainan)

• 569 CapacitanceEnhancementofAnodicZrO2FilmsbySimultaneousIncorporationofSiliconandYttriumSpecies–M.Ishizuka,E.Tsuji,Y.Aoki,andH.Habazaki(HokkaidoUniversity)

• 570 N-dopedGraphiteOxideSynthesizedfromPhotocatalyticReductionforElectrochemicalCapacitors–H.HuangandH.Teng(NationalChengKungUniversity)

• 571 Organic-InorganicHybridMaterialsforSupercapacitors–V.Ruiz,J.Suarez-Guevara,andP.Gomez-Romero(CIN2-CSIC)

• 572 ElectrochemicalPropertiesofLayered(Ni,Co,Mn)OxidePreparedbyCo-PrecipitationMethodasElectrodesforElectrochemicalCapacitors–M.Yano,S.Suzuki,andM.Miyayama(TheUniversityofTokyo)

• 573 SubstrateeffectsontheSupercapacitiveBehaviorofElectrodepositedManganeseOxides–M.GlennandS.W.Donne(UniversityofNewcastle)

• 574 LiDistributioninCarbonAnodewithLiPre-DopingforLi-IonCapacitor–T.Toki,M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 575 StudyofPolypyrrole-ManganeseOxideCompositesasSupercapacitorElectrodeMaterials–P.Ningsih,C.Z.Holdsworth,andS.W.Donne(UniversityofNewcastle)

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10:40 657 PreparationofReducedGrapheneOxide-SnCompositeThroughElectrolessDepositionandItsUseasanAnodeMaterialinLithium-IonBattery–H.Noguchi,G.Kido,andW.Zhao(SagaUniversity)

11:00 658 ImprovedElectrochemicalPerformanceofGraphiteNegativeElectrodesbyCovalentlyBoundSurfaceCoatings–H.Meyer,T.Placke,S.Lux(UniversityofMünster),F.Homeyer,F.Jöge(LeibnizUniversityofHannover),C.Engelhardt(Friedrich-Alexander-UniversityErlangen-Nürnberg),M.Binnewies(LeibnizUniversityofHannover),K.Wirth(Friedrich-Alexander-UniversityErlangen-Nürnberg),S.Passerini,andM.Winter(UniversityofMünster)

11:20 659 AnionIntercalationintoGraphiticCarbonfromIonicLiquidbasedElectrolytesforHighPerformanceDual-IonBatteries–T.Placke,O.Fromm,R.Klöpsch,G.Schmülling,P.Bieker,S.Lux,H.Meyer,S.Passerini,andM.Winter(UniversityofMünster)

11:40 660 KineticBehaviorofAnionIntercalationintoGraphiteElectrodesinOrganicSolutions–F.Sagane(ShizuokaUniversity),K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

12:00 661 CarbonCoatedα-Fe2O3Nano-ParticlesasHighPerformanceAnodicMaterialforLithium-IonBatteries–A.BrandtandA.Balducci(WestfälischeWilhelmsUniversityofMuenster)

New Electrochemistry – 14:00 – 18:00Co-Chairs: Masashi Okubo and Alain Demourgues

14:00 662 EnhancedElectrochemicalIonInsertion/ExtractionReactioninCyano-BridgedCoordinationPolymerElectrodesforRechargeableBattery–M.Okubo,Y.Mizuno,D.Asakura,T.Kudo,andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

14:40 663 Intercalationofα-MnO2asMgbatterycathode–L.Chen,T.S.Arthur,R.Zhang,andF.Mizuno(ToyotaResearchInstituteofNorthAmerica)

15:00 664 TowardstheDevelopmentofCalcium-IonBatteries–J.RogosicandD.R.Sadoway(MassachusettsInstituteofTechnology)

15:20 665 ElectrochemicalPropertiesofLi5FeO4/CCompositePositiveElectrodeMaterials–T.Okumura,M.Shikano,andH.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

15:40 Intermission(20Minutes)16:00 666 NewFe-BasedOxyfluoridesasRechargeable

Lithium-IonBatteryatHighVoltage(Average>3Vvs.Li+/Li)–A.Demourgues,N.Penin,A.Wattiaux,D.Carlier-Larregaray,L.Bourgeois,E.Durand,A.Tressaud(ICMCB,UniversityofBordeaux,CNRS),H.Groult(UniversitéPierreetMarieCurie),D.Dambournet(ArgonneNationalLaboratory),C.M.Julien(UniversitéPierreetMarieCurie),andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

16:40 667 SplashCombustionSynthesisandExplorationofLithiumMetalPyrophosphate(Li1±yMP2O7)Cathodes–P.Barpanda,T.Ye,J.Lu,Y.Yamada,S.Chung,S.Nishimura,andA.Yamada(TheUniversityofTokyo)

• 589 CharacterizationofLiNi1/3Mn1/3Co1/3O2/CCompositePositiveElectrodesforNon-AqueousSupercapacitors–B.BangandT.Yeu(Chung-AngUniversity)

• 590 EnhancedElectrochemicalSupercapacitorsIntegratedwithPolythiopheneUsingOxidativeChemicalVaporDeposition–S.Nejati,C.Tran(DrexelUniversity),T.E.Minford(DrexelUniveristy),V.Kalra(DrexelUniversity),andK.K.Lau(DrexelUnversity)

• 591 ComparativeStudyofElectrodeStabilizationTechniqueforGraphene-PolyanilineNanocompositeElectrodesUsingDielectricsforSupercapacitorApplications–S.A.Ketkar,M.Ram,A.Kumar,T.Weller,andA.M.Hoff(UniversityofSouthFlorida)

• 592 Pseudo-CapacitivePerformanceofSol-GelManganeseOxide/GrapheneElectrodeswithVariousHeat-Treatments–M.Lee(NationalCentralUniversity),C.Lin(TaipeiMedicalUniversity),C.Wu,C.Wang,C.Chen(FengChiaUniversity),andJ.Chang(NationalCentralUniversity)

• 593 ElectrochemicalBehaviorofElectrolytesatPorousElectrodeInvestigatedwithTransmission-LineModel–N.NambuandT.Satoh(TokyoPolytechnicUniversity)

B4Intercalation Compounds for Rechargeable BatteriesBatterySouth Pacific 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Anode – 08:20 – 12:20Co-Chairs: Pedro Gomez-Romero and Christian Julien

08:20 652 RechargeableBatteries:FromHybridMaterialstoHybridElectrodesandDevices–P.Gomez-Romero(CIN2-CSIC)

09:00 653 NovelFabricationofHighlyConductiveTitania/CarbonElectrodesforLithium-IonBatteriesandSupercapacitors–M.J.SussmanandG.P.Demopoulos(McGillUniversity)

09:20 654 ImprovementofCyclePerformanceofLithium-IonBatteriesatElevatedTemperatureof60°CUsingGraphiteCoatedwithMetalOxide–N.Inoue(SemiconductorEnergyLaboratoryCo.Ltd.),K.Kimura,S.Kataniwa,J.Momo,T.Moriwaka,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

09:40 Intermission(20Minutes)10:00 655 MXenes–ANewFamilyofTwoDimensional

TransitionMetalCarbidesUsedasIntercalationCompounds–M.Naguib(DrexelUniversity),J.Come(UniversitePaulSabatier),O.Mashtalir,V.Presser(DrexelUniversity),P.Taberna,P.Simon(UniversitéPaulSabatier),M.W.Barsoum,andY.Gogotsi(DrexelUniversity)

10:20 656 CharacterizationofGraphiticNano-OnionsasLithium-IonAnodes–J.D.Cardema,G.Radhakrishnan,andP.M.Adams(TheAerospaceCorporation)

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• 677 MnO2Nano-RodsPreparedbyRedoxReactionasCathodesinLithiumBatteries–A.M.Hashem,H.M.Abuzeid,A.Abdel-Latif,H.Abbas(NationalResearchCentre),H.Ehrenberg,S.Indris(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 678 OrthorhombicMoO3NanofibersasCathodeMaterialsforLiBatteries–C.V.Ramana(UniversityofTexasatElPaso),A.M.Hashem(NationalResearchCentre),H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 679 Carbon-CoatedNano-StructuredMoO3asCathodeMaterialsforLithiumBatteries:Synthesis,StructureandElectrochemicalPerformance–C.V.Ramana(UniversityofTexasatElPaso),H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 680 SingleCrystalLi1.2Mn0.56Ni0.12Co0.12O2HexagonalNanoplateswithLateral{010}FacetsExposedascathodeofLithium-IonBatterieswithExcellentCycleability–F.Fu,Y.Deng,X.Li,J.Li,L.Huang,andS.Sun(XiamenUniversity)

• 681 SynthesisandElectrochemicalCharacterizationofCarbonophosphates;ANewFamilyofIntercalationCompoundsDiscoveredbyAbInitioComputing–I.L.Matts,H.Chen,G.Hautier,andG.Ceder(MassachusettsInstituteofTechnology)

• 682 ImprovedInitialCoulombicEfficiencyofSpinelBatteryCathodebyFluorine-Doping–J.Kim,C.Nguyen,Y.Bae,K.Lee,J.Song,J.Min(ChungnamNationalUniversity),H.Ko,T.Kim(POSCOESMaterials),Y.Paik(KoreanBasicScienceInstitute),andS.Song(ChungnamNationalUniversity)

• 683 Investigationonthe(de)LithiationMechanismofLi2MoO3–J.Lee,S.Kim,J.Kim,andG.Ceder(MassachusettsInstituteofTechnology)

• 684 CathodePropertiesofP-DopedLi2MnO3–H.Komaki,A.Kitajo,andS.Okada(KyushuUniversity)

• 685 SynthesisandElectrochemicalPerformanceofaLithium-TransitionMetal-FluorideasaNewCathodeMaterialforLithium-IonBatteries–N.Twu,L.Liu,andG.Ceder(MassachusettsInstituteofTechnology)

• 686 TheElectricalPropertiesofAmorphousTiO2-BPreparedfromLepidocrociteTypePrecursorsasanAnodeMaterialinLithium-IonBattery–Y.Furuya,T.Iida,andH.Noguchi(SagaUniversity)

• 687 StructuralandMagneticStudiesonInitialCyclingofLi-ExcessTypeLayeredRock-SaltOxideCathode–T.Nakamura,K.Nakao(UniversityofHyogo),H.Takahara,H.Yashiro(RigakuCorporation),Y.Oka,andY.Yamada(UniversityofHyogo)

• 688 RelationbetweenSynthesisConditionsandElectrochemicalPropertiesofLithiumExcessLi-Ni-Mn-OCompounds–H.Yamada,M.Oyama,H.Nakamura,andH.Noguchi(SagaUniversity)

• 689 FacileSynthesisofFeF3andItsApplicationtoPositiveElectrodeforRechargeableLithiumBatteries–S.Myung,S.Kim(SejongUniversity),andY.Hitoshi(IwateUniversity)

17:00 668 OxalicDihydrazideAssistedNovelCombustionSynthesizedPyrophosphateCompoundsforRechargeableBatteries–N.Kalidoss,K.Nallathamby(CentralElectrochemicalResearchInstitute),andM.Minakshi(MurdochUniversity)

17:20 669 LiTi2(PO4)3/ReducedGrapheneOxideHybridsforHighPerformanceCathodeMaterialsinLithium-IonBatteries–C.Lim,A.GKannan,H.Lee,andD.Kim(KoreaAdvancedInstituteofScienceandTechnology)

17:40 670 AnEnergyStoragePrincipleDeliveredbyBipolarPorousPolymericFrameworks–K.Sakaushi(IFWDresden),G.Nickerl,F.Wisser(TUDresden),E.Hosono,H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Kaskel(TUDresden),andJ.Eckert(IFWDresden)


B4 – Poster Session I – 18:00 – 20:00Co-Chairs: Karim Zaghib and Shirley Meng

• 671 LiNi1/3Mn,1/3Co1/3O2SynthesizedbySol-GelMethod:StructureandElectrochemicalProperties–A.M.Hashem,A.Abdel-Ghany,H.M.Abuzeid(NationalResearchCentre),H.Ehrenberg(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 672 ElectronicPropertiesofOlivineMaterialsforPositiveElectrodesinLi-IonBatteries–C.M.Julien,A.Mauger(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),andH.Groult(UniversitéPierreetMarieCurie)

• 673 LiMnyFe1-yPO4CathodeMaterialsGrownbyHydrothermalRoute:StructureandMorphology–M.Mathieu,J.Trottier,P.Hovington,A.Guerfi,K.Zaghib(InstitutdeRecherched’Hydro-Qué-bec),M.Trudeau(InstitutdeRecherchesd’Hydro-Québec),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 674 LiMnyFe1-yPO4CathodeMaterialsGrownbyHydrothermalRoute:ElectrochemicalPerformance–J.Trottier,M.Mathieu,A.Guerfi,K.Zaghib(InstitutdeRecherched’Hydro-Québec),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 675 Synthesis,StructuralandElectrochemicalPropertiesofLiNi1/3Mn1/3Co1/3O2PreparedbySol-GelMethodUsingTableSugarasChelatingAgent–A.M.Hashem,H.M.Abuzeid(NationalResearchCentre),N.Kiziltas,M.Herklotz(IFWDresden),H.Ehrenberg(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 676 SurfaceandBulkPropertiesofLiFePO4:TheMagneticAnalysis–A.Mauger,H.Groult(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),andC.M.Julien(UniversitéPierreetMarieCurie)

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10:00 761 MaterialsDesignandAnalysisofElectrode/SolidElectrolyteInterfacebyIn SituMethods–Y.Iriyama(ShizuokaUniversity)

10:40 762 InvestigationoftheSolidElectrolyteInterphase(SEI)withPre-LithiatedGraphite–N.J.Dudney,L.A.Adamczyk,R.R.Unocic,G.M.Veith,P.Ganesh,andP.R.Kent(OakRidgeNationalLaboratory)

11:00 763 TransportPropertiesandChemicalStabilityofLISICON-BasedGlassCeramicsinContactwithLithium–P.Hartmann(Justus-Liebig-UniversityGiessen),M.Reich(SCHOTTAG),T.Leichtweiss(Justus-Liebig-UniversityGiessen),M.Schneider,W.Schmidbauer(SCHOTTAG),andJ.Janek(JustusLiebigUniversityGießen)

11:20 764 BiasImposedInterfacebetweenSolidLi-IonConductorLiBH4andLiMetal:FirstPrinciplesMolecularDynamicsSimulations–T.Ikeshoji(TohokuUniversity),E.Tsuchida,M.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Takagi,M.Matsuo,andS.Orimo(TohokuUniversity)

11:40 765 InvestigationoftheInterfaceBetweenLi2S-P2S5SolidElectrolyteandLiMetalElectrodebyUsingElectrochemicalMethodswithMicroelectrodes–M.Chiku,W.Tsujiwaki,E.Higuchi,andH.Inoue(OsakaPrefectureUniversity)

Interfaces and Interphases in Battery Systems VI – 14:00 – 17:00Co-Chairs: Yasutoshi Iriyamaand Nancy Dudney

14:00 766 StudiesontheFormationandStabilityofSolidElectrolyteInterphaseontheSurfaceofAnodeandCathodeofLithium-IonBatteries–X.Yu(BrookhavenNationalLaboratory),H.Li(ChineseAcademyofSciences),K.Xu(U.S.ArmyResearchLaboratory),K.Nam,H.Lee(BrookhavenNationalLaboratory),X.Huang,L.Chen(ChineseAcademyofSciences),A.VonCresce(U.S.ArmyResearchLaboratory),andX.Yang(BrookhavenNationalLaboratory)

14:40 767 ArtificialSolidElectrolteInterface(SEI)forImprovingCycle-AbilityonLithium-IonBattery–F.Wang(NationalTaiwanUniversityofScienceandTechnology)

15:00 768 UltrathinMultifunctionalCoatingsastheArtificialSolidElectrolyteInterphasestoImprovePerformanceofLithium-IonBatteries–X.Xiao,D.Ahn(GeneralMotorsGlobalR&DCenter),P.Lu(TrisonBusinessSolutionInc.),andM.W.Verbrugge(GeneralMotorsGlobalR&DCenter)

15:20 769 Li-IonTransferattheInterfacebetweenSolidElectrolyte/IonicLiquid–Y.Ishihara,K.Miyazaki,T.Fukutsuka,T.Abe,andZ.Ogumi(KyotoUniversity)

15:40 Intermission(20Minutes)16:00 770 AtomisticMechanismsofthePhaseBoundary

EvolutionduringInitialLithiationintoCrystallineSilicon–S.Kim,D.Datta,M.J.Chon,V.A.Sethuraman,P.R.Guduru,andV.B.Shenoy(BrownUniversity)

• 690 ElectrochemicalPropertiesofMg0.22MnO2asaCathodeMaterialforMgRechargeableBatteries–T.Kakibe(UniversityofHyogo),K.Miyazaki,T.Fukutsuka,T.Abe,andY.Uchimoto(KyotoUniversity)

• 691 Micro-SizedNaNi0.5Mn0.5O2LayeredMaterialsasaCathodeMaterialforRechargeableNaBatteries–M.Jang(HanyangUniversity),S.Myung(SejongUniversity),S.Oh,andY.Sun(HanyangUniversity)

• 692 CrystalandElectronicStructuresofLayeredLi2MnO3-LiMO2MaterialsduringStepwisePre-CyclingTreatment–H.Kobayashi,T.Okumura,M.Shikano(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),Y.Arachi(KansaiUniversity),andH.Nitani(KEK)

• 693 LiCoO2CathodeNanosheetswithEnlargedSurfaceAreaInducedbyHydrothermalProcess–K.Fung,C.Ni,C.Liu,andS.Tsai(NationalChengKungUniversity)

• 694 DiffusionofLithium-IonandPolaroninPyrophosphateLi2FeP2O7:First-PrinciplesStudy–Y.Asari,Y.Suwa,andT.Hamada(Hitachi,Ltd.)

• 695 CrystalStructureandElectrochemicalPropertiesofNi-SubstitutedLi2CuO2asaPositiveElectrode–T.Ide,T.Nakagawa,Y.Arachi(KansaiUniversity),andY.Nakata(IwakiMeiseiUniversity)

• 696 SynthesisandElectrochemicalPropertyofCuO-ContainingLi2MnO3–S.Akiyama,Y.Arachi,K.Hinoshita(KansaiUniversity),andY.Nakata(IwakiMeiseiUniversity)

• 697 KineticsandStabilityStudiesonLi1+xM1-xO2SingleCrystals–H.Duncan,B.Hai,A.K.Shukla,andG.Chen(LawrenceBerkeleyNationalLaboratory)

B5Interfaces and Interphases in Battery SystemsBattery/EnergyTechnologyHonolulu 1, Tapa Conference Center, Hilton Hawaiian Village

Interfaces and Interphases in Battery Systems V – 08:00 – 12:00Co-Chairs: Xiao-Qing Yang and Ryoji Kanno

08:00 757 In SituAnalysisofInterfacialReactionsbetweenEdgePlaneGraphiteNegative-ElectrodesandEC-BasedElectrolyteSolutions–T.Doi,Y.Domi,H.Nakagawa,S.Tsubouchi,M.Ochida,T.Yamanaka,T.Abe,andZ.Ogumi(KyotoUniversity)

08:40 758 UltrafastLaserSpectroscopyofElectrode/ElectrolyteInterfaces–J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),V.Zorba,X.Mao,R.E.Russo,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

09:00 759 EffectsofElectrolyteAdditivesontheSuppressionofMnDepositionontheEdgePlaneofHOPGforLithium-IonBattery–M.Ochida,S.Tsubouchi,H.Nakagawa,Y.Domi,T.Yamanaka,T.Doi,T.Abe,andZ.Ogumi(KyotoUniversity)

09:20 760 StudiesofInterfacialProcessesofLithium-IonBatteriesbyIn SituFourierTransformInfraredSpectroscopy–J.Li,X.Zheng,H.Su,X.Zeng,L.Huang,andS.Sun(XiamenUniversity)


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09:00 856 InvestigationonSiAnodeMaterialsforLithium-IonBatteriesUsingX-rayAbsorptionSpectroscopy–X.Yu,K.Nam(BrookhavenNationalLaboratory),C.Ma(ChineseAcademyofSciences),E.Hu,Y.Zhou(BrookhavenNationalLaboratory),H.Li(ChineseAcademyofSciences),andX.Yang(BrookhavenNationalLaboratory)

09:20 857 NegativelyandPositivelyNanopatternedSiliconforUseinLithium-ionBatteries–S.Nam(GwangjuInstituteofScienceandTechnology),D.Park,J.Lee,J.Lee(GwangjuInstituteofScience&Technology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)


Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 10:00 – 12:20Co-Chairs: Michael Thackeray and Xiaofeng Zhang

10:00 858 RetardationofPhaseTransformationofLixCoO2inFastDischarge–T.Kawaguchi,T.Ichitsubo,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

10:20 859 LowTemperatureSynthesisofManganospinelBasedCathodesforLi-ionBatteries–X.HaoandB.Bartlett(UniversityofMichigan)

10:40 860 EffectsofHeatTreatmentontheElectrochemicalPerformanceofLiNi0.5Mn1.5O4CathodeMaterialsviaSprayPyrolysisMethod–J.Shiu,W.Pang,andS.Wu(TatungUniversity)

11:00 861 ElectrochemicalPropertiesofHigh-VoltageLiNi0.5Mn1.5O4andHigh-CapacityLi1.5Ni0.25Mn0.75O2.5Blends–X.Zhang(ArgonneNationalLaboratory),L.Li(BeijingInstituteofTechnology),andI.Belharouak(ArgonneNationalLaboratory)

11:20 862 CombinedIn SituX-rayAbsorptionSpectroscopyandFirst-PrincipleCalculationStudiesonLocalStructuralandElectronicStructuralAlternationsofLiNi1/3Co1/3Mn1/3O2–H.Imai,K.Kubobuchi,M.Mogi,M.Matsumoto(NISSANARCLtd.),M.Nishijima(NissanMotorCo.,Ltd.),T.Yamamoto(WasedaUniversity),T.Matsumoto(NISSANARCLtd.),andY.Nitta(NissanMotorCo.,Ltd.)

11:40 863 6LiNMRSpectroscopicInvestigationonLocalStructuresandBatteryPropertiesofLi2MnO3CathodeMaterials–H.Imai(NISSANARCLtd.),K.Hashi(NationalInstituteforMaterialsScience),T.Sanada(NissanMotorCo.,Ltd.),K.Kamiguchi(NISSANARCLtd.),A.Ito,M.Watanabe(NissanMotorCo.,Ltd.),K.Kubobuchi,M.Mogi,M.Matsumoto(NISSANARCLtd.),N.Chiba(NissanMotorCo.,Ltd.),S.Ohki,T.Shimizu(NationalInstituteforMaterialsScience),M.Hatano(NissanMotorCo.,Ltd),andT.Matsumoto(NISSANARCLtd.)

12:00 864 ImpactoftheCalendaringProcessontheInterfacialStructureandtheRelatedElectrochemicalPerformanceofSecondaryLithium-IonBatteryElectrodes–W.Haselrieder,H.Seeba,andA.Kwade(TUBraunschweig)

16:20 771 In SituOpticalMicroscopicObservationofLithiumElectrodepositedinRoomTemperatureIonicLiquidsContainingQuaternaryAmmoniumCation–H.Sano(NationalInstituteofAdvancedIndustrialScienceandTechnology),H.Sakaebe(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andH.Matsumoto(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 772 AnalyticalStudiesofFlowBatteryRedoxReactionElectrokineticsonaThinFiberFilmRotatingDiskElectrode–K.L.Hawthorne,J.S.Wainright,andR.F.Savinell(CaseWesternReserveUniversity)

B6Lithium-Ion BatteriesBattery/EnergyTechnologyCoral 3, Mid-Pacific Conference Center, Hilton Hawaiian Village

Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 08:00 – 09:40Co-Chairs: Xiaofeng Zhang and Michael Thackeray

08:00 848 PreparationandElectrochemicalPerformancesofSn4+DopedV2O5asCathodematerialforLiIonBattery–Y.LiandG.Cao(UniversityofWashington)

08:20 849 V2O5NetworkStructureasCathodeforLithiumIonBatteries–Y.Xu,M.Dunwell,andH.Luo(NewMexicoStateUniversity)

08:40 850 Developing1400Wh/kgGraphene-V2O5AerogelCompositesasCathodesforLi-IonBatteries–Q.Liu,Y.Liu,andJ.Xie(IndianaUniversityPurdueUniversityIndianapolis)

09:00 851 SynthesisofFeOFUsingRoll-QuenchMethodandtheCharge-DischargeMechanism–A.Kitajou,R.Nagano,andS.Okada(KyushuUniversity)

09:20 852 InvestigationofGraphiteFoilasCurrentCollectorforCathodesofLi-IonBatteries–B.Ziv,O.Haik,E.Zinigrad,M.Levi,D.Aurbach(Bar-IlanUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)


Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 08:00 – 09:40Co-Chairs: Yoon-Chang Kim and Karim Zaghib

08:00 853 ElectrochemicalPropertiesofC60CoatedSiliconNanowiresasAnodesinLithiumSecondaryBatteries–A.Arie(ParahyanganCatholicUniversity)andJ.Lee(KoreaInstituteofScienceandTechnology)

08:20 854 In SituTEMStudiesofSiliconNanostructuresforLi-IonBatteries–K.Karki,C.Sun,E.Epstein(UniversityofMaryland),J.Cho,T.Picraux(LosAlamosNationalLaboratory),C.Wang,Y.Wang,andJ.Cumings(UniversityofMaryland)

08:40 855 SiliconNitrideThinFilmElectrodeforLithium-IonBatteries–N.Suzuki,R.B.Cervera,T.Ohnishi,andK.Takada(NationalInstituteforMaterialsScience)

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Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 14:01 – 15:41Co-Chairs: Robert Huggins and Khalil Amine

14:01 875 Carbon–SiliconNanocompositeAnodesforLithium-IonBatteries–G.Y.Yushin(GeorgiaInstituteofTechnology)

14:21 876 Thin-filmNanoporousSiliconCoatedwithPEOPolymerElectrolyteforLithium-IonBatteryAnodes–C.R.Becker,J.Read,J.Wolfenstine,J.Allen,andC.Lundgren(U.S.ArmyResearchLaboratory)

14:41 877 Real-TimeMeasurementsofStressandDamageEvolutionduringInitialElectrochemicalLithiationandDelithiationofCrystallineSilicon–M.Chon,V.A.Sethuraman,andP.R.Guduru(BrownUniversity)

15:01 878 HighPerformanceSiliconFreestandingAnodesFabricatedbyLowPressureandPlasma-EnhancedChemicalVaporDepositionontoCarbonNanotubeElectrodes–M.W.Forney,R.DiLeo,A.Raisanen,M.Ganter,J.Staub,R.Rogers,andB.Landi(RochesterInstituteofTechnology)

15:21 879 ImpactofElectrolytesonSolidElectrolyteInterphase(SEI)FormationandElectrochemicalPerformanceofaSiliconAnodeinLithium-IonCells–J.J.Wu(NASA/GlennResearchCenter)


Lithium-Ion Batteries: Cathodes V (General) – 16:00 – 18:00Co-Chairs: Mani Nagasubramanian and Ram Katiyar

16:00 880 TEMStudyofSurfaceRegionofSol-GelCoatedCathodeMaterialsforLiIonBattery–N.Taguchi,H.Sakaebe,T.Akita,T.Takeuchi,K.Tatsumi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andZ.Ogumi(KyotoUniversity)

16:20 881 ElectronicandTransportPropertiesofHigh-CapacitySilicateCathodeMaterialsforLi-IonBatteries–R.LongoPazos,K.Xiong,andK.Cho(UniversityofTexasatDallas)

16:40 882 High-PerformanceLithium-ionBatteryCathodesBasedonPorousFeF3Nanowires–L.LiandS.Jin(UniversityofWisconsin-Madison)

17:00 883 ScaleBridgingviaSurrogateModelingforMulti-ScaleAnalysisofLi-IonCathodes–W.Du,N.Xue,A.Sastry,J.Martins(UniversityofMichigan),andW.Shyy(HongKongUniversityofScienceandTechnology)

17:20 884 MetalOxide/GrapheneHybridNanostructuredElectrodesforHighPerformanceLithiumBatteries–H.Gullapalli,A.Reddy,andA.Pulickel(RiceUniversity)

17:40 885 ThermalAgingontheCycleabilityofCellsMadeof{LiMn⅓Ni⅓Co⅓O2+LiMn2O4}CompositeElectrodes–B.Lochner,E.Wong,M.Dubarry,C.Truchot,B.Liaw(UniversityofHawaiiatManoa),K.L.Gering,S.V.Sazhin,D.Jamison,andC.Michelbacher(IdahoNationalLaboratory)


Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 10:00 – 11:40Co-Chairs: Karim Zaghib and Yoon-Chang Kim

10:00 865 Si-CandSiOxVersusLithiumMetalAnodesforHigh-EnergyRechargeableBatteries–A.Guerfi,D.Leblanc,P.Hovington,M.Lagacé,J.Trottier,J.Hamel-Paquet,M.Dontigny,A.Vijh,andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

10:20 866 ImplementationandCharacterizationofSiliconAnodewithMetalAlloyInactiveMatrixforLithium-IonSecondaryBatteries–C.Lee,S.Kwon,J.Kim,S.Suh(SamsungSDI),J.Cho,J.Moon(MKElectronCo.,Ltd.),J.Choi,S.Kang,andY.Kim(SamsungSDI)

10:40 867 FirstPrinciplesStudiesoftheElectrochemicalLithiationandDelithiationofCrystallineSilicon–M.K.Chan(ArgonneNationalLaboratory),C.Wolverton(NorthwesternUniversity),andJ.Greeley(ArgonneNationalLaboratory)

11:00 868 NovelNanostructuredSianodeBehavioronNanorodArrayPolymerSubstrate–M.Jung(SeoulNationalUniversity),M.Moon(KoreaInstituteofScienceandTechnology),Y.Joo(SeoulNationalUniversity),andI.Choi(KoreaInstituteofScienceandTechnology)

11:20 869 WellControlledArrayofSiNanopillarwithMetalCoreasNegativeElectrodeforLithiumIonBatteries–T.Oguni,R.Tajima,T.Osada,T.Muraoka,M.Kurata,S.Sasagawa,S.Adachi,T.Takeuchi,T.Kakehata,J.Momo,T.Moriwaka,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)


Lithium-Ion Batteries: Cathodes IV (Manganese Spinel Systems) – 14:00 – 15:40Co-Chairs: Ram Katiyar and Mani Nagasubramanian

14:00 870 CyclingBehaviorofaHighVoltageSpinelUsinganOriginalThreeElectrodesLi1-xNi0.4Mn1.6O4//Li//LiNi0.4Mn1.6O4SymmetricCell:ApplicationtoLiNi0.4Mn1.6O4ElectrolyteInterfaceDegradationStudies–J.Demeaux(CEA/DAMLeRipault),M.Caravanier(UniversitéF.RabelaisdeTours),H.Galiano(CEA/DAMLeRipault),B.Montigny,andD.Lemordant(UniversitéF.RabelaisdeTours)

14:20 871 AStudyoftheHighRatePerformancePolypyrrole-TiCNanocompositeAnodeMaterialsforLithium-ionBattery–Y.WengandN.N.Wu(NationalTaiwanUniversity)

14:40 872 EnhancedHighTemperatureStabilityofLiMn2O4CathodesbyPrussianBlueCoatings–C.ChenandK.Chiu(FengChiaUniversity)

15:00 873 SpinelManganeseBasedCathodeMaterials:AThermalStabilityStudy–S.ElKhakaniandD.MacNeil(UniversitédeMontréal)

15:20 874 EffectofCr-OxidePartialCoatingontheElectrochemicalBehaviorofThinFilmHigh-VoltageSpinel–E.GarciaTamayo,J.Ros,A.Kaas,R.Fredon(DelftUniversityofTechnology),andE.M.Kelder(TUDelft)

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• 898 ElectrochemicalPropertiesandMorphologyofLi[Fe1-xMnx]PO4(x=0,0.1,0.3)CathodeMaterialsbyElectrospinningProcess–C.Kang,C.Kim,G.Yoo,andJ.Son(KoreaNationalUniversityofTransportation)

• 899 Structural-TunableGrapheneAnodeviaControllingOxidationProcessesforLi-IonBatteriesApplications–W.Liu(ChungYuanChristianUniversity),S.Kuo,Y.Chen,andH.Wu(IndustrialTechnologyResearchInstitute)

• 900 ImprovementofTapDensityofTiO2(B)PowderasHighPotentialNegativeElectrode–Y.Nakano,M.Takagi,N.Honda,M.Saitou,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 901 TheBinaryLi4Ti5O12-Li2Ti3O7NanocompositeasAnodeforImprovingtheSOCEstimationofLi-IonBatteries–G.ZhuandY.Xia(FudanUniversity)

• 902 ElectrochemicalTestCellUsingDiamondWindowsforIn SituXRDMeasurement–S.Kawasaki,A.Alzubaidi,Y.Ishii,andT.Matsushita(NagoyaInstituteofTechnology)

• 903 ImprovementofElectrochemicalPropertiesofSiliconNegativeElectrodePreparedwithPolyimideBinder–S.Uchida,M.Mihashi,M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 904 CorrelationbetweenPolydopamineCoatingEffectsandSeparator-TypesforHighPowerLithiumIonBatteries–Y.Lee,M.Seo(HanbatNationalUniversity),B.Kim(W-SCOPEKOREACO.,LTD.),M.Ryou,J.Choi(KoreaAdvancedInstitueofScienceandTechnology),andY.Lee(HanbatNationalUniversity)

• 905 SurfaceModificationofLi[Ni,Co,Mn]O2CathodeUsingFeF3Coating–C.Kim,S.Kim,andY.Park(KyonggiUniversity)

• 906 ElectrochemicalPropertiesofGraphite-SiliconMilledNanocompositeasaLithiumBatteryAnodeMaterial–K.Kang,D.Shin,Y.Lee,andK.Kim(ElectronicsandTelecommunicationsResearchInstitute)

• 907 WhichOneistheMoreSevereTestMethod,CyclingorStorageatHighTemperatures?–H.Lee,J.Jeong,B.Son,J.Choi,Y.Kim,andY.Lee(HanbatNationalUniversity)

• 908 StudyonPhaseTransformationCharacteristicsofLiFePO4duringCharge-DischargeProcessofGraphite/LithiumIronPhosphateBattery–Y.Lou(ShanghaiInstituteofMicrosystemandInformationTechnology,ChineseAcademyofScience),Q.Wang(ChineseAcademyofScience),J.Zhang,C.Yang,andB.Xia(ShanghaiInstituteofMicrosystemandInformationTechnology,ChineseAcademyofScience)

• 909 Poly(Hydroquinone)CathodesforaSustainableLithium-IonBattery–K.Takeshi(SonyCorp.),J.Kadokawa(KagoshimaUniversity),andH.Morioka(SonyCorporation)

• 910 TiO2/MarimoCarbonCompositeasaNewMaterialforLithiumIonBattery–K.Iwasawa,S.Ueda,M.Eguchi,Y.Kobayashi(IbarakiUniversity),M.Kobori,M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)


Lithium-Ion Batteries: Anodes II (Tin Based Systems) – 16:00 – 18:00Co-Chairs: Khalil Amine and Robert Huggins

16:00 886 ElectrochemicalCharacterizationofSnasanAlternativeAnodeMaterialinLi-IonBatteries–D.X.Liu,J.Black,andA.Co(TheOhioStateUniversity)

16:20 887 Cu-SnThinFilmsasAnodesforThinFilmRechargeableLithiumBatteries–B.Polat(ITU),N.Sezgin(IstanbulTechnicalUniversity),Ö.Keles(ITU),K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

16:40 888 InvestigatingthePerformanceofSi-andSn-BasedAnodeMaterialsinElectrovaya’sLithiumIonSuperPolymerCells–L.DavisandR.DasGupta(ElectrovayaInc.)

17:00 889 LargeScaleProductionofTitanateandTinOxideNanowirePowdersandArraysforAnodes–A.K.Thapa,T.Nguyen,V.Vendra,G.Sunkara,andM.K.Sunkara(UniversityofLouisville)

17:20 890 PorousSnO2HelicalNanotubesandSheetsforLithium-IonBatteries–H.Luo,L.Fei,andY.Xu(NewMexicoStateUniversity)

17:40 891 XPSDepthProfilingofTinAnodesforLithiumIonBatteries–J.M.BlackandA.Co(TheOhioStateUniversity)


B6 – Poster Session – 18:00 – 20:00Co-Chairs: Marshall Smart and Ratnakumar Bugga

• 892 FeedbackControlledMultistageConstantCurrent(FCMCC)ChargingProtocolforImprovingPerformanceonLithium-IonBattery–H.Wang,Y.Chen,andF.Wang(NationalTaiwanUniversityofScienceandTechnology)

• 893 TheEffectofOxy-NitrideFormationinLithium-IonConductivityforLiMe(Ge,SiandTi)PS–S.Lee,D.J.Kalita,S.Woo,K.Lee,andY.Yoon(YonseiUniversity)

• 894 InvestigationofHigh-TemperatureEnduranceTestforLithium-IonBatteriesinVehicles–K.Maeda,K.Komatsu,andM.Takahashi(JapanAutomobileResearchInstitute)

• 895 ElectronEnergyLossStructuresintheOxygenK-edgeSpectraofLi-InsertedLi4Ti5O12–M.Kitta(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Akita(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),S.Tanaka,andM.Kohyama(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 896 SynthesisandElectrochemicalPropertiesofCarbon-CoatedLi2FeP2O7forLi-IonBatteries–M.Saito,S.Yano,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 897 Structure-RelatedElectrochemistryofSulfur-Poly(Acrylonitrile)CompositeCathodeMaterialsforRechargeableLithiumBatteries–J.Fanous,M.Wegner,J.Grimminger,M.Rolff,Ä.Andresen(RobertBoschGmbH),andM.Buchmeiser(UniversityofStuttgart)

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• 925 First-PrinciplesStudyofK-edgeXANESforLi-RichSolid-SolutionLayeredCathodeMaterial–T.Tamura,R.Kobayashi,S.Ogata(NagoyaInstituteofTechnology),T.Ohwaki(NissanMotorCo.,Ltd),A.Ito(NissanMotorCo.,Ltd.),andY.Ohsawa(NissanMotorCo.,Ltd)

• 926 Novel3-DimensionalElectrochemicalEnergyStorageSystems–F.Roumi(Caltech),C.Cid(CaliforniaInstituteofTechnology),J.Roumi(ParthianEnergyLLC),andM.Hoffmann(CaliforniaInstituteofTechnology)

• 927 HighlyInterconnectedSiliconNanowiresEmbededinPorousGraphiteasAnodesinLi-ionBatteries–S.Jeong,J.Lee(UNIST),D.Yoon,H.Hwang,J.Kim,S.Kim,H.Sun(SKInnovation),S.Park(UNIST),andJ.Cho(UlsanNationalInstituteofScienceandTechnology)

• 928 AStudyonStructuralandElectrochemicalPropertiesofOverchargedNi-basedCathodeMaterialsforLi-IonBatteries–W.Chang,D.Kim,H.Chang,B.Cho(KoreaInstituteofScienceandTechnology),J.Lee(KoreaInstituteofEnergyResearch),andK.Chung(KoreaInstituteofScienceandTechnology)

• 929 AnodePerformanceofNi-P-coatedSiThick-filmElectrodesforLi-ionBattery–M.Narita,H.Usui,N.Uchida,andH.Sakaguchi(TottoriUniversity)

• 930 ElectrochemicalPropertyofAnderson-TypePolyoxometalatesasCathodeMaterialofLithiumBattery–S.Uematsu,E.Ni,andN.Sonoyama(NagoyaInstituteofTechnology)

• 931 MicrostructureStudyofSiThinFilmAnodewithDifferentAdhesionLayersforLi-IonBatteries–M.Oh,Y.Song(SungkyunkwanUniversity),T.Yoon(KoreaAdvancedInstituteofScienceandTechnology),C.Woo,J.Jeong(KoreaInstituteofMachineryandMaterials),H.Lee(SungkyunkwanUniversity),andS.Hyun(KoreaInstituteofMachineryandMaterials)

• 932 HydrothermalSynthesisofLiCoPO4inthePresenceofCarboxymethylcellulose–Y.Namiki,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 933 FabricationofLi7La3Zr2O12-BasedAll-Solid-StateRechargeableLi-MetalBattery–J.Wakasugi,T.Nishioka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 934 PreparationandConductivityofNovelIonicLiquidusingDianionicHexacoordinatedSilicates–M.Nanjo,Y.Nakano,andT.Esaka(TottoriUniversity)

• 935 StructureandElectrochemicalPropertiesofOxygen-DeficientLi2MnO3-x–K.Kubota,M.Hirayama,R.Kanno(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),Y.Imanari,K.Nakane(SumitomoChemicalCo.Ltd.),M.Cuisinier,N.Dupré(InstitutdesMateriauxJeanRouxel(IMN)),andD.Guyomard(IMN–CNRS)

• 936 AStudyontheThermalBehaviorofLiMnPO4CathodeforLiSecondaryBatterybyUsingSynchrotronBasedX-rayTechniques–H.Kim,J.Kim,S.Lee,D.Jang,S.Muhammad,W.Yoon(SungkyunkwanUniversity),Y.Choi,andK.Park(SamsungAdvancedInstituteofTechnology)

• 911 EffectofIonicLiquidElectrolytesonAnodePropertiesofLaSi2/SiCompositeThick-FilmElectrodesforLi-IonBattery–M.Shimizu,H.Usui,andH.Sakaguchi(TottoriUniversity)

• 912 SandwichedMWCNT@TiO2-CNanocablesforUltrafastLithiumStorage–J.Cheng(LawrenceBerkeleyNationalLaboratory)andJ.Kerr(LawrenceBerekeleyNationalLaboratory)

• 913 ModifiedSiOasaHighPerformanceAnodeforLi-IonBatteries–Y.Hwa(SeoulNationalUniversity),C.Park(KumohNationalInstituteofTechnology),andH.Sohn(SeoulNationalUniversity)

• 914 SimplePreparationofNanoporousSi/CCompositeswithNaphthaleneforLi-IonBatteries–B.Yu(SeoulUniversity)andH.Sohn(SeoulNationalUniversity)

• 915 EnhancedElectrochemicalPerformanceofLiFePO4CathodeMaterialPromotedbyCdOandCarbonCo-Coating–G.Peng,X.Yang(ThreeGorgesUniversity),G.Liang(SamHoustonStateUniversity),andL.Zhang(ThreeGorgesUniversity)

• 916 Sub-NanoTunnel-StructuredManganeseOxideExhibitingExtremelyLargeReversibleLithiumStorage–D.Yonekura,Y.Igarashi,M.Hiraga,N.Ota,J.Miyamoto,andK.Naoi(TokyoUniversityofAgricultureandTechnology)

• 917 Nanohybridizationofnc-SnO2withHollow-StructuredCarbonforHighPerformanceLi-IonBatteryAnode–K.Kisu,M.Iijima,Y.Nagano,J.Miyamoto,andK.Naoi(TokyoUniversityofAgricultureandTechnology)

• 918 CyclingStabilityofLi2MnO3CompositeMaterialsbyCo-PrecipitationforLithiumIonBattery–K.Kim,J.Kang,D.Chang,andK.Kim(KoreaInstituteofIndustrialTechnology)

• 919 ElectrochemicalPerformanceofLi-RichBasedCathodeMaterialsforLithiumIonBattery–K.Kim,J.Kang,S.Boo,andK.Kim(KoreaInstituteofIndustrialTechnology)

• 920 High-RateCapabilityofHollowCarbonMicrospheresasAnodeMaterialsforLithium-IonBatteries–J.Hwang,H.Lim,T.Kang,Y.Sun,andK.Suh(HanyangUniversity)

• 921 HollowFe3O4MicrospheresasAnodeMaterialsforLithium-IonBatteries–H.Lim,Y.Sun,andK.Suh(HanyangUniversity)

• 922 FacileSynthesisofaUniqueInterleavedGraphene-EmbeddedSulfurNanocompositeasCathodeofLi-SBatterieswithExcellentLithiumStoragePerformance–Y.Wang,L.Huang,Y.Xu,J.Li,andS.Sun(XiamenUniversity)

• 923 In SituSeparatingLayerCoatingupontheWire-typeElectrodeforFlexibleLithiumBatteries–K.V.Luu(HanbatNationalUnivesity),Y.Lee(HanbatNationalUniversity),S.Song(HanbatNationalUnivesity),C.Kim(ShineCo.,Ltd.),andY.Lee(HanbatNationalUniversity)

• 924 ImprovementofHigh-CapacityBehaviorofLayeredLi1.23Ni0.13Co0.14Mn0.56O2CathodesbyFluorineSubstitutionforLi-IonBatteries–J.Min,J.Gim,J.Song,J.Kim,andW.Im(ChonnamNationalUniversity)

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• 949 GrapheneOxide:CorrosionInhibitoronLIBCathodeCurrentCollector–R.PrabakarandM.Pyo(SunchonNationalUniversity)

• 950 SiliconNanowiresPreparedbyZinc-ThermalReductionofSiliconTetrachlorideandTheirApplicationtoLithiumIonBatteries–R.Han,M.Yamagata(KansaiUniversity),T.Nohira,R.Hagiwara(KyotoUniversity),andM.Ishikawa(KansaiUniversity)

• 951 LiNi0.6Co0.2Mn0.2O2/LiMn0.8Fe0.2PO4BlendsasCathodeMaterialsforHighEnergyDensityLiIonBattery–G.Choi,N.Kim,H.Lim,andS.Cho(EIGLtd.)

• 952 AStudyonSynthesisandPropertiesofNano-SizedMetalOxideCoatedonCarbonnanotubes–Y.Kim,J.Yoon,A.Choi,S.Choi,K.Palanisamy,andW.Yoon(SungkyunkwanUniversity)

• 953 ElectrochemicalPerformanceofLiNi0.5Mn1.5O4CathodeMaterialFabricatedfromNanothornSphereStructuredMnO2–S.Lim,W.Ryu,W.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

• 954 ElectrochemicalCharacteristicsofStructure-modifiedSoftCarbonasananodeinLithiumIonBatteries–Y.Jo,E.Lee(KoreaElectronicsTechnologyInstitute),H.Jeong(UlsanNationalInstituteofScienceandTechnology),Z.Lee(UNIST),K.Hong,S.Lee(GSCaltexCorporation),andY.Kim(KoreaElectronicsTechnologyInstitute)

• 955 ExplorationofManganeseOxideBasedCathodesforAlkaliMetalIonBatteries–X.HaoandB.Bartlett(UniversityofMichigan)

• 956 ElectrochemicalLithiationandDelithiationofStoichiometricCu3SnandCu6Sn5PreparedUsingReduction-DiffusionMethod–N.Fukuda,A.Kitada,K.Murase,T.Ichii,andH.Sugimura(KyotoUniversity)

• 957 PreparationofLiNi0.5Ni1.5O4CathodeMaterialthroughSprayDryingAssistedAnnealingProcessandItsElectrochemicalPerformance–J.Li(ShanghaiJiaoTongUniversity),M.Lu(ShanghaiJiaotonguniverisity),X.Liao(ShanghaiJiaotongUniversity),andZ.Ma(ShanghaiJiaoTongUniversity)

• 958 HighlyDispersedSulfurinPorousAromaticFrameworkasCathodeforLithium-SulfurBatteries–B.Guo,X.Sun,andS.Dai(OakRidgeNationalLaboratory)

• 959 In-PlaneIonicConductivityofLi(3x)La(2/3-x)TiO3ThinFilmsDepositedonPerovskiteSubstrates–F.Aguesse,T.Rojo(CICEnergigune),andJ.A.Kilner(ImperialCollegeLondon)

• 960 StructuralandElectrochemicalStudiesofMesoporousLi4Ti5O12-TiO2CompositeSpheresasAnodeMaterialforLithiumIonBatteries–S.Ting,C.V.Li,andK.Chan(TheUniversityofHongKong)

• 961 MethodforMitigatingtheEffectsofManganeseDissolutioninLi-IonBatteries–N.Levi,M.Levi,D.Aurbach(Bar-IlanUniversity),Z.Li(OptimalStaffingSolutions),L.Zou(GeneralMotorsCompany),T.Fuller,andI.C.Halalay(GeneralMotorsGlobalR&D)

• 937 AnalysisofSolidElectrolyteInterphasebyGlowDischargeOpticalEmissionSpectroscopyforLi-IonBatteryElectrodes–H.Takahara(RigakuCorporation),H.Miyauchi(MitsuiEngineeringandShip-BuildingCo.Ltd.),H.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),Y.Kobayashi(CentralResearchInstituteofElectricPowerIndustry),andT.Nakamura(UniversityofHyogo)

• 938 InvestigationoftheIrreversibleReactionMechanismonSiOAnodeMaterialforLi-IonBatteries–H.Yamamura,K.Nobuhara,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

• 939 SiOxNanoparticlesPreparationbyanEvaporationandCondesationProcessUsingInductionMelting–J.Kim(KoreaInstituteofEnergyResearch),B.Jang,andJ.Lee(KoreaInsituteofKoreaResearch)

• 940 CopperNanofiber-embeddedCobaltOxideThin-FilmforHighPerformanceLithium-IonBatteries–D.Park(GwangjuInstituteofScience&Technology(GIST)),S.Nam(GwangjuInstituteofScienceandTechnology),J.Lee,J.Lee(GwangjuInstituteofScience&Technology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 941 LiMPO4(M=Fe,Mn)forHighEnergyRechargeableLithiumBatterybySolidStateReaction–T.Mahara,H.Miyauchi,H.Tomita,andY.Sakaguchi(MitsuiEngineeringandShip-BuildingCo.Ltd.)

• 942 SurfaceModifiedHighCapacityLi-ExcessTransitionMetalOxidebyMetalPhosphates–J.Lim,J.Yeon,S.Lee,H.Sun,andH.Lee(SKInnovation)

• 943 Morphological,StructuralandElectrochemicalStudyofLayered-SpinelMixedStructureofLi-Mn-Ni-OasCathodeforLithiumionBatteries–Y.Hwang,J.Choi,M.Christy,A.Zahoor(ChonbukNationalUniversity),S.Park(KoreanIntellectualPropertyOffice),P.Kim,andK.Nahm(ChonbukNationalUniversity)

• 944 DensityFunctionalTheoryStudiesofLithiumDiffusionontheStepEdgeofGrapheneSheets–Y.Kubota(TheKansaiElectricPowerCompany)

• 945 NovelFluxGrowthofLi1+xMn2-xO4CrystalsandFilmsforAll-Crystal-StateLithiumIonRechargeableBatteries–H.Wagata,H.Inagaki(ShinshuUniversity),T.Ishizaki(ShibauraInstituteofTechnology),T.Sakaguchi,K.Kohama,S.Oishi(ToyotaMotorCorporation),andK.Teshima(ShinshuUniversity)

• 946 ElectrochemicalFabricationofSiNanoparticlesonCarbonNanofiberforHighCapacityAnodesofLithiumIonBattery–S.Choi,S.Woo(SungkyunkwanUniversity),J.Park,S.Hwang(SamsungAdvancedInstituteofTechnology),andD.Whang(SungkyunkwanUniversity)

• 947 LithiumExtractionReactionfortheThinFilmsofTitaniumDioxideunderUVIrradiation–S.SuzukiandM.Miyayama(TheUniversityofTokyo)

• 948 StructuralAnalysisandElectrochemicalPropertyofTranceMetalSubstitutedCalciumFerrite-TypeLi(MnxM1-x)2O4(M=Ni,Ti)–M.Mamiya,K.Kataoka,J.Akimoto(AIST),S.Kikuchi,Y.Terajima,andK.Tokiwa(TokyoUniversityofScience)

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• 975 SynthesisofCoherentSnO2/CarbonCryogelNanocompositesatLarge-ScaleforEfficientLithiumIonStorage–M.Zhang,L.Shen,E.Uchaker(UniversityofWashington),T.Wang(HunanUniversity),andG.Cao(UniversityofWashington)

• 976 MesoporousThinFilms:ModelStructurestoAssesstheRoleofPorosityinCompositeElectrodes–N.Krins,R.Buonsanti,A.K.Shukla,G.Chen,B.Helms,D.Milliron,andT.J.Richardson(LawrenceBerkeleyNationalLaboratory)

• 977 EffectsofMaleicAnhydrideElectrolyteAdditiveonSiliconAnodeforLithium-IonBattery–M.Suguro,M.Yamashiro,K.Nakahara,andK.Nakano(NECCorporation)

• 978 CycleLifeCharacterizationofLithium-IonBatterieswithArtificialSolid-ElectrolyteInterphaseCoatingonBothElectrodes–Y.Eun,S.Woo(SejongUniversity),D.Kim(HanyangUniversity),andW.Lee(SejongUniversity)

• 979 Long-termCyclingofHighEnergyLi-IonBatterywithNCMElectrodeandHighVoltageElectrolyte–W.Zhang(LawrenceBerkeleyNationalLab),G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

• 980 ElectrochemicalPropertiesofDelithiatedLi2MnO3-LiMO2–S.Yamahara,A.Mineshige,Y.Daiko,andT.Yazawa(UniversityofHyogo)

• 981 DirectObservationofBatteryReactionInhomogeneityinOperatingElectrode–H.Murayama,T.Fujimoto,T.Kawaguchi,Y.Orikasa,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 982 TheEffectsoftheSlurryMixingProcedureonSiliconBasedCompositeElectrodesforLi-IonBatteries–M.Wu(LawrenceBerkeleyNationalLaboratory),K.Eberman(3MCo.),andG.Liu(LawrenceBerkeleyNationalLaboratory)

• 983 LiFePO4CathodeMaterialspreparedbySprayPyrolysisandItsElectricalCharacteristicsasaCathodeMaterial–C.Lee,S.Eun,andS.Kim(HanbatNationalUniversity)

• 984 FabricationofNCM(LiNixCoyMnzO2)CathodeMaterialsPreparedbySprayPyrolysis–J.Park,C.Lee,andS.Kim(HanbatNationalUniversity)

• 985 SynthesisandPerformanceofAnodeMaterialLi4Ti5O12bySol-GelMethodforLithiumIonBatteries–B.NaandS.Kim(ChungbukNationalUniversity)

• 986 EncapsulationofRechargeableSolid-StateLithiumBatteries–J.Ribeiro,R.Sousa,J.Sousa,B.Pereira,M.Silva,L.Goncalves(UniversityofMinho),M.M.Silva(UniversidadedoMinho),andJ.Correia(UniversityofMinho)

• 987 InfluenceofFe3+IonsContentforElectrochemicalPropertiesofNano-SizedPhospho-OlivineasCathodeMaterialforLi-IonBatteries–D.Baster,W.Zając,andJ.Molenda(AGHUniversityofScienceandTechnology)

• 962 LocalStructureInvestigationsonLi[Li0.2Mn0.4Co0.4]O2viaIn SituX-rayAbsorptionSpectroscopy–R.Kloepsch(UniversityofMuenster),J.Rana(HelmholtzZentrumBerlin),J.Li(UniversityofMuenster),G.Schumacher(HelmholtzZentrumBerlin),J.Banhart(Helmholtz-ZentrumBerlin),S.Passerini,andM.Winter(UniversityofMünster)

• 963 ElectrochemicalPropertiesofSilicon1DNanostructuresPreparedbyMeansofElectrochemicalDeposition–D.Kim,H.Seo,andY.Kang(KoreaResearchInstituteofChemicalTechnology)

• 964 CapacityFadingResearchonHighVoltageSpinelLiNi0.5Mn1.5O4CoupledwithGraphite–Y.Fu,X.Song,P.Ridgway,G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

• 965 DevelopmentofThinFilmsSiBasedAnodeMaterialsforLi+IonBatteriesApplication–S.T.HossainandS.Mitra(MissouriStateUniversity)

• 966 StabilizedLithiumMetalPowder(SLMP®)–PerformanceImprovementofSiliconBasedAnodes–B.Fitch,Y.Li,andM.Yakovleva(FMCLithium)

• 967 Cu-SnThinFilmProductiononCopperSubstrate–B.Polat(ITU),N.Sezgin,Ö.Keleş,K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

• 968 UseofCu-Sn/CMultilayeredThinFilminLithiumIonBatteries–B.D.Polat,N.Sezgin,Ö.Keleş,K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

• 969 TheSynthesisandElectrochemicalCharacterizationofTinEncapsulatedbyHighlyGraphiticCarbonNanospheresasAnodesforLi-IonBatteries–K.A.Hays,M.Li,K.Osea-Kwapong,R.P.Kopreski,N.A.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 970 In SituEnergyDispersiveX-rayDiffractionStudyofPrototypeLiMnO4-andLiFePO4-BasedCoinCellBatteries–G.Liang(SamHoustonStateUniversity),M.Croft(Rutgers–TheStateUniversityofNewJersey),andZ.Zhong(BrookhavenNationalLaboratory)

• 971 HollowCarbonNanospherewithGermaniumNanoparticlesAnodeMaterialforLi-ionBattery–M.Li,K.Hays,R.P.Kopreski,N.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 972 TheSynthesisandElectrochemicalCharacterizationofSiliconEncapsulatedbyHighlyGraphiticCarbonNanospheresasAnodesforLi-ionBatteries–R.P.Kopreski,K.Hays,M.Li,N.A.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 973 PreparationofManganeseOxideCathodesforLithiumSecondaryBatteries–J.Moon,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 974 StructuralandOpticalPropertiesStudyofPorousSiliconMembraneFilledwithLithiumBromide–M.Jaouadi,M.Khardani,W.Dimassi,andH.Ezzaouia(CRTEn)

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14:40 1164 PredictiveModelingofSize-DependentDendriticGrowthinDilute-ElectrolyteLithiumMetalBatterieswithPotentiostaticCycling–A.Aryanfar,M.Hoffmann,andA.Colussi(CaliforniaInstituteofTechnology)

15:00 1165 ComputationalInvestigationsoftheElectronicTransportinLithium-AirBatteryMaterials–T.Vegge,J.Garcia-Lastra,J.Myrdal,andK.Thygesen(TechnicalUniversityofDenmark)

15:20 1166 ATransientModelofanAqueousLi/AirBatteryFormingLiOH(aq)andLiOH•H2O–P.Albertus(RobertBoschResearchandTechnologyCenter),V.Viswanathan(StanfordUniversity),andJ.Christensen(RobertBoschResearchandTechnologyCenter)

15:40 1167 OxygenReductionCatalystSelectionforLithiumAirBatteriesviaRotatingRingDiscElectrodeVoltammetryandIn SituX-rayAbsorptionSpectroscopy–M.Trahan,S.Mukerjee,andK.Abraham(NortheasternUniversity)

16:00 1168 ProbingReactionMechanismsofLi-O2BatteriesviaIn SituAmbientPressureX-rayPhotoelectronSpectroscopy–Y.Lu,E.J.Crumlin(MassachusettsInstituteofTechnology),G.M.Veith(OakRidgeNationalLaboratory),J.R.Harding,E.Mutoro(MassachusettsInstituteofTechnology),L.Baggetto,N.J.Dudney(OakRidgeNationalLaboratory),Z.Liu(LawrenceBerkeleyNationalLaboratory),andY.Shao-Horn(MassachusettsInstituteofTechnology)

16:20 1169 ElectrochemistryandTransportLimitationsofNon-AqueousLi-AirBatteriesfromFirst-Principles–V.Viswanathan,J.S.Hummelshøj,A.C.Luntz,andJ.K.Nørskov(StanfordUniversity)

16:40 1170 ElectrochemicalStrainSpectroscopy:MonitoringPartiallyReversibleElectrochemicalProcessesIn SituonLi-AirBatteryElectrolytes–T.M.Arruda,A.Kumar,S.Jesse,andS.V.Kalinin(OakRidgeNationalLaboratory)

B8Non-Aqueous Electrolytes for Lithium BatteriesBattery/EnergyTechnology/PhysicalandAnalyticalElectrochemistrySouth Pacific 3, Mid-Pacific Conference Center, Hilton Hawaiian Village

Liquid Electrolytes, Ionic Liquid 3 – 08:00 – 09:40Co-Chairs: Dr. Trulove and Dr. Henderson

08:00 1223 IonicLiquid-LithiumSalt-GlymeMixtures:UnderstandingtheThermophysicalandTransportPropertiesofTernaryMixtures–J.E.Weaver,E.T.Fox,E.Parrish,W.A.Henderson(NorthCarolinaStateUniversity),andR.A.Mantz(U.S.ArmyResearchOffice)

08:20 1224 ElectrochemicalPerformanceofVitreousEutecticElectrolytesforLi-IonBatteries–Y.Shilina,M.Levi,D.Aurbach(Bar-IlanUniversity),O.Geiculescu,D.DesMarteau(ClemsonUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)

08:40 1225 ElectrolytePerformanceofLiFTA-CsFTAMoltenSaltforLithiumSecondaryBattery–K.Kubota(AdvancedIndustrialScienceandTechnology)andH.Matsumoto(NationalInstituteofAdvancedIndustrialScienceandTechnology)

B7Metal-Air BatteriesBattery/EnergyTechnology/Fullerenes,Nanotubes,andCarbonNanostructuresNautilus 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Anode – 08:00 – 12:00Co-Chairs: Jordi Cabana and Jie Xiao

08:00 1153 (Invited)ProtectiveLayersfortheLithiumElectrodeBasedonCeramicPhases–J.Cabana(LawrenceBerkeleyNationalLaboratory)

08:40 1154 (Invited)FactorsAffectingtheCycleLifeofaNonaqueousLi-AirCellwithaProtectedAnode–D.Im,D.Lee,T.Kim,V.Roev,S.Ma(SamsungElectronicsCo.),andS.Doo(SamsungElectronics)

09:20 1155 LithiumDendriteFormationbetweenPEO18LiTFSIandLithiumMetal–H.Wang,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

09:40 Intermission(20Minutes)10:00 1156 (Invited)Ultra-HighEnergyDensityLithium-Air

BatteriesBasedonProtectedLithiumElectrodes(PLEs)–S.J.Visco,E.Nimon,B.Katz,M.Chu,andL.DeJonghe(PolyPlusBatteryCompany)

10:40 1157 IonicConductivityofGarnet-TypeLi7-xLa3Zr2O12-0.5xSolidElectrolyteforLithiumMetalElectrode–Y.Nakata,K.Ishiguro,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

11:00 1158 NickelFoam,aProbableCurrentCollectorinRechargeableLi-AirBatteries–X.LiuandD.Wang(ChineseAcademyofScience)

11:20 1159 DegradationProductsonLi-NegativeElectrodeandtheCarbonCathodeinLi-O2Batteries–R.Younesi,M.Hahlin,andK.Edström(UppsalaUniversity)

11:40 1160 Metal-Free“Li-Ion”AirBatteryRealizedbyControllingSolvationStateinElectrolyte–Y.Yamada,M.Yaegashi,K.Furukawa,F.Li(TheUniversityofTokyo),H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),andA.Yamada(TheUniversityofTokyo)

Fundamental Investigation – 13:20 – 17:00Co-Chairs: Nobuyuki Imanishi and Yi-Chun Lu

13:20 1161 (Invited)InvestigationofRechargeableLi-AirBattery–D.Zheng,Q.Wang,D.Qu(UniversityOfMassachusettsBoston),andX.Yang(BrookhavenNationalLaboratory)

14:00 1162 EffectofSubstitutionofCobaltbyManganeseonthePropertiesofCalcium-DopedLanthanumCobaltOxideforOxygenReductionReactioninAlkalineMedium–S.Malkhandi,P.Trinh,A.Manohar,G.Prakash,S.Narayanan(UniversityofSouthernCalifornia),andA.Manivannan(U.S.DepartmentofEnergy)

14:20 1163 TowardsUnderstandingtheMechanismoftheElectrochemicalOxygenReduction:DFTModelingandSpectroelectrochemicalValidation–P.Biedermann,S.Nayak,andA.Erbe(Max-Planck-InstitutfürEisenforschungGmbH)

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Liquid Electrolytes, Organic 3 – 16:00 – 17:40Co-Chairs: Dr. Zhang and Dr. Lucht

16:00 1237 StructureoftheGraphiteAnodeSolidElectrolyteInterphaseinLithium-IonBatteries–B.L.Lucht,M.Nie(TheUniversityofRhodeIsland),D.P.Abraham(ArgonneNationalLaboratory),Y.Chen,andA.Bose(TheUniversityofRhodeIsland)

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