thursday, october 11 - electrochemical society · 214 meeting program = prime 2012 = october 7-12,...

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

11:40 472 In-OperandoX-rayDiffractionofLSCFCathodesonAnode-SupportedSolidOxideFuelCells–J.S.Hardy,J.W.Templeton,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)

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

Modeling – 08:00 – 12:40Co-Chairs: B. Liaw and V. Subramanian

08:00 473 3DCoupledThermofluid-ThermomechanicalModellingandExperimentalValidationofaWholeSolidOxideFuelCellSystem–M.Peksen,A.Al-MASRI,L.Blum(ForschungszentrumJülich),andD.Stolten(ForschungszentrumJülichGmbH)

08:20 474 ReverseBreakdowninBipolarMembranes–N.Craig(UCBerkeley)andJ.Newman(UniversityofCalifornia,Berkeley)

08:40 475 ElectrochemicalandMechanicalReliabilityofThreeDimensionallyReconstructedElectrodeMicrostructures–D.Chung,D.Ely(PurdueUniversity),P.Shearing(UniversityCollegeLondon),N.Brandon(ImperialCollege),S.Harris(GeneralMotors),andE.García(PurdueUniversity)

09:00 476 ApplicationoftheMolecularInteractionVolumeModel(MIVM)toCa-BasedLiquidAlloys–S.PoizeauandD.R.Sadoway(MassachusettsInstituteofTechnology)

09:20 477 Electrochemical-ThermalCoupledSimulationofLithium-IonSecondaryBatteriesUsingNewLumpedModel–N.Baba,H.Yoshida,M.Nagaoka,C.Okuda,andS.Kawauchi(ToyotaCentralR&DLabs.,Inc.)

09:40 478 LatticeBoltzmannModelingofAdvection-DiffusionTransportwithElectrochemicalReactionsinaPorousSOFCAnodeStructure–H.ParadisandB.Sundén(LundUniversity)

10:00 479 SynthesizeBatteryDegradationModesviaaDiagnosticModel–M.Dubarry,C.Truchot,andB.Liaw(UniversityofHawaiiatManoa)

10:20 480 ModelingofHeatTransferinaFluidizedBedCarbonFuelCell–G.J.Armstrong,B.R.Alexander,R.E.Mitchell,andT.M.Gür(StanfordUniversity)

10:40 481 IinfluencesofCellsAssemblingonEnergeticModelsandSimulationsofLi-IonPacksforElectricVehiclesApplications–K.Mamadou,T.Delaplagne,S.Hing,andF.Karoui(CEA-INES)

11:00 482 TheImpactofDiffusion-InducedConvectiononTransferenceNumberMeasurements–J.LiuandC.W.Monroe(UniversityofMichigan)

11:20 483 AModelforEnergyStorageSystemsintheFrequencyDomain–E.M.KriegerandC.B.Arnold(PrincetonUniversity)

11:40 484 StudyofEnergyStorageMaterialsUsingMulti-LengthScale3DElectronMicroscopy–A.K.Shukla,P.Ercius,N.Krins,A.Gautam,S.Wu,J.Cabana,G.Chen,T.J.Richardson,V.Srinivasan,andU.Dahmen(LawrenceBerkeleyNationalLaboratory)

12:00 485 ModelingofVolumeChangeBehaviorofPorousElectrodes–K.Kanneganti,J.Moraveji,andJ.Weidner(UniversityofSouthCarolina)

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

Solid Oxide Fuel Cells II – 08:00 – 12:00Co-Chairs: T. M. Gur and J. W. Stevenson

08:00 462 TheDevelopmentofMT-HF-SOFCsUsingNewFabricationTechniques–N.DroushiotisandG.H.Kelsall(ImperialCollegeLondon)

08:20 463 PerformanceEnhancementofSolidOxideStorageBattery–X.Zhao,N.Xu,X.Li,Y.Gong,andK.Huang(UniversityofSouthCarolina)

08:40 464 ResearchandDevelopmentActivitiesofSOFCinPohang,Korea–N.M.Sammes(POSTECH)andJ.Chung(PohangUniversityofScienceandTechnology)

09:00 465 ANovelHighTemperatureMetal–AirBattery–W.W.Drenckhahn,M.Kuehne,T.Soller(SiemensAG),K.Litzinger,J.Shull,A.Iyengar(SiemensEnergyInc.),H.Greiner,H.Landes,A.Leonide,andC.Schuh(SiemensCorporateTechnology)

09:20 Intermission(20Minutes)09:40 466 PreparationofAshlessCoalandItsOxidationin

aCoinTypeDirectCarbonFuelCell–C.LeeandW.Kim(HanbatNationalUniversity)

10:00 467 OxideSolid/MeltCompositesasIonTransportMembranesforOxygenSeparationfromAir–V.V.Belousov(RussianAcademyofSciences)

10:20 468 SynthesisandCharacterizationofFunctionalCeramicNanopowdersbyThermalOxidationofMetal-AlginateGels–Z.Wang,G.Kale,andM.Ghadiri(UniversityofLeeds)

10:40 469 ANovelBaCo0.4Fe0.4Zr0.2O3-δCathodeforIntermediateTemperatureProton-ConductingSOFC–M.Shang,J.Tong,andR.O’Hayre(ColoradoSchoolofMines)

11:00 470 AStudyofAnode-SupportedSolidOxideFuelCellwithYSZ/GDCBilayerElectrolyteUsingDryPressProcess–H.ChoiandS.Cha(SeoulNationalUniversity)

11:20 471 DynamicResponseAnalysisofaMoltenCarbonateFuelcellUsingaSinusoidalImpedanceApproach–M.YousefRamandi,P.Berg,andI.Dincer(UniversityofOntarioInstituteofTechnology)

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Thursday, October 1108:00h ECSElectrochemicalEnergySummit

(E2S):“GrandChallengesforEnergyConversionandLargeScaleEnergyStorage”

09:30h TechnicalSessionCoffeeBreak

18:30h LuauontheLagoon(ticketrequired)

Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii 213

General Session – 14:00 – 16:40Co-Chairs: C. C. Hu and T. Brousse

14:00 603 NanoscaleCharacterizationofCDCSupercapacitorsbyIn SituScanningProbeMicroscopyMethods–T.M.Arruda(OakRidgeNationalLaboratory),M.Heon,V.Presser,Y.Gogotsi(DrexelUniversity),andN.Balke(OakRidgeNationalLaboratory)

14:20 604 PseudocapacitanceofMnO2OriginatesfromReversibleInsertion/DesertionofLi-IonStudiedUsingIn SituXASinNovelIonicLiquid–M.Deng(NationalSynchrotronRadiationResearchCenter),J.Chang(NationalCentralUniversity),C.Wang(NationalHsinchuUniversityofEducation),J.Chen,andK.Lu(NationalSynchrotronRadiationResearchCenter)

14:40 605 MeasuringIonTransportinEnergyStorageDevicesUsingIn SituTime-ResolvedInfraredSpectroscopy–F.W.Richey,B.Dyatkin,Y.Gogotsi,andY.A.Elabd(DrexelUniversity)

15:00 606 ASAXSMeasurementsasaPowerfulTechniqueforStructuralInvestigationofMnO2-CarbonHybridSupercapacitorElectrodes–C.Weber,V.Lorrmann,G.Reichenauer,andJ.Pflaum(BavarianCenterforAppliedEnergyResearch)

15:20 607 In SituCharacterizationofTransitionMetalNitrideSupercapacitorElectrodes–P.Pande,A.E.Sleightholme,P.Rasmussen,A.Deb,J.Penner-Hanh,andL.T.Thompson(UniversityofMichigan)

15:40 608 ThermodynamicsinPorousElectrodes:AMonteCarloSimulationStudy–K.KiyoharaandK.Asaka(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:00 609 CapacitanceandElectricDoubleLayerStructureinIonicLiquid-BasedSupercapacitorswithNanopatternedandNanostructuredElectrodes–D.Bedrov,L.Xing,andJ.Vatamanu(TheUniversityofUtah)

16:20 610 InteractionNatureofMolecularOxideswithKegginStructurewithCarbonMatricestoImproveCapacitanceandCyclingPerformanceinSupercapcitorCells–A.CUENTAS-GALLEGOS(UniversidadNacionalAutónomadeMéxico),T.Brousse(UniversityofNantes),H.Mosqueda(UniversidadAutónomadeNuevoLeon),C.Martin(UniversityofNantes),andD.BaezaRostro(UniversidadNacionalAutónomadeMéxico)

ECS ElECtroChEmiCal EnErgy Summit (E2S)

B3Grand Challenges for Energy Conversion and Large Scale Energy StorageHighTemperatureMaterials/Battery/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering311, Level 3, Hawaii Convention Center

Energy Storage Policies, Demonstration Projects, and Global Priorities – 08:00 – 09:55Co-Chair: Bor Yann Liaw

08:00 ECSPresident,FernandoGarzon–IntroductionofSymposiumandSpeakers(5Minutes)

12:20 486 TowardsOnboardBatteryManagementSystemsUsingPhysics-BasedEfficientReformulatedModels–B.Suthar,V.Ramadesigan,P.Northrop(WashingtonUniversity),W.Sung(HyundaiMotorCompany),andV.Subramanian(WashingtonUniversity)

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

Devices and Applications III – 08:00 – 09:40Co-Chairs: E. Lust and J. M. Ko

08:00 594 AdvancesinSolidElectrochemicalCapacitors–K.Lian,H.Gao,H.Wu,K.Hu,andS.Ketabi(UniversityofToronto)

08:40 595 PlanarElectrochemicalCapacitorwithGelledElectrolyte–J.R.Miller(JMEInc.),R.A.Outlaw,M.Cai(CollegeofWilliamandMary),andS.M.Butler(JMEInc.)

09:00 596 SoftCarbonasAnodeMaterialinLithiumIonCapacitorswithaPropyleneCarbonateBasedElectrolyte–M.Schroeder(WestfälischeWilhelmsUniversityofMuenster),M.Winter,S.Passerini(UniversityofMünster),andA.Balducci(WestfälischeWilhelmsUniversityofMuenster)

09:20 597 DevelopmentofSolid-StatePhoto-SupercapacitorbyCouplingDye-SensitizedSolarCellUtilizingConducting-PolymerChargeRelaywithProton-ConductingMembraneBasedElectrochemicalCapacitor–P.J.Kulesza,M.Skunik,K.Grzejszczyk(UniversityofWarsaw),N.Vlachopoulos,L.Yang,L.Häggman,andA.Hagfeldt(UppsalaUniversity)

Devices and Applications IV – 10:00 – 12:00Co-Chairs: F. Beguin and K. Tamamitsu

10:00 598 SpecificPerformanceofElectricalDoubleLayerCapacitorsBasedonDifferentSeparatorMaterialsinRoomTemperatureIonicLiquid–K.Tõnurist,T.Thomberg,A.Jänes,andE.Lust(UniversityofTartu)

10:40 599 HybridSupercapacitorUsingMesoporousCarbonandTi-BasedMaterial–Y.Xia,H.Liu,G.Zhu,andY.Wang(FudanUniversity)

11:00 600 SurfaceCharacterizationofSupercapacitorElectrodesafterLong-LastingConstantCurrentTests–A.Jänes,R.Kanarbik,J.Eskusson,andE.Lust(UniversityofTartu)

11:20 601 UltrahighRateSolid-StateSupercapacitorswithGrapheneAdditives–Y.Chen,K.Chiu(FengChiaUniversity),H.Lin(NationTaiwanUniversity),andC.Tsai(TaiwanTextileResearchInstitute)

11:40 602 ElectrochemicalFlowCapacitors:ANewConceptforHigh-PowerScalableEnergyStorage–C.R.Dennison,V.Presser,J.Campos,K.W.Knehr,E.C.Kumbur,andY.Gogotsi(DrexelUniversity)

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16:55 618 EnergySecuritywithCleanandGreenEnergy–GeorgesKailiwai(UnitedStatesPacificCommand)(15Minutes)

17:10 Panelist,ColtonChing-HawaiianElectricCo.(15Minutes)

17:25 Question&Answer(30Minutes)

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

High Voltage Materials – 08:20 – 12:20Co-Chairs: Robert Huggins and Nancy Dudney

08:20 698 StabilityandPerformanceofHigh-VoltageCathodeswithPureandDopedLiponCoatings–Y.Kim,N.J.Dudney,M.Chi,G.M.Veith,S.K.Martha,andJ.Nanda(OakRidgeNationalLaboratory)

09:00 699 ControlledSynthesisofHighTapDensityLiMn1.5Ni0.5O4withTunableShapes–A.CaoandA.Manthiram(TheUniversityofTexasatAustin)

09:20 700 ImpactofLiMn1.5Ni0.5O4CrystalSurfaceFacets–G.Chen,B.Hai,A.K.Shukla,andH.Duncan(LawrenceBerkeleyNationalLaboratory)

09:40 Intermission(20Minutes)10:00 701 UniqueElectrochemicalCyclingBehaviourof

StructurallyIntegratedLayered-SpinelLithiumNickelManganeseOxides–A.W.Rowe,C.L.White,andJ.Dahn(DalhousieUniversity)

10:20 702 FabricationofHollowWiresofLiNi0.5Mn1.5O4and0.5Li2MnO3-0.5LiNi1/3Co1/3Mn1/3O2bytheElectrospinningMethod–E.Hosono,T.Saito,Y.Mizuno,M.Okubo(NationalInstituteofAdvancedIndustrialScienceandTechnology),D.Nishio-Hamane(TheUniversityofTokyo),T.Kudo,andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

10:40 703 MicrostructuralComparisonofLiNi0.5Mn1.5O4After1000Cycles–X.Song,Y.Fu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

11:00 704 ElectrochemistryDrivenStructuralTransitioninHighVoltageLithium-RichCompositeCathodes–S.K.Martha,J.Nanda,W.Zhou,J.Idrobo,andN.J.Dudney(OakRidgeNationalLaboratory)

11:20 705 5-VSystemLiMn1.5-xNi0.5-YMx+yO4forHigh-EnergyLithiumBatteries:Post-AnnealingandCoatingEffect–D.Liu,A.Guerfi,P.Hovington,J.Trottier,M.Dontigny,J.Hamel-Paquet,M.Trudeau,A.Vijh(InstitutdeRecherched’Hydro-Québec),A.Mauger(UniversitéPierreetMarieCurie),C.Julien(UniversitéPierreetMarieCurieParis-6),andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

11:40 706 EffectoftheCrystalChemistryofLiNi1/2Mn3/2O4SpinelsOnItsElectrochemicalProperties–C.Kim(LawrenceBerkeleyNationalLaboratory),M.Leskes,E.Castillo,C.P.Grey(UniversityofCambridge),andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

12:00 707 DoYouReallyWantanUnsafeBattery–R.A.Huggins(StanfordUniversity)

08:05 Hawaii’sEnergyLandscape-HonorableLieutenantGovernorofHawaii,BrianSchatz(45Minutes)

08:50 SessionChair,BorYannLiaw–IntroductionofKeynoteSpeaker(5Minutes)

08:55 611 GridScaleEnergyStorage;Applications,TechnologyDemonstrations,andaUSPerspective–ImreGyuk(U.S.Dept.ofEnergy)(45Minutes)

09:40 Intermission(15Minutes)

Morning Panel Discussion – 09:55 – 12:00Co-Chair: Robert Savinell

09:55 Moderator,RobertSavinell–PanelIntroduction(5Minutes)

10:00 612 TheApplicationandDevelopmentofLarge-scaleEnergyStorageTechnologyinChina–XiaokangLai(ChinaElectricPowerResearchInstitute)(15Minutes)

10:15 613 NationalEnergyTechnologyDevelopingStrategyinKorea–Kee-SukNahm(ChonbukNationalUniversity)andSeung-YoungChung(KoreaInstituteofEnergyTechnologyEvaluationandPlanning)(15Minutes)

10:30 Panelist,KeiHosoi–NewEnergy&IndustrialTechnologyDevelopmentOrg.(NEDO)(15Minutes)

10:45 Panelist,ByronWashom–UniversityofCalifornia,SanDiego(15Minutes)

11:00 Panelist,MarkGlick–HawaiiStateEnergyOffice(15Minutes)

11:15 Question&Answer(45Minutes)

Energy Storage Development and Commercialization Challenges – 14:00 – 15:50Co-Chair: Xiao-Dong Zhou

14:00 SessionChair,Xiao-DongZhou–KeynoteSpeakerIntroductions(5Minutes)

14:05 614 ChallengesinCommercializationofEnergyStorageSystemswithintheElectricEnterprise–DanRastler(ElectricPowerResearchInstitute)(45Minutes)

14:50 615 IssuesandChallengesforImplementationofLarge-ScaleEnergyStorageinAustralia–MariaSkyllas-Kazacos(UniversityofNewSouthWales)(45Minutes)


Afternoon Panel Discussion – 15:50 – 17:55Co-Chair: Trung Van Nguyen

15:50 Moderator,TrungVanNguyen–UniversityofKansas(5Minutes)

15:55 Panelist,JunLiu–PacificNorthwestNationalLaboratory(15Minutes)

16:10 616 StatusandDevelopmentofEnergyStorageSystemInKorea–June-SooLee(SKInnovation)(15Minutes)

16:25 Panelist,ScottBackhaus–LosAlamosNationalLaboratory(15Minutes)

16:40 617 RealitiesofEconomicScreeningforEnergyConversionandStorageTechnologies–EricMcFarland(UniversityofCalifornia,SantaBarbara)(15Minutes)

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

Lithium-Ion Batteries: Characterization Techniques I – 08:00 – 09:40Co-Chairs: Nancy Dudney and Kuniaki Tatsumi

08:00 988 AcImpedanceAnalysisofLowFrequencyRegionforCommercialLithiumIonBatteryunderTemperatureControl–D.Mukoyama,T.Yokoshima,H.Nara,T.Momma,andT.Osaka(WasedaUniversity)

08:20 989 ACImpedanceStudyoftheActiveMaterialsReactionsinaThreeElectrodeLithium-IonSecondaryCell–O.S.Mendoza,Y.Nishikawa,H.Ishikawa(NagaokaUniversityofTechnology),Y.Sone(JapanAerospaceExplorationAgency),andM.Umeda(NagaokaUniversityofTechnology)

08:40 990 DirectDeterminationoftheThicknessandCompositionofElectrode-ElectrolyteInterfaceduringElectrochemicalReaction–G.M.Veith,J.Browning,L.Baggetto,W.E.Tenhaeff,J.Keum,andN.J.Dudney(OakRidgeNationalLaboratory)

09:00 991 ChronopotentiometricInvestigationofAnodeDeteriorationinLithium-IonSecondaryCellIncorporatingReferenceElectrode–O.S.Mendoza,H.Ishikawa,Y.Nishikawa,Y.Maruyama(NagaokaUniversityofTechnology),Y.Sone(JapanAerospaceExplorationAgency),andM.Umeda(NagaokaUniversityofTechnology)

09:20 992 In SituDetectionofLithiumPlatingonGraphiteElectrodesUsingElectrochemicalMicrocalorimetry–L.E.Downie(DalhousieUniversity),V.L.Chevrier(3MCorporateResearchLaboratory),J.Dahn(DalhousieUniversity),andL.J.Krause(3MCorporateResearchLaboratory)


Lithium-Ion Batteries: Anodes III (Lithium Titanate-Based Systems) – 08:00 – 09:40Co-Chairs: Minoru Inaba and Kevin Eberman

08:00 993 ANovelGreenApproachtoSynthesisofLi4Ti5O12NanopartculateAnodematerial–H.ChiuandG.P.Demopoulos(McGillUniversity)

08:20 994 LimitationofRateCapabilityofLi4Ti5O12Single-Particle–K.Dokko,K.Yoshida,R.Nozawa,andM.Watanabe(YokohamaNationalUniversity)

08:40 995 CarbonFreeLi4Ti5O12ElectrodewithExceptionallyHighElectrodeCapacityandOutstandingRateCapability–M.Song,A.Benayad,Y.Choi,J.Choi,andK.Park(SamsungAdvancedInstituteofTechnology)

09:00 996 Microwave-InducedSolid-StateSynthesisofLi4Ti5O12NanocrystalliteswithEnhancedLithium-StorageProperties–Y.Qiao,X.Hu,Y.Liu,andY.Huang(HuazhongUniversityofScienceandTechnology)

Phosphates and Vanadium Oxides – 14:00 – 18:00Co-Chairs: Marnix Wagemaker and Karim Zaghib

14:00 708 ReactionMechanismofLixFePO4AnalyzedbyPotential-StepChronoamperometry–G.Oyama,Y.Yamada,S.Nishimura,andA.Yamada(TheUniversityofTokyo)

14:20 709 Ironsubstitutiontoincreaseenergydensityoflithiatedphosphates–L.Daniel,S.Martinet,T.Gutel,C.Bourbon(CEA-LITEN),E.Radvanyi(CEA/LITEN),M.Amuntencei,andS.Patoux(CEA-LITEN)

14:40 710 SynthesisandMorphologyControlofNovelNanostructuredLiFePO4CathodeMaterialsforLi-IonBattery–O.AyyadandP.Gomez-Romero(CIN2-CSIC)

15:00 711 ElectrochemicalKineticsStudiesonLiMn1-xFexPO4duringLithiumInsertionandExtraction–K.Hoshina,H.Inagaki,N.Takami(ToshibaCorporation),H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

15:20 712 ChemicallyPartlyDelithiatedLithiumManganesePhosphoOlivines:InvestigationsofLatticeandAtomicStructureandElectrochemistry–M.Köntje(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),G.Greco(UniversityofRome),P.Axmann(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

15:40 Intermission(20Minutes)16:00 713 TailoredElectrodeMorphologiesforInsertion

Electrodes–M.Wagemaker,D.Singh(DelftUniversityofTechnology),A.George,J.TenElshof(UniversityofTwente),andF.Mulder(DelftUniversityofTechnology)

16:40 714 MeasuringElectrodeTortuosityandOptimizingElectrodePerformance–R.D.Deshpande(LawrenceBerkeleyNationalLaboratory),S.Harris(GeneralMotorsGlobalR&DCenter),andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

17:00 715 VitreousMaterialsasElectrodesforLithiumBatteries–G.Delaizir(CEMES/CNRS),V.Seznec(LRCS/CNRS),P.Rozier,P.Lecante(CEMES/CNRS),C.Surcin(LRCS/CNRS),P.Salles,andM.Dollé(CEMES/CNRS)

17:20 716 SurfaceCoatingofVanadiumPentoxideNanowiresforImprovedCathodicStability–F.Gittleson,J.Hwang,R.C.Sekol,andA.D.Taylor(YaleUniversity)

17:40 717 StructuralandElectrochemicalCharacterizationofThermallyTreatedVanadiumOxideNanotubesforLi-IonBatteries–D.McNulty(UniversityofLimerick),D.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick),andC.O’Dwyer(UniversityofLimerick)

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11:40 1008 UnderstandingthePerformanceofRechargeableLithium-IonBatteriesforHEVandPHEVUsingaNewIsothermalCalorimeter–S.Chippett(NETZSCHInstrumentsNorthAmericaLLC),J.Ireland,M.Keyser(NationalRenewableEnergyLaboratory),J.Mauger(NETZSCHInstrumentsNorthAmericaLLC),A.Pesaran(NationalRenewableEnergyLaboratory),P.Ralbovsky,andG.Widawski(NETZSCHInstrumentsNorthAmericaLLC)

12:00 1009 StudyofGenerativeGasSpeciesfromLithium-IonBatteryComponentunderAbuseConditions–S.Koike,M.Shikano,H.Sakaebe,andH.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))


Lithium-Ion Batteries: Anodes IV (Carbon Based Systems) – 10:00 – 12:20Co-Chairs: Kevin Eberman and Minoru Inaba

10:00 1010 PrelithiatedGraphiteAnodeSEIFormationbyStabilizedLithiumMetalPowderinLi-IonBatteries–L.Wang(LawrenceBerkeleyNationalLab),V.Battaglia,andG.Liu(LawrenceBerkeleyNationalLaboratory)

10:20 1011 GrapheneNanosheetsasNegativeElectrodeforLithiumIonBattery–A.N.Gildea,S.Vijapur,andG.G.Botte(OhioUniversity)

10:40 1012 TheRateofActiveLithiumLossfromaSoftCarbonNegativeElectrodeasaFunctionofTemperature,TimeandElectrodePotential–N.N.Sinha,T.H.Marks,H.M.Dahn,A.J.Smith,J.Burns,D.J.Coyle,J.J.Dahn,andJ.Dahn(DalhousieUniversity)

11:00 1013 Meta-stableMesographiteAnodes–J.Fang(ITRI),A.Kelarakis(CornellUniversity),W.Wu,H.Huang,Y.Lin(IndustrialTechnologyResearchInstitute),E.Giannelis(CornellUniversity),andL.Tsai(IndustrialTechnologyResearchInstitute)

11:20 1014 HighPerformanceLithiumIonBatteryUsingGrapheneNetElectrode–H.Todoriki,T.Ikenuma,Y.Saito,M.Yukawa,R.Yatabe,M.Yamakaji(SemiconductorEnergyLaboratoryCo.,Ltd),J.Momo,T.Moriwaka,K.Nanba,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

11:40 1015 TheoreticalStudyofHybridBundleof(5,0)CarbonNanotubeonLi-IonBatteryAnode–Y.Wen,B.Shan,X.Liu,X.Duan,andR.Chen(HuazhongUniversityofScienceandTechnology)

12:00 1016 EffectofAnodeBindersonLow-TemperaturePerformanceofLi-IonBatteries–J.Eom,L.Cao,andC.Wang(ThePennsylvaniaStateUniversity)

09:20 997 RelaxationBehaviorofLi4/3Ti5/3O4ElectrodeforLi-ionSecondaryBattery–S.Park,S.Uraki,andT.Yao(KyotoUniversity)


Lithium-Ion Batteries: Safety Aspects of Li-Ion Cells – 08:00 – 09:40Co-Chairs: Judith Jeevarajan and Mani Nagasubramanian

08:00 998 ThermalandElectricalCharacterizationofNonflammableElectrolytes*in18650FullCells–G.Nagasubramanian(SandiaNationalLabs),K.Fenton,andC.Orendorff(SandiaNationalLaboratories)

08:20 999 SafetyandLong-TermPerformanceofLithium-IonCellsinaPouchFormat–J.A.Jeevarajan(NASA)

08:40 1000 Electrochemical-CalorimetricStudiesonSafetyFundamentalsofLithiumIonBatteryPouchCells–E.Schuster,C.Ziebert,andH.J.Seifert(KarlsruheInstituteofTechnology)

09:00 1001 ThermalandOverchargeAbuseAnalysisofaRedoxShuttleforOverchargeProtectionofLiFePO4–J.H.Lamb,C.Orendorff(SandiaNationalLaboratories),K.Amine,G.Krumdick,Z.Zhang,L.Zhang(ArgonneNationalLaboratory),andA.Gozdz(A123Systems)

09:20 1002 MaterialsDevelopmentforImprovedLithium-IonBatterySafety–K.Fenton(SandiaNationalLaboratories),G.Nagasubramanian(SandiaNationalLabs),M.Brumbach,andC.Orendorff(SandiaNationalLaboratories)


Lithium-Ion Batteries: Characterization Techniques I – 10:00 – 12:20Co-Chairs: Kuniaki Tatsumi and Nancy Dudney

10:00 1003 ProcessOptimisationbytheApplicationofCylindricalCells(18650)andPouchCellswithReferenceElectrodes–M.D.Wilka,A.Hoffmann,R.Stern(CenterforSolarEnergyandHydrogenResearch),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

10:20 1004 ImpedanceAnalysisofAnodeandCathodeSeparatedbyUsingMicroReferenceElectrodeonLi-ionBattery–H.Nara,T.Yokoshima,D.Mukoyama,T.Hirabaru,T.Momma,andT.Osaka(WasedaUniversity)

10:40 1005 ReferenceElectrodesforImpedanceMeasurementsinLithiumIonCells–J.Illig,M.Ender(KarlsruheInstituteofTechnology(KIT)),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

11:00 1006 StudiesofSDXTMontheBoundaryResistancebetweenAluminumCurrentCollectorsandCathodeActiveMaterialLayers–Y.Arai,M.Kunisawa,T.Yamaguchi,H.Yokouchi,A.Matsuo,andM.Ohmori(ShowaDenkoK.K.)

11:20 1007 ApplicationofAdiabaticandIsothermalCalorimetryinStudyingBatteryMaterialPropertiesandSmallCells–P.Ralbovsky(NETZSCHInstrumentsNorthAmericaLLC)

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15:20 1027 ReducingCoulombicEfficiencyNoiseinHigh-PrecisionCoulometry–T.M.Bond,J.Burns,A.Smith,andJ.Dahn(DalhousieUniversity)


Lithium-Ion Batteries: Anodes V (General) – 14:00 – 15:40Co-Chairs: Larry Curtiss and Yi Cui

14:00 1028 LithiumTitanatePreparedfromMesoporousTiO2FiberasAnodeMaterialforLithiumIonBatteries–S.Ting(TheUniversityofHongKong),Z.Yang(NanjingUniversityofTechnology),C.V.Li(TheUniversityofHongKong),W.Zhuang,W.Yao,X.Lu(NanjingUniversityofTechnology),andK.Chan(TheUniversityofHongKong)

14:20 1029 NanosizedMixedTransitionMetalOxidesasSuperiorAnodeMaterialforLi-IonBatteries–D.Bresser(UniversityofMuenster),E.Paillard,F.Mueller(UniversityofMuenster,InstituteofPhysicalChemistry,MEET),M.Winter(WestfälischeWilhelms-UniversityMünster),andS.Passerini(UniversityofMuenster,InstituteofPhysicalChemistry,MEET)

14:40 1030 Multi-ComponenteffectsontheCrystalStructuresandElectrochemicalBehaviorsofSpinel-StructuredM3O4(M=Fe,Mn,Co)AnodesinLithium-IonBatteries–H.Kim,D.Seo,H.Kim,I.Park,J.Hong,K.Park,andK.Kang(SeoulNationalUniversity)

15:00 1031 HollowSingle-CrystallineMn3O4NanotubesasaHighCapacityAnodeMaterialforLithium-IonBatteries–G.Xu,Y.Xu(XiamenUniversity),H.Sun(HongUniversityofScienceandTechnology),X.Peng,J.Li(XiamenUniversity),S.Yang(HongKongUniversityofScienceandTechnology),L.Huang,andS.Sun(XiamenUniversity)

15:20 1032 PorousMnO@CNanotubesandTheirHighLithium-StoragePerformances–W.Chen,L.Qie,L.Yuan,W.Zhang,andY.Huang(HuazhongUniversityofScienceandTechnology)


Lithium-Ion Batteries: Life Studies I – 14:00 – 15:40Co-Chairs: Matthieu Dubbarry and Keven Gerring

14:00 1033 BatteryDurabilityEvaluationUsingLoadDataofCommerciallyAvailableElectricVehicle–K.KoshikaandT.Niikuni(NationalTrafficSafetyandEnvironmentLaboratory)

14:20 1034 CycleLifeEstimationofLithium-ionBatteryUsingforPVPowerLevelingOperation–Y.Mita,Y.Kobayashi,andH.Miyashiro(CentralResearchInstituteofElectricPowerIndustry)

14:40 1035 LifetimeEvaluationandModellingofLi-IonModulesandCells–P.J.VieandR.Fotedar(InstituteforEnergyTechnology)

15:00 1036 Constant-PotentialAgingofCommercialLi-IonBatteries–P.Albertus,J.Christensen(RobertBoschResearchandTechnologyCenter),V.Peng(UniversityofCalifornia,Berkeley),M.Hess,R.Klein(RobertBoschResearchandTechnologyCenter),andJ.Newman(UniversityofCalifornia,Berkeley)


Lithium-Ion Batteries: Separators and Safety Aspects of Li-Ion Cells – 10:00 – 12:00Co-Chairs: Mani Nagasubramanian and Judith Jeevarajan

10:00 1017 DevelopmentofHeatResistantLithium-ionBatteriesandSafetyEvaluation–M.Morishita(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Mukai(NationalInstituteofAdvancedIndustryofScienceandTechnology),T.Sakamoto,T.Miyuki(NationalInstituteofAdvancedIndustrialScienceandTechnology),andT.Sakai(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

10:20 1018 CompositionRatio-DependentStructuralEvolutionofSiO2/Poly(VinylideneFluorideHexafluoropropylene)-CoatedPoly(EthyleneTerephthalate)NonwovenCompositeSeparatorsforLithium-IonBatteries–H.Jeong,E.Choi,andS.Lee(KangwonNationalUniversity)

10:40 1019 TransportPropertiesofStrainedLithium-IonBatterySeparators–J.CannarellaandC.B.Arnold(PrincetonUniversity)

11:00 1020 PolymerParticleLayerCoatedonSeparatortoImproveLithium-IonBatteryPerformance–T.Kaneda,H.Takamatsu,T.Murase,J.Akiike,N.Yasuda,T.Herai,T.Ooishi,andM.Tada(ZeonCorporation)

11:20 1021 DevelopmentofWater-BorneNanoparticleCeramicSlurrytoImproveLithium-IonBatteriesPerformance–Y.Toyoda,H.Takamatsu,T.Murase,J.Akiike,N.Yasuda,T.Kaneda,T.Herai,T.Ooishi,andM.Tada(ZeonCorporation)

11:40 1022 Layer-by-LayerDepositionforImprovedPerformanceofSeparatorsforLithiumIonBatteries–B.El-Zahab,N.Baram,D.Liu,W.Carter,Y.Chiang(MIT),andP.T.Hammond(MassachusettsInstituteofTechnology)


Lithium-Ion Batteries: Characterization Techniques II – 14:00 – 15:40Co-Chairs: Robert Kostecki and Fikile Brushett

14:00 1023 WhyDoWeNeedPolarizationandImpedanceMeasurementsofLithiumInsertionElectrodes?–T.Ohzuku,F.Ohgaki,andK.Ariyoshi(OsakaCityUniversity)

14:20 1024 AMethodtoMeasuretheRateofSideReactionsatthePositiveandNegativeElectrodesinLTO/LiNiMOCellsfortheSecond-Generation12VLead-FreeBatteries–K.Ariyoshi,H.Okada,H.Nishi,andT.Ohzuku(OsakaCityUniversity)

14:40 1025 In SituFluorescenceSpectroscopyofInterfacialProcessesinHigh-EnergyLi-ionBatteries–N.S.Norberg,S.F.Lux,I.T.Lucas(LawrenceBerkeleyNationalLaboratory),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

15:00 1026 NeutronPowderDiffractionStudiesofLi-IonBatteryMaterials–S.Lee(KoreaAtomicEnergyInstitute)

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17:20 1047 Poly(ethyleneoxide)-CoatedGraphiteasanAnodeMaterialforLithiumIonBatteries–S.ParkandG.Liu(LawrenceBerkeleyNationalLaboratory)

17:40 1048 PeakForceTappingAFMOutfittedinaGlove-boxforIn SituReal-timeVisualizationofSEIformationonLithiumBatteryAnodes–C.Li(BrukerCorporation)


Lithium-Ion Batteries: Cell Design Aspects II – 16:00 – 18:00Co-Chairs: Keven Gerring and Matthieu Dubbarry

16:00 1049 Electrochemical-ThermalCoupledModelingforBatteryPackDesign–G.Luo,C.Shaffer,andC.Wang(ECPower)

16:20 1050 DesignOptimizationofaBatteryPackforPlug-inHybridVehicleApplications–N.Xue,W.Du(UniversityofMichigan),T.Greszler(GeneralMotors),J.Martins(UniversityofMichigan),andW.Shyy(HongKongUniversityofScienceandTechnology)

16:40 1051 NanowireEnergyStorageDevice:FabricationandElectrochemicalStudies–S.Gowda,A.Reddy,andP.Ajayan(RiceUniversity)

17:00 1052 AdvancedMaterialsProcessingforLithiumIonBatteryApplications–D.L.Wood,J.Li,D.Mohanty,S.Kalnaus,B.Armstrong,andC.Daniel(OakRidgeNationalLaboratory)

17:20 1053 LithiumBatteryInternalTemperatureSensorandSoCMonitor–R.Srinivasan,B.G.Carkhuff,andA.Q.Rogers(JohnsHopkinsUniversityAppliedPhysicsLab)

17:40 1054 Dual-ScalePorosityDistributionforMaximizingPowerAtHighEnergyDensities–C.K.Erdonmez(BrookhavenNationalLaboratory),C.Bae(MassachusettsInstituteofTechnology),Y.Chen,J.Wang(BrookhavenNationalLaboratory),J.Halloran(UniversityofMichigan),andY.Chiang(MassachusettsInstituteofTechnology)

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

Interactions – 08:00 – 12:00Co-Chairs: V. Thangadurai and Jianming Zheng

08:00 1171 (Invited)CriticalComponentsofRechargeableLi-AirBatteries–J.Zhang,W.Xu,J.Xiao,E.Nasybulin,Y.Shao,D.Mei,andJ.Zhang(PacificNorthwestNationalLaboratory)

08:40 1172 AHighEnergyDensityRechargeableZinc-AirBatteryforAutomotiveApplication–G.Toussaint,P.Stevens(ElectricitédeFrance),R.Rouget,andF.Fourgeot(SCPS)

09:00 1173 ExaminingtheInterplayofElectrolyte,Electrocatalyst,andCathodeArchitectureEnRoutetoHigh-Capacity,RechargeableLi-O2Batteries–C.N.Chervin,J.W.Long,M.J.Wattendorf,N.W.Kucko,andD.Rolison(U.S.NavalResearchLaboratory)

15:20 1037 CorrelatingAcceleratedTeststoLong-termDataforLi-IonBatteries–G.Jain(MedtronicInc),H.Ye(MedtronicInc.),P.A.Tamirisa,P.Gomadam,E.Scott,andC.Schmidt(MedtronicInc)


Lithium-Ion Batteries: Characterization Techniques II – 16:00 – 17:40Co-Chairs: Fikile Brushett and Robert Kostecki

16:00 1038 In SituReferenceElectrodeTestingofLithiumIonCells–J.R.Belt,C.Ho,andR.Bewley(IdahoNationalLaboratory)

16:20 1039 InsightintoThermalInstabilityofChargedCathodeMaterialsforLithium-IonBatteries:CombinedIn SituSynchrotronX-rayandMassSpectroscopyStudy–S.Bak(YonseiUniversity),K.Nam,E.Hu,X.Yu(BrookhavenNationalLaboratory),K.Chung(KoreaInstituteofScienceandTechnology),S.Cho,F.Bonhomme(JohnsonControlsAdvancedPowerSolution),K.Kim(YonseiUniversity),andX.Yang(BrookhavenNationalLaboratory)

16:40 1040 EffectofLowCellVoltagesonthePerformanceofMCMBAnodeandLiNi0.8Co0.2O2Cathode–R.V.Bugga(CaliforniaInstituteofTechnology),M.C.Smart,F.C.Krause,C.Hwang(CalforniaInstituteofTechnology),P.DegrosseJr.(CaliforniaInstituteofTechnology),S.Santee,andF.Puglia(YardneyTechnicalProducts)

17:00 1041 ImpedanceDiagnosticforOverchargedLithium-IonBatteries–C.T.Love,K.Swider-Lyons(U.S.NavalResearchLaboratory),andC.J.Patridge(NRC/NRLCooperativeResearchAssociate)

17:20 1042 Zero-VoltSPECCellstoMeasuretheRatesofSideReactionsonthePositiveandNegativeElectrodesforLong-LifeLithium-IonBatteries–K.Ariyoshi,H.Nishi,andT.Ohzuku(OsakaCityUniversity)


Lithium-Ion Batteries: Anodes V (General) – 16:00 – 18:00Co-Chairs: Yi Cui and Larry Curtiss

16:00 1043 StudyontheElectrochemicalPropertiesofSnO2-PolypyrroleHybridNanowiresforLi-IonBatteriesAnode–D.Nam,S.Lim,M.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

16:20 1044 HighCapacityLi-IonBatteriesBasedonHetero-NanostructuredSnO2-Sn/CMK-3Materials–F.M.Hassan,A.Yu,H.Park,Z.Chen(UniversityofWaterloo),X.Xiao(GeneralMotorsGlobalResearch&DevelopmentCenter),andZ.Chen(UniversityofWaterloo)

16:40 1045 VisualisationofLiDiffusionPathwaysinLithiumLanthanumTitanates–E.E.Jay,I.Seymour,M.Rushton,R.Grimes(ImperialCollege),andJ.A.Kilner(ImperialCollegeLondon)

17:00 1046 EffectofPatternShapeofSnAnodeonCharge-DischargePerformanceforLithiumSecondaryBatteries–T.Yokoshima,H.Nara,T.Momma,andT.Osaka(WasedaUniversity)

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16:10 1187 EffectofBismuthAdditivesonthePerformanceofIronElectrodesinAlkalineBatteries–A.Manohar,C.Yang,S.Malkhandi,B.Yang,G.Prakash,andS.Narayanan(UniversityofSouthernCalifornia)

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

Liquid Electrolytes, Organic 4 – 08:00 – 09:40Co-Chairs: Dr. Lucht and Dr. Jow

08:00 1245 Solvent-DependentSolidElectrolyteInterphasesonNongraphiteElectrodes–M.Ihara(SonyCorporation),H.Nakai,A.Kita(SonyEnergyDevicesCorporation),K.Kawase,andT.Kubota(SonyCorporation)

08:40 1246 ElectrolyteswithImprovedSafetyDevelopedforHighSpecificEnergyLi-IonCellswithSi-BasedAnodes–M.C.Smart,F.C.Krause,C.Hwang,J.Soler,W.C.West,B.Ratnakumar(CalforniaInstituteofTechnology),andG.Prakash(UniversityofSouthernCalifornia)

09:00 1247 EnhancedMorphologyandCyclingEfficiencyofLiMetalAnodebyElectrolyteAdditivesforRechargeableLiBatteries–W.Xu,F.Ding,J.Zhang,X.Chen,M.H.Engelhard,M.Sushku,E.Nasybulin,J.Xiao,G.L.Graff,andJ.Zhang(PacificNorthwestNationalLaboratory)

09:20 1248 InvestigationoftheElectrolyteCompositioninaLi-SCelluponLong-TermCycling–R.Schmidt,H.Schneider,J.Tomforde,andT.Weiss(BASFSE)

Liquid Electrolytes, Organic 5 – 10:00 – 12:00Co-Chairs: Dr. Ishikawa and Dr. Henderson

10:00 1249 ElectrolyteSolvationandIonicAssociation:CyclicCarbonateandEster-LiTFSIand-LiPF6Mixtures–W.A.Henderson,D.M.Seo,J.L.Allen,L.A.Gardner,S.Han,andP.D.Boyle(NorthCarolinaStateUniversity)

10:40 1250 ThermalPhaseBehaviorandElectrochemical/PhysicochemicalPropertiesofCarbonateandEsterElectrolyteswithLiBF4,LiDFOBandLiBOB–J.L.Allen,S.Han,D.W.McOwen,B.A.Knight,D.M.Seo,P.D.Boyle,andW.A.Henderson(NorthCarolinaStateUniversity)

11:00 1251 DelvingintothePropertiesandSolutionStructureofNitrile-LithiumDifluoro(Oxalato)Borate(LiDFOB)ElectrolytesforLi-IonBatteries–S.Han,J.L.Allen,P.D.Boyle,andW.A.Henderson(NorthCarolinaStateUniversity)

11:20 1252 IonTransportinNon-AqueousLiquidElectrolytesContainingOxideInclusions–S.K.DasandA.J.Bhattacharyya(IndianInstituteofScience)

11:40 1253 TheInfluenceofMolecularInteractionsonBatteryElectrolytePropertiesandProcesses–K.L.Gering(IdahoNationalLaboratory)

09:20 1174 AirDehydrationMembranesforAmbientOperationofNon-AqueousLithium-AirBatteries–J.Zhang,W.Xu,J.Xiao,X.Chen,E.Nasybulin,andJ.Zhang(PacificNorthwestNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1175 (Invited)UnderstandingtheCathodeProcessesin

theNon-AqueousLi-O2Battery–O.Fontaine,Y.Chen,S.A.Freunberger,Z.Peng,andP.Bruce(UniversityofSt.Andrews)

10:40 1176 TheeffectofLayeredStructuresofPerovskiteOxideCatalystonActivityforOxygen-ReductionReaction–M.Matsuda,T.Murota(SantokuCorportation),andT.Takeguchi(HokkaidoUniversity)

11:00 1177 UnderstandingofElectrolyteStabilityandItsImpacttoLifespanofLi-O2Battery–J.Shui,J.Okasinski,D.Zhao,J.Almer,andD.Liu(ArgonneNationalLaboratory)

11:20 1178 ElectrospunNanofibrousBifunctionalLaNiO3CatalystsforOxygenReductionReactionandOxygenEvolutionReaction–J.WuandZ.Chen(UniversityofWaterloo)

11:40 1179 SynthesisandOxygenReductionCatalyticPropertiesofLa0.6Ca0.4CoO3FinePowdersbySinteringwithCarbonate–S.Takase,Y.Kanda,andY.Shimizu(KyushuInstituteofTechnology)

Other Media Systems – 13:20 – 16:30Co-Chairs: Wei Wang and Yangchuan Xing

13:20 1180 (Invited)RecentProgressinasHighlyEfficientNon-PreciousCatalystsforOxygenReductionReactionsinAlkalineSolutions–J.Cho(UlsanNationalInstituteofScienceandTechnology)

13:50 1181 (Invited)SecondaryLi-AirBatterieswithAcidicAqueousCatholytes–O.Crowther(MaxPowerInc)andM.Salomon(MaxPower,Inc.)

14:20 1182 (Invited)AqueousElectrolyte-BasedMetal-AirBatteries:ChallengesforRechargeableZincElectrodesandReversibleAirElectrodes–T.AbeandK.Miyazaki(KyotoUniversity)

14:50 1183 EnhancementofOxygenTransportintheStorageElectrodeofaHighTemperatureSecondaryMetal-AirBatteryBasedonanOxygenIonConductingElectrolyte–H.Landes,R.Reichenbacher,C.Schuh(SiemensCorporateTechnology),T.Soller(SiemensAG),G.Zhang,andC.Lu(SiemensEnergyInc)

15:10 1184 HybridLi-airBatterywithSulfuricAcidElectrolyteandBuckypaperAirCathode–Y.Li,K.Huang(MissouriUniversityofScienceandTechnology),andY.Xing(UniversityofMissouri)

15:30 1185 ImprovementinDischargePerformanceofanMH/AirSecondaryBatterywithMultipleElectrodes–M.Mizutani,M.Morimitsu(DoshishaUniversity),andY.Wada(KyushuElectricPowerCo.,Inc.)

15:50 1186 ComparisonofRoomTemperatureSodium/Oxygen-andLithium/Oxygen-BatterieswithLiquidElectrolyte–P.Hartmann,C.Bender(Justus-Liebig-UniversityGiessen),A.Garsuch,A.Dürr(BASFSE),J.Janek(JustusLiebigUniversityGießen),andP.Adelhelm(Justus-Liebig-UniversityGiessen)

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09:20 1583 PerformanceCharacteristicsofPEFCswithPatternedElectrodesPreparedbyPiezo-electricPrinting–D.Malevich,M.Saha,E.Halliop,B.Peppley,J.Pharoah(Queen’s-RMCFuelCellResearchCentre),andK.Karan(Queen’sUniversity)

09:40 Intermission(20Minutes)10:00 PosterAwards(RoomofSectionD)–JimFenton

andThomasSchmidt(20Minutes)10:20 1584 Ice-CrystallizationKineticsandWaterMovement

inGas-DiffusionandCatalystLayers–T.J.Dursch,M.Ciontea,G.Trigub,C.Radke(UniversityofCalifornia,Berkeley),andA.Weber(LawrenceBerkeleyNationalLaboratory)

10:40 1585 TheeffectofPtParticleDistributionofVariousSupportedElectrocatalystonPtUtilizationofMembrane-ElectrodeAssembly–M.Uchida,K.Kakinuma,H.Uchida,andM.Watanabe(UniversityofYamanashi)

11:00 1586 TemperatureSensitivityofPolymer-ElectrolyteFuelCellswithUltra-LowCatalystLoadings–M.L.Perry,C.Shovlin,andR.Zaffou(UnitedTechnologiesResearchCenter)

11:20 1587 EffectsofThrough-planeThermalGradientsofAnodeandCathodeElectrodesonPEMFCPerformance–K.InmanandX.Wang(OaklandUniversity)

11:40 1588 TheSpatialPerformanceEffectofElectrodeDefectsinPEMFC–G.Bender(NationalRenewableEnergyLaboratory),W.Felt(NREL),andM.Ulsh(NationalRenewableEnergyLaboratory)

Tapa 3, Tapa Conference Center, Hilton Hawaiian Village

B-3.1 Fuel Cells – General (1) – 08:00 – 11:40Co-Chairs: Sri Narayanan and HyukSang Kwon

08:00 1589 DesignofAl-FeAlloysforFastOn-boardHydrogenProductionfromHydrolysis,andItsApplicationtoPEMFC–K.Eom(KoreaInstituteofScienceandTechnology),J.Kwon(UniversityofMichigan),M.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

08:40 1590 InfluencesofVariousRecycledFuelConditionsontheStabilityofDirectMethanolFuelCells–K.Park,M.Yang,andJ.Park(SejongUniversity)

09:00 1591 ImmobilizedViologenPolymersforCarbohydrateFuelCell–Y.Pan,J.Stockton,D.Hansen,W.Pitt,andD.R.Wheeler(BrighamYoungUniversity)

09:20 1592 In SituandExSituCharacterizationofBipolarPlatesforPEMFuelCells–S.Ladre(Sør-TrøndelagUviversityCollege),O.Kongstein,A.Oedegaard(SINTEFMaterialsandChemistry),F.Seland(NorwegianUniversityofScienceandTechnology),andH.Karoliussen(Sør-TrøndelagUniversityCollege)


andThomasSchmidt(20Minutes)10:20 1593 SpatiallyResolvedCharacterizationofDMFCs

AgedunderCriticalConditions–A.Löhmer,K.Wippermann,M.Müller,andD.Stolten(ForschungszentrumJülichGmbH)

Liquid Electrolytes, Modelling 1 – 14:00 – 15:40Co-Chairs: Dr. Tasaki and Dr. Borodin

14:00 1254 InsightintoElectrolyteStability,DecompositionandTransportPropertiesfromDFTandMDSimulations–O.Borodin(U.S.ArmyResearchLaboratory),L.Xing(TheUniversityofUtah),andT.Jow(U.S.ArmyResearchLaboratory)

14:40 1255 ElectrolyteStructureNearChargedElectrodeSurfaces:AMolecularDynamicsSimulationStudy–D.Bedrov,L.Xing,J.Vatamanu(TheUniversityofUtah),andO.Borodin(U.S.ArmyResearchLaboratory)

15:00 1256 PropertiesofFluoro-FreeNon-AqueousElectrolytes:ComputationalPredictionsandExperimentalResults–J.Scheers(ChalmersUniversityofTechnology),W.A.Henderson(NorthCarolinaStateUniversity),P.Johansson,andP.Jacobsson(ChalmersUniversityofTechnology)

15:20 1257 StabilityofAproticSolventsinLi-AirBatteries:TheoreticalInvestigationofNucleophilicSubstitutionbySuperoxide,C-HAcidity,andAutoxidation–V.S.Bryantsev,J.Uddin(LioxPower,Inc.),W.Walker(LioxPowerInc.),V.Giordani,S.Zecevic,D.Addison,andG.V.Chase(LioxPower,Inc.)

Liquid Electrolytes, Modelling 2 – 16:00 – 16:40Co-Chairs: Dr. Borodin and Dr. Tasaki

16:00 1258 AbInitioStudyonReductionMechanismsofVinyleneCarbonateUsingGlobalReactionRouteMappingMethod–K.Miyamoto,R.Asahi(ToyotaCentralR&DLabs.,Inc.),andK.Ohno(ToyotaPhysical&ChemicalResearchInstitute)

16:20 1259 DFTStudyonReductionReactionsofEthyleneCarbonateandPropyleneCarbonateasCo-SolventsinsideGraphiteinLithium-IonBatteryCells–K.Tasaki(MitsubishiChemicalHoldingsAmerica)andA.Goldberg(AccelrysSoftware,Inc.)

B9Polymer Electrolyte Fuel Cells 12 (PEFC 12)EnergyTechnology/Corrosion/PhysicalandAnalyticalElectrochemistry/Battery/IndustrialElectrochemistryandElectrochemicalEngineeringTapa 1, Tapa Conference Center, Hilton Hawaiian Village

A-3.1 Catalyst Layers – 08:00 – 12:00Co-Chairs: Kunal Karan & Kelly Perry

08:00 1580 DeterminationofCLIonomerConductivity–K.Karan(Queen’sUniversity)

08:40 1581 STXMCharacterizationofPEMFuelCellCatalystLayers–D.Susac(AFCC),V.Berejnov,A.P.Hitchcock(McMasterUniversity),andJ.Stumper(AutomotiveFuelCellCooperationCorp.)

09:00 1582 AnalysisandExperimentsofMajorParametersinCatalystLayerStructureAffectingonPEFCPerformance–M.Kobayashi,Y.Tabe,andT.Chikahisa(HokkaidoUniversity)

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D-3.1 Pt-Alloy Cathode Catalysts 1 – 08:00 – 10:20Co-Chairs: Branko Popov and Hiroyuki Uchida

08:00 1605 DispersedPtCoAlloyCatalystSynthesizedbyModifiedPolyolReductionMethodforPEMFuelCells–T.KawamuraandS.Matsumoto(ToyotaMotorCorporation)

08:20 1606 EnhancedORRandMORActivitiesbyBimetallicCoPtandPdPtElectrocatalysts–B.A.Kakade,T.Tamaki,H.Ohashi,andT.Yamaguchi(TokyoInstituteofTechnology)

08:40 1607 DevelopmentofHighlyActivePt2Ni/CCatalystforPEMFuelCell–T.Xie,T.Kim,W.Jung,A.Kriston,P.Ganesan,andB.N.Popov(UniversityofSouthCarolina)

09:00 1608 SubsurfaceEnrichmentinHighlyActiveDealloyedPt-NiCatalystNanoparticlesforOxygenReduction–L.Gan(TechnicalUniversityBerlin),M.Heggen(ForschungszentrumJuelichGmbH),andP.Strasser(TechnischeUniversitätBerlin)

09:20 1609 Core-ShellFineStructureandSize-DependentMorphologyofDealloyedPtBimetallicNanoparticleFuelCellElectrocatalysts–M.Oezaslan(TechnischeUniversitätBerlin),M.Heggen(ForschungszentrumJuelichGmbH),andP.Strasser(TechnischeUniversitätBerlin)


andThomasSchmidt(20Minutes)

Honolulu 3, Tapa Conference Center, Hilton Hawaiian Village

E-3.1 Alkaline Membranes and Systems – 08:00 – 12:00Co-Chairs: Plamen Attanasov & Robert Mantz

08:00 1610 Anion-ExchangeMembraneFuelCellforPlatinum-freeLiquidFuelCar–K.Asazawa,H.Tanaka(DaihatsuMotorCo.Ltd.),U.Martinez,B.Halevi(TheUniversityofNewMexico),A.Serov(UniversityofNewMexico),K.Artyushkova,P.Atanassov(TheUniversityofNewMexico),andB.Kiefer(NewMexicoStateUniversity)

08:40 1611 AlkalineDurableAnionExchangeMembranesBasedonGraft-typeFluoropolymerFilmsforHydrazineHydrateFuelCell–K.Yoshimura,H.Koshikawa,T.Yamaki,Y.Maekawa(JapanAtomicEnergyAgency),K.Yamamoto,H.Shishitani,K.Asazawa,S.Yamaguchi,andH.Tanaka(DaihatsuMotorCo.,Ltd.)

09:00 1612 StringingCationsinHydroxideExchangeMembranesforLowWater-UptakeandHighHydroxide-Conductivity–J.Wang,S.Gu,andY.Yan(UniversityofDelaware)

09:20 1613 HighlyAnion-ConductingPorousPolymerElectrolyteMembraneforAlkalineFuelCells–H.Zarrin,M.Fowler,andZ.Chen(UniversityofWaterloo)


andThomasSchmidt(20Minutes)

10:40 1594 TheEffectofGasDiffusionMediaonAMFCperformance–T.Isomura,K.Fukuta,H.Yanagi(TokuyamaCorp.),S.Ge,andC.Wang(ThePennsylvaniaStateUniversity)

11:00 1595 DevelopmentofHighPerformanceMEAbyCS-AFM(CurrentSensing–AtomicForceMicroscopy)–S.Lee,O.Kwen,D.Lee(DaeguGyeongbukInstituteofScience&Technology),B.Han(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),S.Hwang,J.Jang,G.Choi,A.Bates(DaeguGyeongbukInstituteofScience&Technology),andS.Park(UniversityofLouisville)

11:20 1596 ComparisonofH2SEffects:UsingTwoDifferentUltra-LowPlatinumAnodeLoadingsunderDifferentPEFCOperatingConditions–C.Quesada,T.Rockward,K.C.Rau,andF.H.Garzon(LosAlamosNationalLaboratory)


C-3.1 High Temperature and Composite Membranes 2 – 08:00 – 11:40Co-Chairs: Michael Ulsh and Hideki Nakagawa

08:00 1597 NovelAnionConductiveBlockCopolymersforAlkalineFuelCellsandWaterElectrolysis–P.Kohl,J.Zhou,D.Park,K.Joseph,J.Ahlfield,andH.Beckham(GeorgiaInstituteofTechnology)

08:40 1598 AdvancedHybridSuperAcidicInorganic-OrganicPEMsforHotterandDrierOperation–A.Herring,J.L.Horan,M.Kuo,J.Jessop,G.Schlichting,andY.Yang(ColoradoSchoolofMines)

09:00 1599 AnhydrousNovelAcid-BaseBinaryandTernarySystemsforFuelCellApplications–M.SinghandH.Missan(UniversityoftheWestIndies)

09:20 1600 NewCompositePEMforHighTemperatureFuelCells–M.E.Cordova,A.Sleczka,E.M.Kelder,andS.J.Picken(TUDelft)


andThomasSchmidt(20Minutes)10:20 1601 Zeolite4A-MethaneSulfonicAcid-Sulfonated

Poly(EtherEtherKetone)BasedMixedMatrixMembranesforDirectMethanolFuelCells–S.Meenakshi,S.D.Bhat,A.Sahu,P.Sridhar,andS.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute)

10:40 1602 PolymerInorganicComposite(PIC)NanofiberProtonExchangeMembraneforDirectMethanolFuelCells–G.Arumugam,V.Kamavaram,V.Veedu,andK.Cheung(OceanitLaboratoriesInc)

11:00 1603 NanofiberCompositeMembranesforaRegenerativeH2/Br2FuelCell–J.ParkandP.Pintauro(VanderbiltUniversity)

11:20 1604 CompositeSulfonatedPolyetherEtherKetone(SPEEK)Membraneswith3-(Trihydroxysilyl)-1-PropanesulfonicAcidforaDirectMethanolFuelCell(DMFC)–S.Yun,J.Parrondo,andV.Ramani(IllinoisInstituteofTechnology)

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A-3.2 Porous Transport Layers – 14:00 – 18:00Co-Chairs: Emin Kumbur, Trung Nguyen, and Felix Buechi

14:00 1624 InfluenceofHydrohilicandHydrophobicDoubleMPLCoatedGDLonPEFCPerformance–T.Kitahara,H.Nakajima,K.Mori,andM.Inamoto(KyushuUniversity)

14:20 1625 ObservationofWaterTransferPhenomenainMicro-PorousLayerofPEFC–Y.AOYAMA,K.Kadowaki,Y.Tabe,andT.Chikahisa(HokkaidoUniversity)

14:40 1626 TheEffectofMicroporousLayeronPEFCDryout–D.Malevich,E.Halliop,J.Suryana,B.Peppley,J.Pharoah(Queen’s-RMCFuelCellResearchCentre),andK.Karan(Queen’sUniversity)

15:00 1627 UnderstandingMechanismofPTFEDistributioninFibrousPorousMedia–G.Inoue(KyotoUniversity),N.Ishibe,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

15:20 1628 HydrophobicGasDiffusionMediaforPEMFuelCellsbyDirectFluorination–T.V.Nguyen(TheUniversityofKansas),A.Ahosseini,andX.Wang(UniversityofKansas)

15:40 1629 MeasurementofCapillaryPresuureCurvesinGDLsatElevatedTemperatures–J.GostickandK.P.Shrestha(McgillUniversity)

16:00 Intermission(20Minutes)16:20 1630 WaterDistributioninGDLatOptimum

Humidification–J.Eller,J.Roth,R.Gaudenzi,S.Irvine,F.Marone,M.Stampanoni(PaulScherrerInstitut),A.Wokaun(PaulScherrerInstitute),andF.Büchi(PaulScherrerInstitut)

16:40 1631 Three-DimensionalMorphologicalCharacterizationofMicroPorousLayers–A.SadeghiAlavijeh,A.Nanjundappa,M.ElHannach,andE.Kjeang(SimonFraserUniversity)

17:00 1632 InvestigationofWaterBreakthroughandFlowinGasDiffusionLayersandRelavancetoFuelCellWaterManagement–Z.LuandJ.Patterson(FordMotorCompany)

17:20 1633 EffectofChannelMaterialsontheBehaviorofWaterDropletEmergingfromGDLintoPEMFCGasChannels–P.GopalanandS.Kandlikar(RochesterInstituteofTechnology)

17:40 1634 Microstructure-DrivenAnalysisofTwo-PhaseTransportinDual-LayerDiffusionMediaofPEFCs–E.A.Wargo(DrexelUniversity),V.P.Schulz(Baden-WuerttembergCooperativeStateUniversity),A.Cecen,S.R.Kalidindi,andE.C.Kumbur(DrexelUniversity)


B-3.2 Fuel Cells – General (2) – 14:00 – 15:40Co-Chairs: Takashi Tokumasu and Sri Narayanan

14:00 1635 NanoscaleTransportPhenomenainPEMofPEFCbyLargeScaleMolecularDynamicsSimulations–T.Tokumasu(TohokuUniversity)

10:20 1614 ModelingandAnalysisofIonTransportTroughAnionExchangeMembranesUsedinAlkalineFuelCells–S.CastañedaRamírezandC.SánchezSáenz(UniversidadNacionaldeColombia)

10:40 1615 SynthesisofTriarylsulfoniumFunctionalizedPolysulfoneforHydroxideExchangeMembraneFuelCells–B.Zhang,S.Gu,J.Wang,Y.Yan(UniversityofDelaware),andA.Herring(ColoradoSchoolofMines)

11:00 1616 PolymerBackboneStabilityofQuaternizedFluorinatedPoly(aryleneether)sandItsImpactonAMFCPerformance–D.Kim(HonamPetrochemicalCorp.),C.H.Fujimoto(SandiaNationalLaboratories),M.Hibbs(SandiaNationalLaboratory),D.Wrobleski,andY.Kim(LosAlamosNationalLaboratory)

11:20 1617 AlkalineStabilityandAMFCPerformanceofPerfluorinatedPolymerElectrolytes–D.Kim(HonamPetrochemicalCorp.),C.H.Fujimoto(SandiaNationalLaboratories),M.Hibbs(SandiaNationalLaboratory),andY.Kim(LosAlamosNationalLaboratory)

11:40 1618 ThePerformanceofAnionicIonomersinDirectMethanolFuelCells–K.Joseph,J.Ahlfield,J.Zhou,andP.Kohl(GeorgiaInstituteofTechnology)


D-3.1 Pt-Alloy Cathode Catalysts 1 (Continued) – 10:20 – 12:00Co-Chairs: Branko Popov and Hiroyuki Uchida

10:20 1619 OxygenReductionReactiononElectrodepositedPt100-xNix:Influenceofalloycompositionanddealloying–Y.Liu,C.Hangarter(NationalInstituteofStandardsandTechnology),U.Bertocci(NIST),andT.Moffat(NationalInstituteofStandardsandTechnology)

10:40 1620 HighActivityDe-alloyedPtMn(M=CoandNi)CathodicCatalystsshowingOO(H)orO(H)coverageonPtConsistentwiththeSabateirModel–D.E.Ramaker(TheGeorgeWashingtonUniversity),K.Caldwell(GeorgeWashingtonUniversity),S.Mukerjee,Q.Jia(NortheasternUniversity),andJ.Ziegelbauer(GeneralMotorsCentralResearchandDevelopment)

11:00 1621 PEMFCNanoparticleCatalystDealloyingfromKineticMonteCarloSimulations–B.Puchala(UniveristyofWisconsin-Madison),S.Lin(NationalChengKungUniversity),L.Wang,andD.Morgan(UniversityofWisconsin-Madison)

11:20 1622 DealloyingofNanoparticles–X.Li(ArizonaStateUniversity),I.McCue,J.Snyder,J.Erlebacher(JohnsHopkinsUniversity),andK.Sieradzki(ArizonaStateUniversity)

11:40 1623 CorrelationbetweenLocalStructureandCatalyticActivityofMonolayerPtCatalystsforOxygenReduction–X.Wang,Y.Orikasa(KyotoUniversity),M.Inaba(DoshishaUniversity),andY.Uchimoto(KyotoUniversity)

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17:00 1646 Bio-inspiredElectrocatalystsforORR:TheCaseforStructuredMixedMetalOxides–B.Halevi(TheUniversityofNewMexico),C.Harrison,A.Serov,C.Lau(UniversityofNewMexico),K.Artyushkova(TheUniversityofNewMexico),B.Kiefer(NewMexicoStateUniversity),andP.Atanassov(TheUniversityofNewMexico)

17:20 1647 CoaxialTiN-CNTCompositesasEffectiveLowTemperatureFuelCellElectrocatalystSupports–D.C.HigginsandZ.Chen(UniversityofWaterloo)

17:40 1648 ElectrospunIron/PolyacrylonitrileDerivedNanofibrousCatalystsforOxygenReductionReaction–J.Wu,H.Park,D.C.Higgins,andZ.Chen(UniversityofWaterloo)

18:00 1649 Nitrogen-dopedActivatedGrapheneSupportedPlatinumElectrocatalystforOxygenReductionReactioninPEMFuelCells–J.Choi,D.Lee,andZ.Chen(UniversityofWaterloo)


D-3.2.1 Pt-Alloy and Core-Shell Cathode Catalysts – 14:00 – 18:20Co-Chairs: Vojislav Stamenkovic and Hideo Daimon

14:00 1650 AdvancedElectrocatalystsforPEMFuelCells–C.Wang,D.VanderVliet,D.Tripkovic,D.Strmcnik,D.Li,N.M.Markovic,andV.R.Stamenkovic(ArgonneNationalLaboratory)

14:40 1651 In SituPtK-EdgeXAFSStudyonPt/AuNanoclustersforFuelCellCatalysts–T.Kaito,H.Mitsumoto,S.Sugawara,K.Shinohara(NissanMotorCo.,Ltd),H.Uehara,H.Ariga,S.Takakusagi,andK.Asakura(HokkaidoUniversity)

15:00 1652 EvaluationofElectrocatalyticActivityandDurabilityforOxygenReductionReactionofAuCore/PtShellCatalystswithSmallCore–E.Higuchi,K.Okada,M.Chiku,andH.Inoue(OsakaPrefectureUniversity)

15:20 1653 ImprovementofDurabilityofAucore/PtShellStructuredCatalyst–H.Daimon(DoshishaUniversity),N.Aoki(ishihukumetalindustry),H.Inoue(IshifukuMetalIndustryCo.,Ltd),T.Nishikawa,Y.Ikehata,E.Maki(DoshishaUniversity),H.YAMADA(NaraNationalCollegeofTechnology),andM.Inaba(DoshishaUniversity)

15:40 1654 SynthesisofPt-AuNanoparticleNetlikeAssemblyasHighActiveandDurableCatalystsforORR–Z.Zhou,H.Wang,L.Song,C.Chen,N.Tian,andS.Sun(XiamenUniversity)

16:00 Intermission(20Minutes)16:20 1655 In SituXAFSStudyontheStructureand

BehaviorofPEFCCore-ShellPt-M/C(M=Au,Pd)CatalystsunderStepwiseVoltageOperationConditions–S.Nagamatsu(TheUniversityofElectro-Communications,Tokyo),T.Arai,M.Yamamoto,H.Oyanagi(HondaR&DCo.,Ltd.),T.Ishizaka,H.Kawanami(AIST),T.Uruga(JASRI/SPring-8),M.Tada(InsituteforMolecularScience),andY.Iwasawa(TheUniversityofElectro-Communications,Tokyo)

14:40 1636 ADirectDMEHighTemperaturePEMFuelCell–A.Vassiliev,J.Jensen,Q.Li,C.Pan,L.Cleemann(TechnicalUniversityofDenmark),T.Steenberg,H.Hjuler(DanishPowerSystems),andN.Bjerrum(TechnicalIniversityofDenmark)

15:00 1637 PercolationinCatalystLayerofPEMFC–S.A.StacyandJ.Allen(MichiganTechnologicalUniversity)

15:20 1638 ImpactofStructuralPlasticsasBalanceofPlantComponentsonFuelCellPerformance–B.Lakshmanan,K.O’Leary,andR.Reid(GeneralMotorsCompany)


D-3.2.2 Non-Precious Metal Catalysts – 14:00 – 18:20Co-Chairs: Akimitsu Ishihara and Plamen Atanassov

14:00 1639 ElectrochemicalCharacterizationofNon-PreciousMetalCatalystsBasedonCopper-TriazoleComplexesforOxygenReductionReactioninPEMFuelCells–C.Zhang,G.A.Goenaga,C.Dabke,A.Belapure,A.Papandrew,S.Foister,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

14:20 1640 SynthesisandElectrochemicalCharacterizationofCo,FeandCu-basedCatalystsForORRInPEMFuelCells–G.A.Goenaga(TheUniversityofTennessee),J.Brooksbank(UniversityofTennesseeKnoxville),C.Dabke,C.Zhang,A.Belapure,A.Papandrew,S.Foister,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

14:40 1641 Non-PGMElectrocatalystsforORR:StructureandReactivityofDinuclearHeterometallicCatalysts–K.StricklandandS.Mukerjee(NortheasternUniversity)

15:00 1642 Group4and5MetalOxide-BasedCompoundsasNewNon-PlatinumCathodeforPEFC–A.Ishihara,S.Yin,K.Suito,K.Hara,K.Matsuzawa,S.Mitsushima,K.Ota(YokohamaNationalUniversity),M.Matsumoto,andH.Imai(NISSANARCLtd.)

15:40 1643 ORRActivityofNbOxideBasedCatalystPreparedfromNbCompoundIncludingCandN–K.Hara,A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NISSANARCLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

16:00 Intermission(20Minutes)16:20 1644 OxygenReductiononTiO2-CoatedCarbon

NanofibersDecoratedwithGraphenePlatelets–J.P.McClure(NCStateUniversity),C.Devine,A.Loebl(NorthCarolinaStateUniversity),R.Jiang,D.Chu(U.S.ArmyResearchLaboratory),J.Cuomo,G.Parsons,andP.Fedkiw(NorthCarolinaStateUniversity)

16:40 1645 Highly-dispersedNanoscaleTantalum-basedCatalystsPreparedbyElectrodepositionasNovelNon-platinumCathodesforPEFCs–J.SEO(TheUniversityofTokyo),K.Takanabe(KingAbdullahUniversityofScienceandTechnology(KAUST)),J.Kubota,andK.Domen(TheUniversityofTokyo)

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15:40 Intermission(20Minutes)16:00 1666 ElectrodeDegradationofDirectMethanolFuel

CellsEvidencedbyX-rayTomography–Q.Li,D.Spernjak,andY.Kim(LosAlamosNationalLaboratory)

16:20 1667 CatalystsforDirectFormicAcidFuelCells–C.A.RiceandA.Bauskar(TennesseeTechUniversity)

16:40 1668 EffectofNanometallicCatalystsonElectrochemicalOxidationofGlycerol–V.Tran,T.Nguyen,T.Lam,T.Co,andT.Nguyen(VietnamNationalUniversity)

17:00 1669 ProductDistributiononEthyleneGlycolOxidationReactionforCarbonNeutralEnergyCycleSystem–T.Takeguchi,H.Arikawa,K.Sato(HokkaidoUniversity),M.Yamauchi(KyushuUniversity),andR.Abe(KyotoUnivetsity)

B10Renewable Fuels from Sunlight and ElectricityEnergyTechnology/HighTemperatureMaterials/PhysicalandAnalyticalElectrochemistry/NewTechnologySubcommitteeNautilus 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Electrochemical Synthesis of Fuels – 08:00 – 09:40Co-Chairs: Nguyen Minh and Sri R. Narayan

08:00 1809 MechanisticStudiesduringElectro-OxidationofUreaonNi-CoCatalystinAlkalineMedium–V.VedharathinamandG.G.Botte(OhioUniversity)

08:20 1810 DevelopmentofMethanolElectrolysisSystemforHydrogenProduction–T.I.Valdez,K.Billings,andA.K.Kisor(CaliforniaInstituteofTechnology)

08:40 1811 ElectrochemicalReductionofCO2toValue-AddedProducts:TheeffectofElectrodeStructureandElectrolyte–H.Jhong,M.R.Thorson,S.Ma,A.Salehi,andP.J.Kenis(UniversityofIllinoisatUrbana-Champaign)

09:00 1812 CarbonDioxideDecompositionandOxygenGenerationViaSOEC–H.GuoandB.Kang(WestVirginiaUniversity)

09:20 1813 LowOverpotentialCO2ReductiononNanostructuredCopperElectrodes–C.W.LiandM.Kanan(StanfordUniversity)

Electrocatalytic and Catalytic Synthesis of Fuels – 10:00 – 12:20Co-Chairs: Deryn Chu and Sri R. Narayan

10:00 1814 RoomTemperatureElectrochemicalSynthesisofOxygenatesthroughaCarbonateAnionPathway–N.SpinnerandW.E.Mustain(UniversityofConnecticut)

10:20 1815 DegradationofSolidOxideElectrolysisCellsAppliedforH2O/CO2Co-Electrolysis–Y.Tao,S.D.Ebbesen,andM.Mogensen(TechnicalUniversityofDenmark)

10:40 1816 HydrogenProductionViaElectrolysisinCu-ClThermochemicalCycle–S.N.Lvov,R.Schatz,S.Kim,S.Khurana,A.Morse,M.Chung,andM.Fedkin(ThePennsylvaniaStateUniversity)

16:40 1656 EnhancedOxygenReductionPerformanceandDurabilityforTitaniumDioxideModifiedPtAu/CNanoparticles–C.Liu(NationalCentralUniversity),M.Janyasupab(CaseWesternReserveUniversity),Y.Zhang(ShanghaiUniversity),C.Lai,J.Lin,L.Tsai(IndustrialTechnologyResearchInstitute),C.Liu(CaseWesternReserveUniversity),andK.Wang(NationalCentralUniversity)

17:00 1657 PtPdAreogelsasaNewClassofHighSurfaceAreaCatalyststowardstheOxygenReductionReaction–W.Liu(TechnicalUniversityDresden),A.Rabis(PaulScherrerInstitute),A.Foeslke(PaulScherrerInstitut),R.Kötz(PaulScherrerInstitute),J.Yuan(TUDresden),A.Hermann(TechnicalUniversityDresden),P.Rodriguez(PaulScherrerInstitut),A.Eychmüller(TechnicalUniversityDresden),andT.J.Schmidt(PaulScherrerInstitute)

17:20 1658 Pt-Sn(OxidizedShell)/CandPt-Sn(Reduced)/CasCathodeCatalystsfortheOxygenReductionReactioninPolymerElectrolyteFuelCells:CatalystPerformancesandCharacterization–G.Samjeske,S.Nagamatsu,K.Nagasawa,Y.Imaizumi,S.Takao,O.Sekizawa(TheUniversityofElectro-Communications,Tokyo),T.Yamamoto(TheUniversityofTokushima),T.Uruga(JASRI/SPring-8),andY.Iwasawa(TheUniversityofElectro-Communications,Tokyo)

17:40 1659 PtScAlloyNanocrystalsasElectrocatalystswithHighSpecificandMassActivityforOxygenReductionReaction–Y.Zhang(UniversityofDelware),Z.Zhuang,andY.Yan(UniversityofDelaware)

18:00 1660 HydrogenOxidationatSmallAmountofPtonTiO2-SiO2–W.Zhang,S.Shironita,andM.Umeda(NagaokaUniversityofTechnology)


E-3.2 Acid Direct Fuel Cells. Materials and Systems – 14:00 – 17:20Co-Chairs: Cynthia Rice and Adam Lewera

14:00 1661 HydrocarbonElectrolyteswithNitrileGroupsforDirectMethanolFuelCells–S.Hürter,M.Müller,D.Stolten(ForschungszentrumJülichGmbH),andM.Guiver(NationalResearchCouncilCanada)

14:20 1662 Meso-StructuredAluminosilicate-NafionHybridMembranesforDMFCs–S.Meenakshi,A.Sahu,S.D.Bhat,P.Sridhar,S.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute),andA.K.Shukla(IndianInstituteofScience)

14:40 1663 MechanisticStudiesofPalladiumBasedCatalystsintheReactionsofAlcoholsElectrooxidation–A.Serov(UniversityofNewMexico),U.Martinez,K.Artyushkova,B.Halevi,andP.Atanassov(TheUniversityofNewMexico)

15:00 1664 MultiscalemodelingforDirectEthanolFuelCells–R.Ribadeneira,D.C.Orozco,andJ.Molina(UniversidadNacionaldeColombia)

15:20 1665 TungstenCarbideonMultiwalledCarbonNanotubeasaCo-CatalystforMethanolOxidation–M.Rahsepar(ShirazUniversity),P.Nikolaev(SungkyunkwanUniversity),andH.Kim(DGIST)

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17:40 1830 ProtonConductiveNiobiumPhosphatesasElectrolytesforFuelCellsOperatingwithRenewableBiofuels–Y.Huang,Q.Li,T.Anfimova,A.H.Jensen,J.Jensen,E.Christensen,andN.Bjerrum(TechnicalUniversityofDenmark)

B11Sodium BatteriesBattery/EnergyTechnology/HighTemperatureMaterialsLehua, Kalia Conference Center, Hilton Hawaiian Village

Na-Ion Batteries – Anodes – 08:00 – 11:20Co-Chairs: Jordi Cabana and Shinichi Komaba

08:00 1852 HighCapacityNegativeElectrodesforNa-IonBatteries:InsertionMechanismandSEILayer–S.Komaba,T.Ishikawa,Y.Matsuura,W.Murata,N.Yabuuchi,S.Shimazu(TokyoUniversityofScience),J.Son,Y.Cui,H.Oji(JapanSynchrotronRadiationResearchInstitute),K.Gotoh(OkayamaUniversity),andK.Takeda(KyotoUniversity)

08:30 1853 ReversibleInsertionofSodiuminTin–L.D.Ellis,T.D.Hatchard,andM.N.Obrovac(DalhousieUniversity)

08:50 1854 First-PrinciplesStudyonAlkaliMetal-GraphiteIntercalationCompounds–K.Nobuhara,H.Nakayama,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

09:10 1855 ElectrochemicalPropertiesofTitanium-BasedAnodeMaterialsforRechargeableNaIonBattery–H.Nakayama,M.Nose,K.Nobuhara,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

09:30 Intermission(30Minutes)10:00 1856 GaV4S8:ANewClassofAnodeMaterialfor

Sodium-IonBatteries–C.Michelet(IMN–CNRS),O.Crosnier,T.Brousse(UniversityofNantes),P.Moreau,andD.Guyomard(IMN–CNRS)

10:20 1857 ElectrochemicalInsertionofNaIonintoNanocarbonMaterialsforSodiumIonBatteries–T.Matsushita,Y.Ishii,andS.Kawasaki(NagoyaInstituteofTechnology)

10:40 1858 ReactionofLiandNawithIronOxide/CarbonNanotubeCompositeElectrodeinIonicLiquidElectrolyte–M.Egashira,Y.Tsubouchi,D.Ogawa,N.Yoshimoto,andM.Morita(YamaguchiUniversity)

11:00 1859 MicrowaveSynthesizedNaTi2(PO4)3AnodeMaterialsForRechargeableAqueousElectrolyteSodium-IonBattery–W.Wu,A.Mohamed,andJ.F.Whitacre(CarnegieMellonUniversity)

Na-Ion Batteries – Electrode Materials and Electrolytes – 14:00 – 18:00Co-Chairs: Naoki Yabuuchi and Palani Balaya

14:00 1860 Na3V2(PO4)3/C:ANovelPorousSodiumIonInsertionHostForSodiumIonBatteryApplications–K.Saravanan,L.Bing,andP.Balaya(NationalUniversityofSingapore)

11:00 1817 NanostructuredMolybdenumCarbideasPt-FreeCatalystsforHydrogenEvolution–W.Chen,C.Wang,K.Sasaki(BrookhavenNationalLaboratory),N.Marinkovic(UniversityofDelaware),W.Xu,J.Muckerman,Y.Zhu,andR.R.Adzic(BrookhavenNationalLaboratory)

11:20 1818 ReverseCombustion:TheEfficientElectrochemicalConversionofCarbonDioxideandWatertoOrganicFuelsUsinganAromaticAmineCatalyst–A.B.Bocarsly,T.Shaw,E.Zeitler,K.Liao,Y.Hu,Z.Detweiler,M.Baruch,J.Herb,andJ.White(PrincetonUniversity)

11:40 1819 ReactiveMolecularDynamicsModelingofInterfacialPhenomenainSolidOxideFuelCells–B.V.Merinov(CaliforniaInstituteofTechnology),A.C.VanDuin(ThePennsylvaniaStateUniversity),andW.GoddardIII(CaliforniaInstituteofTechnology)

Fuel Production from Renewable Sources – 14:00 – 15:20Co-Chairs: Deryn Chu and Fanglin Chen

14:00 1820 ModelingtheBehaviorofaSolar-HydrogenGenerator–S.Haussener(LawrenceBerkeleyNationalLaboratory),C.Xiang(CaliforniaInstituteofTechnology),A.Berger,J.Newman(UniversityofCalifornia,Berkeley),N.S.Lewis(CaliforniaInstituteofTechnology),andA.Weber(LawrenceBerkeleyNationalLaboratory)

14:20 1821 RenewableLiquidFuelsfromSunlight–P.G.Hoertz,J.Bittle,A.Miller,D.Murry,C.Bonino,J.Newman,andJ.Trainham(RTIInternational)

14:40 1822 Low-CostRenewableHydrogenfromSunlightandWater–S.Y.Reece(SunCatalytix)

15:00 1823 ThermochemicalWaterSplittingwithZirconium-SubstitutedCeriumOxides–Y.Hao(CaliforniaInstituteofTechnology),W.Chueh(SandiaNationalLaboratories),andS.M.Haile(CaliforniaInstituteofTechnology)

Fuel Cells and Electrochemistry – 15:30 – 18:00Co-Chairs: Kevin Huang and Xingjian Xue

15:30 1824 HeterogeneousNanostructures:FastElectrochemistryforHigh-To-UltrahighPowerElectricalEnergyStorage–S.Lee(UniversityofMaryland)

16:00 1825 KineticsofOxidationofCOandH2andReductionofCO2andH2OinNi/YSZBasedSolidOxideCells–S.D.EbbesenandM.Mogensen(TechnicalUniversityofDenmark)

16:20 1826 UnderstandingTrendsinElectrocatalyticActivityforCOEvolution–H.A.Hansen,J.Varley,A.A.Peterson,andJ.K.Nørskov(StanfordUniversity)

16:40 1827 TheStatusofDirectMethanolFuelCellSystemLessonsLearnedandtheRoadAhead–D.ChuandR.Jiang(U.S.ArmyResearchLaboratory)

17:00 1828 X-rayAbsorptionMeasurementsonPerovskiteElectrodesfortheOxygenEvolutionReaction–M.Risch,K.Stoerzinger,K.May(MassachusettsInstituteofTechnology),A.Mansour(NavalSurfaceWarfareCenter),andY.Shao-Horn(MassachusettsInstituteofTechnology)

17:20 1829 CrossoverinaHomogeneous-CatalystReactor–J.Newman(UniversityofCalifornia,Berkeley)

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B12Solid State Ionic Devices 9 – Ion Conducting Thin Films and MultilayersHighTemperatureMaterialsSouth Pacific 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Proton Conductors – 08:00 – 11:40Co-Chairs: Sean Bishop and Hiroshige Matsumoto

08:00 1961 EnhancedProtonConductivitybyHydrogenationinAnodicZrO2-WO3-SiO2Nanofilms–K.Ye,Y.Aoki,E.Tsuji(HokkaidoUniversity),S.Nagata(TohokuUniversity),andH.Habazaki(HokkaidoUniversity)

08:20 1962 Water-AbsorbingPorousElectrolyteBasedonSulfatedHydrousTitaniaandApplicationtoWaterElectrolysis–S.Kim,T.Sakai(KyushuUniversity),J.Hamagami(KurumeNationalCollegeofTechnology),Y.Okuyama,H.Oda,T.Ishihara,andH.Matsumoto(KyushuUniversity)

08:40 1963 Current-VoltageRelationin(La,Ce)PO4Mixed-ConductingCeramics–H.L.RayandL.DeJonghe(LawrenceBerkeleyNationalLaboratory)

09:00 1964 ProtonConductivityandStabilityofIn3+DopedSnP2O7withVaryingP:M–C.R.Kreller,M.Wilson,R.Mukundan,E.L.Brosha,andF.H.Garzon(LosAlamosNationalLaboratory)

09:20 1965 SimulationsofProtonConductioninTinPyrophosphates–N.J.Henson,F.H.Garzon,andR.Mukundan(LosAlamosNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1966 First-PrinciplesDefectEquilibriumCalculations

inRare-EarthPhosphateElectrolyteswithMixedConductivity–N.Adelstein,H.L.Ray,M.Asta,andL.DeJonghe(LawrenceBerkeleyNationalLaboratory)

10:20 1967 EffectofMulti-SiteDopingonTheConductivityofABO3PerovskiteMixedProton/ElectronConductors–K.PanandE.D.Wachsman(UniversityofMaryland)

10:40 1968 NanoionicsAppliedtoProtonConductingCeramics–J.Tong,D.Clark,S.Nikodemski,M.Shang,A.Herring,C.Wolden,A.Bunge,andR.O’Hayre(ColoradoSchoolofMines)

11:00 1969 FunctionalRelationshipsbetweenStructureandTransportintheBZYandBCYProtonConductors–A.BraunandQ.Chen(Empa)

11:20 1970 ImprovingthePerformanceofSolidOxideFuelCellswithBaZrO3ElectrolytebyUsingSinteractiveAnodicPowders–L.Bi,E.Fabbri(NationalInstituteforMaterialsScience),andE.Traversa(UniveristyofRomaTorVergata)

SOFC Performance – 14:00 – 18:20Co-Chairs: Teruhisa Horita and Xiao Dong Zhou

14:00 1971 MagnesiumManganeseSpinelCoatingsforSolidOxideFuelCellInterconnects–S.Joshi,C.Silva,andA.Petric(McMasterUniversity)

14:20 1861 Quinone-BasedOrganicActiveMaterialsforUseinSodiumandMagnesiumBatteries–M.Yao,H.Senoh,H.Sano(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Kuratani,T.Kiyobayashi,andH.Sakaebe(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

14:40 1862 Na-IonCapacitorUsingActivatedCarbonandNaPre-DopedHardCarbon–K.Kuratani(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),M.Yao,H.Senoh,N.Takeichi(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Sakai,andT.Kiyobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

15:00 1863 SynthesisandCharacterizationofNa3+xMxZr2-xSi2PO12forSolidStateNa-IonBatteryApplications–G.Hitz,K.Lee,andE.D.Wachsman(UniversityofMaryland)

15:20 1864 ElectrochemicalSodiumIonIntercalationPropertyofNa2.7Ru4O9inNonaqueousandAqueousElectrolytes–Y.Jung(KoreaAdvancedInstituteofScienceandTechnology),S.Hong(DaeguGyeongbukInstituteofScienceandTechnology),andD.Kim(KoreaAdvancedInstituteofScienceandTechnology)

15:40 Intermission(20Minutes)16:00 1865 ChargeandDischargePropertiesofSodium

SecondaryBatteriesUsingMoltenNaFSA-KFSA–A.Fukunaga,T.Yamamoto,T.Nohira,R.Hagiwara(KyotoUniversity),K.Numata,E.Itani,S.Sakai,K.Nitta,andS.Inazawa(SumitomoElectricIndustries,Ltd.)

16:20 1866 NewSodiumImidazoliumSaltsforBatteryElectrolytes–A.Plewa-Marczewska,T.Trzeciak,L.Niedzicki(WarsawUniversityofTechnology),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),E.Sasim,M.Dranka,G.Z.Zukowska,M.Marcinek,andW.Wieczorek(WarsawUniversityofTechnology)

16:40 1867 ConductivityandViscosityofPerchlorateSaltsDissolvedinNonaqueousSolvents–N.Uemura(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Kuratani,T.Kiyobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andH.T.Takeshita(KansaiUniversity)

17:00 1868 Low-Temperature,Low-CostLiquidMetalBatteries–B.L.Spatocco,P.J.Burke,andD.R.Sadoway(MassachusettsInstituteofTechnology)

17:20 1869 In SituMeasurementstoExtractPotential,LocalCurrentandChargingCurrentDistributionsintheElectricandElectrolytePhasesofanEDLCapacitanceElectrode–K.C.Hess,J.F.Whitacre,andS.Litster(CarnegieMellonUniversity)

17:40 1870 AdvancedElectrochemicalEnergyStorageDevelopmentatPacificNorthwestNationalLaboratoryforRenewableIntegrationandSmartGridApplications–V.Sprenkle,S.Kim,W.Wang,G.Xia,J.Kim,andD.Choi(PacificNorthwestNationalLaboratory)

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D2Materials Degradation in Energy Systems: Corrosion and Hydrogen-Material InteractionsCorrosion/Battery/EnergyTechnology306A, Level 3, Hawaii Convention Center

Hydrogen Interactions with Materials – 08:00 – 12:10Co-Chairs: Lillard, Hebert, and Scully

08:00 2167 ElectrochemicalandMetal-PhaseProcessesAccompanyingHydrogenAbsorptioninAluminumDuringAqueousCorrosion–K.R.Hebert,O.O.Capraz,P.Shrotriya,andG.Zhang(IowaStateUniversity)

08:20 2168 EffectofAbsorbedHydrogenonCavityFormationatHighTemperatureWaterandItsRoleonSCCGrowth–K.Arioka(InstituteofNuclearSafetySystem)

08:50 2169 TheEffectsofChromate,Molybdate,andotherSelectedInhibitorsonSurfaceandCrackTipCorrosionInhibition–S.B.MaddenandJ.R.Scully(UniversityofVirginia)

09:20 2170 HydrogenDiffusionandTrappinginHighPurityAlandAluminumAlloy5083-H131–J.Ai,M.Lim,andJ.R.Scully(UniversityofVirginia)

09:50 Intermission(20Minutes)10:10 2171 LatticeDefectsInducedbyHydrogenAbsorption

inMetallicMaterials–H.Suzuki,K.Takai(SophiaUniversity),andM.Fujinami(ChibaUniversity)

10:40 2172 TheHydridingofUranium:BulkTransportandTrappingofHydrogeninUranium–R.Lillard(UniversityofAkron),C.D.Taylor,J.R.Wermer,N.A.Mara,andJ.C.Cooley(LosAlamosNationalLaboratory)

11:00 2173 TheInfluenceofHydrogenonNuclearFuelCorrosionInsideaFailedWasteContainer–M.E.Broczkowski,L.Wu,Z.Qin(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

11:30 2174 ZrO2PassiveLayerStabilityLossinthePresenceofHydrogenDefects–ConnectionstoPitInitiation–M.YoussefandB.Yildiz(MassachusettsInstituteofTechnology)

11:50 2175 TheeffectofThermalHydrogenationProcessingontheOxideLayerFormationofTi-6Al-4VAlloy–L.Wang,S.Yu(NationalDefenseUniversity),C.Shen(YuanZeUniversity),C.Chang,andC.Tsai(NationalDefenseUniversity)

D4High Resolution Characterization of Corrosion Processes 3Corrosion314, Level 3, Hawaii Convention Center

Microelectrochemical Methods & Microscopy – 08:00 – 09:40Co-Chairs: K. Zavadil and K. Azumi

08:00 2271 MicroscopicPolarizationBehaviorandThermodynamicStabilityofTiSandTi4C2S2InclusionsinStainlessSteels–N.Shimahashi,I.Muto,Y.Sugawara,andN.Hara(TohokuUniversity)

14:20 1972 IncreasedPerformanceStabilityofSOFCCathodesbyUseofProtectiveCoatingsonMetallicInterconnectors–M.Kornely(KarlsruherInstitutfürTechnologie),N.Menzler(ForschungszentrumJülichGmbH),A.Weber,andE.Iver-Tiffée(KarlsruherInstitutfürTechnologie)

14:40 1973 ImagingofOxideIonicDiffusionatCathode/Interlayer/ElectrolyteInterfacesforSolidOxideFuelCells:long-termoperationeffects–T.Horita,D.Cho,T.Shimonosono,M.Nishi,H.Kishimoto,K.Yamaji,andH.Yokokawa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:00 1974 NovelAnodeMaterialforDirectHydrocarbonSolidOxideFuelCells–C.Yang,Z.Yang,G.Xiao,L.Zhang(UniversityofSouthCarolina),M.Han(ChinaUniversityofMiningandTechnology),andF.Chen(UniversityofSouthCarolina)

15:20 1975 EfficientHighPowerDensitySOFCswithZirconia/BismuthOxideBilayeredElectrolytes–K.LeeandE.D.Wachsman(UniversityofMaryland)

15:40 1976 ProcessIntegrationforScale-UpofCe0.9Gd0.1O1.95Electrolyte-BasedLT-SOFCs–H.Yoon,C.M.Gore,A.A.Lidie,K.Lee,andE.D.Wachsman(UniversityofMaryland)

16:00 Intermission(20Minutes)16:20 1977 PerformanceofSolidOxideFuelCellsonH2,

NH3andHydrocarbonFuels–M.Han,J.Xiong,andS.C.Singhal(ChinaUniversityofMiningandTechnology)

16:40 1978 ImprovedPowerDensityby(Mn,Fe)DopedCeO2asaOxideAnodeforNi-FeMetalSupportSOFC–Y.Ju,S.Ida,andT.Ishihara(KyushuUniversity)

17:00 1979 EffectofCoAdditiononSinteringandElectricalPropertiesofLa-DopedCeO2asaBufferLayerforDopedLaGaO3ElectrolyteFilmsofSolidOxideFuelCells–J.Hong,S.Ida,andT.Ishihara(KyushuUniversity)

17:20 1980 EffectofFuelUtilizationonthePerformanceofNickel/ZirconiaAnode-SupportedSOFCs–O.A.Marina(PacificNorthwestNationalLaboratory),C.Coyle,D.Edwards,andJ.Stevenson(PNNL)

17:40 1981 DurabilityofSOFCAgainstThermalandRedoxCycling–M.Hanasaki,C.Uryu(KyushuUniversity),S.Taniguchi(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,andK.Sasaki(KyushuUniversity)

18:00 1982 Sulfur-PoisoninginReformateFuelledAnodeSupportedSolidOxideFuelCells–A.Kromp,S.Dierickx(KarlsruherInstitutfürTechnologie(KIT)),A.Leonide(SiemensCorporateTechnology),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

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Scanning Probe Methods – Development – 14:00 – 15:00Co-Chairs: P. Schmutz and K. Zavadil

14:00 2282 ApplicationofMg-IonSelectiveandAntimonyElectrodesfortheCharacterizationofCorrosionReactionsbyScanningElectrochemicalMicroscopy–J.Izquierdo(UniversityofLaLaguna),L.Nagy(UniversityofPécs),J.Santana(UniversityofLasPalmasdeGranCanaria),I.Bitter(BudapestUniversityofTechnologyandEconomics),G.Nagy(UniversityofLasPalmasdeGranCanaria),andR.M.Souto(UniversityofLaLaguna)

14:20 2283 HighResolutionCharacterizationofPittingCorrosionUsingaNovelEnvironmentalSVETandWhiteLightInterferometry–S.Geary,H.N.McMurray(SwanseaUniversity),andA.DeVooys(SustainableProductEngineeringCentreforInnovativeFunctionalIndustrialCoatings)

14:40 2284 StudieswiththeThree-DimensionalScanningVibratingTechnique:InvestigationintotheeffectofSpotWeldElectrodeLifeandQualityontheCorrosionBehaviorofGalvanizedAutomotiveSteel–B.P.Wilson(AaltoUniversity),J.R.Searle(BaglanBayInnovation&KnowledgeCentre),K.Yliniemi(AaltoUniversity),D.A.Worsley,andH.McMurray(SwanseaUniversity)

Scanning Probe Methods – Applications – 15:00 – 16:00Co-Chairs: P. Schmutz and K. Zavadil

15:00 2285 TheInfluenceofRare-EarthDopingandNon-StoichiometryontheCorrosionofUraniumDioxide–H.He,K.O’Neil,O.Semenikhin(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

15:20 2286 EDTAasaTooltoProbeCathodicCorrosion(Trenching)onAA2024-T3–H.N.McMurray,G.Williams,andA.Coleman(SwanseaUniversity)

15:40 2287 LocalisedSKPStudiesofCathodicDisbondmentonChromium/ChromiumOxideCoatedSteel–D.J.WarrenandH.N.McMurray(SwanseaUniversity)

Scanning Probe Methods – Applications – 16:20 – 17:20Co-Chairs: K. Zavadil and P. Schmutz

16:20 2288 InvestigationofCopperCorrosionInhibitionbyEthylXanthatewithFrequency-DependentAlternating-CurrentScanningElectrochemicalMicroscopy–J.J.SantanaandR.M.Souto(UniversityofLaLaguna)

16:40 2289 DamageEvolutionQuantificationofHybridCoatingsonAluminumAlloybySurfaceandElectrochemicalTechniques–I.Barraza-Fierro,T.Gao,M.Soucek,andH.Castaneda(TheUnviersityofAkron)

17:00 2290 StudyofElectrochemicalCorrosionBehaviorofNanocrystallineThinFilmbyElectrochemicalTechniquesandIn SituAFM–L.Liu,Y.Li,andF.Wang(ChineseAcademyofSciences)

08:20 2272 MicroelectrochemicalInvestigationofPitInitiationandSelectiveDissolutionbetweenMnSandStainlessSteel–A.Chiba,I.Muto,Y.Sugawara,andN.Hara(TohokuUniversity)

08:40 2273 In SituEx-PolarizedTEMObservationonDissolutionofMnSInclusionsandMetastablePittingofAuthenticStainlessSteel–B.Zhang,Y.Zhou,andX.Ma(ChineseAcademyofSciences)

09:00 2274 CorrosionandDealloyingofCrystallizedAmorphousSteel–F.U.Renner,M.Duarte,J.Lengsfeld,K.J.Mayrhofer,andP.Choi(Max-Planck-InstitutfürEisenforschung)

09:20 2275 CombiningMicroelectrochemicalMethodswithElectronMicroscopytoExplorePitInitiationinAluminum–K.R.Zavadil(SandiaNationalLaboratory)

Optical & Spectroscopic Methods – 10:00 – 11:00Co-Chairs: K. Azumi and K. Zavadil

10:00 2276 ObservationofMetalDissolutionunderLaminarFlowinaMicrofluidicChannel–CopperwithChlorideSolution–-S.Sakugawa,N.Kotake,andM.Hayase(TokyoUniversityofScience)

10:20 2277 TheeffectofSulfateandChlorideIonsontheRustCompositionofWeatheringSteel–T.Ohtsuka,S.Tanaka,M.Koya,A.Hyono,andM.Ueda(HokkaidoUniversity)

10:40 2278 MarineAerosolDropSizeEffectsontheCorrosionBehaviorofPlainCarbonSteel–E.Schindelholz,B.Risteen,R.Kelly(UniversityofVirginia),andI.S.Cole(CSIROMaterialsScienceandEngineering)

Inhibition & Coatings – 11:00 – 12:00Co-Chairs: K. Azumi and K. Zavadil

11:00 2279 CorrosionInhibitionbyZincCorrosionProductsonZinc-CoatedSteel–Y.SatoandK.Azumi(HokkaidoUniversity)

11:20 2280 ImprovingtheCorrosionProtectionPropertiesofAl2O3ALDNanocoatingsonSteel–J.Swiatowska,B.Díaz,V.Maurice,A.Seyeux(CNRSChimieParisTech),E.Härkönen,M.Ritala(UniversityofHelsinki),S.Tervakangas,J.Kolehmainen(DIARC-TechnologyInc.),S.E.Potts,W.Kessels(EindhovenUniversityofTechnology),andP.Marcus(CNRSChimieParisTech)

11:40 2281 EnvironmentalandTemporalCharacterizationofaSelf-HealingCoatingwithGalvanicProtection–A.J.Maisano,R.Srinivasan,M.W.Patchan,L.M.Baird,E.D.LaBarre,andJ.J.Benkoski(JohnsHopkinsUniversityAppliedPhysicsLab)Th

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14:20 2436 FormationofInterconnectedNano-ChannelsinHighly-OrderedAnodicAlumina–B.Huang,Y.Tian,B.Shan,andR.Chen(HuazhongUniversityofScienceandTechnology)

14:40 2437 TiO2NanotubesandOtherSelf-organizedAnodicStructures:FormationandApplications–P.Schmuki(UniversityofErlangen-Nuremberg)

15:10 ConcludingRemarks(20Minutes)

E3Chemical Mechanical Polishing 12DielectricScienceandTechnology317B, Level 3, Hawaii Convention Center

CMP Symposium (E3) Day 2 – 08:00 – 11:40Co-Chairs: Bahar Basim and Iqbal Ali

08:00 2505 CriticalCuLineScalingChallenges–J.Lu(MicronTechnology,Inc.),T.Tran,G.Herdt,N.Petrov,Y.Hu,V.Antonov,D.Collins,P.Murali,Z.Zhang,S.Kondoju,andS.Ireland(MicronTechnologyInc.)

08:40 2506 DevelopmentofSiNCMPSlurrywithSelectivityControl–Y.Kim,K.Kim,J.Lee,I.Hwang,andS.Nam(SamsungElectronics)

09:00 2507 InvestigationoftheSlurryforPolySiStoppingCMPProcess–Y.Pyon,C.Seong,J.Lim,K.Bae,K.Park,K.Kim,andY.Shin(SamsungElectronics)

09:20 2508 CombinationaleffectofHydroplaneandAlkalineAgentonRemainingParticleReductionforSiliconWaferPolishing–H.Hwang,H.Cui,J.Lim,J.Jo,J.Park(HanyangUniversity),E.Choi,J.Ahn(LGSiltron),andJ.Park(HanyangUniversity)

09:40 Intermission(20Minutes)10:00 2509 Triblogical,Thermal,andKineticAttributes

of300vs.450mmChemicalMechanicalPlanarizationProcesses–Y.Jiao,X.Liao,C.Wu,Y.Zhuang(UniversityofArizona),S.Theng(Araca,Inc.),Y.Sampurno(UniversityofArizona),M.Goldstein(IntelCorporation),andA.Philipossian(UniversityofArizona)

10:40 2510 ChemicalMechanicalPolishingforExtremeUltravioletLithographyMaskSubstrates–A.Hariprasad(ClarksonUniversity),R.Teki(SEMATECH),andS.V.Babu(ClarksonUniversity)

11:00 2511 EffectofCMPAdditivesontheAgglomerationRateofAluminaNanoparticles–N.Brahma(UniversityofCalifornia)andJ.B.Talbot(UniversityofCalifornia,SanDiego)

11:20 2512 MicroreplicatedPadConditionerforAdvancedCMPApplications–C.Gould,J.Zabasajja,andD.Le-Huu(3MCompany)

D7Pits and Pores 5: A Symposium in Honor of David LockwoodCorrosion/LuminescenceandDisplayMaterials323B, Level 3, Hawaii Convention Center

Applications – 08:00 – 10:00Co-Chairs: J. Gole and A. Kovacs

08:00 2425 PorousSiliconasaBiomaterial–M.J.Sailor(UniversityofCaliforniaatSanDiego)

08:30 2426 SiliconNanowires:AGeneralPlatformforBiosensing–R.Boukherroub(CNRS&UniversitéLille1)

09:00 2427 InnovativeApplicationsofPorousStructuresofAluminaandSilicon–R.B.Wehrspohn,S.Schweizer(Martin-Luther-UniversityHalle-Wittenberg),B.Gesemann,P.Göring,andM.Lelonek(SmartMembranesGmbH)

09:20 2428 Three-DimensionalStructureof(110)PorousSiliconwithIn-PlaneOpticalBirefringence–M.Fujii,S.Shichi(KobeUniversity),T.Nishida,H.Yasuda(OsakaUniversity),K.Imakita,andS.Hayashi(KobeUniversity)


Oxide Formation & Ordered Nanostructures – 10:00 – 12:10Co-Chairs: H. Masuda and D. N. Buckley

10:00 2429 FormationofAreaandThicknessControlledPorousTypeAluminumAnodicOxideFilmsbySf-MDC–M.Sakairi,T.Yamaguchi,T.Murata,andK.Fushimi(HokkaidoUniversity)

10:20 2430 IrregularityandDefectsofPorousAnodicOxideFilmsFormedonMetals–S.OnoandH.Asoh(KogakuinUniversity)

10:40 2431 ScanRateandFluorideConcentrationeffectontheAnodicGrowthofSelf-AlignedTitaniumDioxideNanotubesinPhosphates–E.Krasicka-Cydzik,A.Kaczmarek,I.Glazowska,andK.BialasHeltowski(UniversityofZielonaGóra)

11:00 2432 PitInitiationatMnSNano-InclusionsinCarbonSteelunderExposuretoSulfate-ReducingBacteriumD.alkanexedens–B.H.Davis,Z.Suo(MontanaStateUniversity),I.Beech(UniversityofOklahoma),D.Paul,J.Hammond(PhysicalElectronics),andR.Avci(MontanaStateUniversity)

11:20 2433 BulkDiffusionControlledDealloying–Q.ChenandK.Sieradzki(ArizonaStateUniversity)

11:40 2434 TheStrongRashbaSpin-OrbitInteractioninHg0.77Cd0.23TeInversionLayer–G.Yu,X.Liu,L.Wei,T.Lin,J.Chu,Y.Wei,andJ.Yang(ShanghaiInstituteofTechnicalPhysics)

Ordered Nanostructures & Applications – 14:00 – 15:30Co-Chairs: H. Tsuchiya and R. Avci

14:00 2435 PittingCorrosionBehaviorandGrainEvolutionofShotPeened304TypeStainlessSteel–T.D.WidodoandK.Noda(ShibauraInstituteofTechnology)

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09:00 2762 EffectofSolventPolarizationinNano-ConfinedElectricDoubleLayerwithFiniteIonSizes–S.DasandS.Mitra(UniversityofAlberta)

09:20 2763 InfluenceofSlippageandChargeLeakageontheElectricFieldInducedPatternsinThinBilayers–K.Mondal,S.Sen,P.Kumar,andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)


Microfluidic Devices and Processes I – 10:00 – 12:00Co-Chairs: Sang W. Joo and Shizhi Qian

10:00 2764 Insulator-basedDielectrophoresisinMicrofluidics–X.Xuan(ClemsonUniversity)

10:40 2765 MicrofluidicCellElectrofusionChipbasedonDiscreteSidewallMicroelectrodes–N.Hu(YeungnamUniversity),S.Qian(OldDominionUniversity),S.Joo(YeungnamUniversity),J.Yang,andX.Zheng(ChongqingUniversity)

11:00 2766 AMicrofluidicDeviceforDielectricSpectroscopyofJurkatCells–A.Beskok,A.C.Sabuncu,J.Zhuang,andJ.Kolb(OldDominionUniversity)

11:20 2767 TriaxialMagneticFieldsEnableMixingandControlledFlowsinMicrofluidicDevices–J.Martin,K.Solis,andL.Rohwer(SandiaNationalLaboratories)

11:40 2768 NovelNon-equilibriumElectrokineticMicromixerwithNanoporousMembrane–S.HwangandS.Song(HanyangUniversity)

Microfluidic Devices and Processes II – 14:00 – 16:40Co-Chairs: Guoqing Hu and Jyh-Ping Hsu

14:00 2769 Template-BasedSynthesisofAlignedCarbonNanotubeArraysforMicrofluidicandNanofluidicApplications–M.GolshadiandM.Schrlau(RochesterInstituteofTechnology)

14:20 2770 SensingPerformanceofEGFETpHSensorswithCuONanowiresFabricatedonglasssubstrate–T.Yang,S.Chang,C.Li,andS.Chang(NationalChengKungUniversity)

14:40 2771 ManipulationofDNATranslocationThroughPolyelectrolyteBrushes-FunctionalizedNanopores–L.Yeh(NationalYunlinUniversityofScienceandTechnology),M.Zhang,S.Qian(OldDominionUniversity),J.Hsu(NationalTaiwanUniversity),S.Joo(YeungnamUniversity),andS.Tseng(TamkangUniversity)

15:00 2772 ALowVoltagePortableNano-PoreElectroosmoticPumpwithPassiveZetaPotentialControl–D.Gu,S.Yalcin,H.Baumgart,S.Qian,A.Beskok,andO.Baysal(OldDominionUniversity)

15:20 2773 HyphenatingCapillaryIsoelectricFocusingwithGas-phaseElectrophoreticMobilityMolecularAnalyzerforDeterminationofProteinsinHumanTearFluids–T.MaandY.Fung(TheUniversityofHongKong)

15:40 2774 Micro-PIVMeasurementsofInduced-ChargeElectroosmosisAroundaMetalRod–A.Beskok,C.Canpolat,andS.Qian(OldDominionUniversity)

E4Gallium Nitride and Silicon Carbide Power Technologies 2ElectronicsandPhotonics/DielectricScienceandTechnology316C, Level 3, Hawaii Convention Center

GaN Material Processing and Characetrization – 08:00 – 10:00Co-Chairs: Reenu Garg and Robert Kaplar

08:00 2567 GaNTechnologyforEnergyEfficientElectronics–K.Boutros,R.Chu,B.Hughes,andS.Khalil(HRLLaboratories,LLC)

08:20 2568 NanoscaleProbingofInterfacesinGaNforDevicesApplications–F.Giannazzo,G.Greco,P.Fiorenza,R.LoNigro,F.Roccaforte(CNR-IMM),andA.Scuderi(STMicroelectronics)

08:40 2569 TiSilicideElectrodesLowContactResistanceforUndopedAlGaN/GaNStructure–K.Tsuneishi,J.Chen,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori(TokyoInstituteofTechnology),T.Hatorri(FrontierResearchCenter),andH.Iwai(TokyoInstituteofTechnology)

09:00 2570 FullyCopper-BasedMetallizationforGaNHighElectronMobilityTransistorDevices–E.YiChang,Y.Lin,L.Chang,Y.Chen,andY.Wong(NationalChiaoTungUniversity)

09:20 Intermission(40Minutes)10:00 2571 XPSanalysisofAlGaN/GaNSurfaceafter

ChemicalandN-ContainingPlasmaTreatments–R.Meunier,A.Torres,M.Charles,E.Morvan(CEA–Leti),C.Petit-Etienne(CNRS–LTM),O.Renault,andT.Billon(CEA–Leti)

10:20 2572 CharacterizationsofGaNFilmsGrownonSi(111)SubstratesunderVariousGrowthTemperaturesofMultipleAlNBufferLayers–B.Tran,E.ChangYi,K.Lin,T.Luong,H.Yu,M.Huang,C.Chung,H.Trinh,H.Nguyen,C.Nguyen,andQ.Luc(NationalChiaoTungUniversity)

10:40 2573 CharacteristicsofGaNNanowiresProducedUsingVLSMethodontheGrowthTemperatures–J.Yoon(KoreaBasicScienceInstitute),B.Oh(ChungnamNationalUniversity),andJ.Yang(KoreaBasicScienceInstitute)

E9Fundamentals and Applications of Microfluidic and Nanofludic DevicesElectronicsandPhotonics/PhysicalandAnalyticalElectrochemistry/Sensor301B, Level 3, Hawaii Convention Center

Theory and Modeling of Nanoscale Transport Phenomena – 08:00 – 10:00Co-Chairs: Ali Beskok and Helmut Baumgart,

08:00 2760 MolecularDynamicsSimulationofEffectsofNanoparticlesonPulmonarySurfactant–G.Hu(InstituteofMechanics,CAS),B.Jiao(InstituteofMechanics),andY.Zuo(UniversityofHawaiiatManoa)

08:40 2761 MolecularTheoryofFluidTransportandElectrokineticPotentialforMicrofluidicsandNanofluidics–A.Kovalenko(NationalInstituteforNanotechnology,andUniversityofAlberta)

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09:00 2836 NonvolatileResistanceSwitchinginElectrodepositedCo3O4–J.A.Koza,Z.He,M.Willmering,andJ.Switzer(MissouriUniversityofScienceandTechnology)

09:20 2837 FullyTransparentNon-VolatileMemoryUsingMulti-LayerGrapheneElectrode–P.Yang(NationalTaiwanUniversity),S.Jen(NationalTsingHuaUniversity),W.Chang(NationalTaiwanUniversity),P.Chiu(NationalTsingHuaUniversity),andJ.He(NationalTaiwanUniversity)

Emerging Nonvolatile Memories-1 – 10:00 – 12:00Co-Chairs: Z. Karim and Y. Suzuki

10:00 2838 AtomMovementControlledDevices:AtomicSwitchesandAtomTransistor–T.HasegawaandM.Aono(NationalInstituteforMaterialsScience)

10:30 2839 MolecularFlashMemories–S.Paydavosi(MIT),K.Aidala(MountHolyokeCollege),P.Brown,P.Hashemi,T.Osedach,J.Hoyt,andV.Bulovic(MIT)

11:00 2840 Self-rectifyingFlexibleNonvolatileSmall-moleculeMemory-cellEmbeddedwithNiNanocrystalsSurroundedbyNiOTunnelingBarrier–H.Seung,J.Lee,J.Lee,M.Song,J.Hong,andJ.Park(HanyangUniversity)

11:20 2841 FlexiblePolymerMemory-cellwithAuNanocrystalsEmbeddedinPolystyrene–K.Kwon,H.Seung,D.Yang,D.Park,J.Hong,andJ.Park(HanyangUniversity)

11:40 2842 EffectofBufferLiFLayeronNonvolatileMemoryCharacteristicsforPolymerMemory-cellwithAuNanocrystalsEmbeddedinPolystyrene–J.Lee,K.Kwon,D.Yang,D.Park,J.Hong,andJ.Park(HanyangUniversity)

ReRAM-Unipolar Devices and Characterizations – 14:00 – 16:00Co-Chairs: N. Takaura and Z. Karim

14:00 2843 CrossbarMemoryUsingTiO2ThinFilm-basedSchottkyDiodeandUnipolarSwitchingCell–G.Kim,J.Lee,J.Han,S.Song,J.Seok,J.Yoon,K.Yoon,andC.Hwang(SeoulNationalUniversity)

14:30 2844 DirectObservationofRedoxReactionsdur-ingResistanceSwitchingbyusingSynchrotronRadiationSpectroscopy–H.KUMIGASHIRA(InstituteofMaterialsStructureScience,KEK)

15:00 2845 DirectObservationofConductingNanofilamentsinBMOResistiveSwitchingMemory–C.Kang(NationalTaiwanUniversity),W.Kuo,C.Huang(NationalChiaoTungUniversity),W.Chang(NationalTaiwanUniversity),W.Wu,Y.Chu(NationalChiaoTungUniversity),andJ.He(NationalTaiwanUniversity)

15:20 2846 ConditionsforFormationandRuptureofMultipleConductiveFilamentsinaCu/TaOx/PtDevice–Y.Kang,M.Verma,T.Liu,andM.Orlowski(VirginiaTech)

15:40 2847 De-ProcessandPhysicalCharacterizationofHfO2basedResistiveMemoryasStudiedbyC-AFM–U.Celano,Y.Chen,D.Wouters,M.Jurczak,andW.Vandervorst(imec)

16:00 2775 Thin-FilmHeatSwitchBasedonElectrohydrodynamicFlowinaDielectricFluid–A.H.Mueller,N.Weisse-Bernstein(LosAlamosNationalLaboratory),M.Yazdani(UnitedTechnologiesResearchCenter),R.Eppstein(ThermoDynamicFilmsLLC.),andM.Hehlen(LosAlamosNationalLaboratory)


Interfaces, Droplets, Multiphase and Particulate Flows – 16:40 – 18:40Co-Chairs: Xiangchun Xuan and Ashutosh Sharma

16:40 2776 CarbonNanotubesLadenHydrogelMicrospherePreparationUsingMicrofluidicDevice–T.Dang(YeungnamUniversity),Y.Kim(ResearchInstituteofAdvancedEnergyTechnology,KyungpookNationalUniversity,SouthKorea.),G.Kim(SchoolofMechanicalEngineering,KyungpookNationalUniversity,SouthKorea),andS.Joo(YeungnamUniversity)

17:00 2777 SuperhydrophobicityandGrapheneOxideNanosheetstoPreventBiofoulinginEWODbasedLab-on-chipDevices–G.Perry,F.Lapierre,Y.Coffinier,V.Thomy,andR.Boukherroub(CNRS&UniversitéLille1)

17:20 2778 InfluenceofLateralConfinementontheDewettingInducedPatternsonChemicallyPatternedSurfaces–D.Bandyopadhyay(IndianInstituteofTechnologyGuwahati),A.Sharma(IndianInstituteofTechnology),A.Sehgal(RhodiaInc.,CenterforResearchandTechnology,Bristol,PA19007),andA.Karim(TheUniversityofAkron)

17:40 2779 SpreadingofaMicro-DropletonaPhysicochemicallyHeterogeneousPorousMedium–A.Kumar,V.PrasadS,T.Banerjee,andD.Bandyopahdyay(IndianInstituteofTechnologyGuwahati)

18:00 2780 TheFlowTransitionsofaLiquid-LiquidMultiphaseFlowInsideMicrochannels–S.Timung,V.Tiwari,T.Mandal,andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)

18:20 2781 ElectrohydrodynamicandElectrokineticInstabilitiesinElasticMembranesConfinedBetweenElectrolyteFilms–M.Dey(YeungnamUniversity)andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)

E11Nonvolatile MemoriesDielectricScienceandTechnology/ElectronicsandPhotonics313C, Level 3, Hawaii Convention Center

ReRAM-Technology Challenges – 08:00 – 09:40Co-Chairs: H. Akinaga and K. Kobayashi

08:00 2834 RecentProgressinModelingtheOperationofResistiveSwitchingMemoryDevices–Y.NishiandB.Magyari-Kope(StanfordUniversity)

08:40 2835 ReRAMSrTiO3-La0.7Sr0.3O3MultilayerOxideStructures:PlayingwithSpaceChargeInterfaces–J.L.Rupp,B.Yildiz,andH.L.Tuller(MassachusettsInstituteofTechnology)

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Plasma CVD – 10:00 – 11:20Co-Chairs: M. Engelhadt and H. P. Gillis

10:00 2946 InterplayBetweenPlasmaModificationofSurfacesandAtomicLayerDepositionforSemiconductorApplications–J.Swerts,C.Adelmann,S.Armini,A.Delabie,L.Nyns,M.Popovici,M.Schaekers,P.Verdonck,andS.VanElshocht(imec)

10:40 2947 HybridSublimationECR-PECVDSystemforFabricationofRareEarthDopedSiliconBasedThinFilmStructures–R.Dabkowski,J.Wojcik,andP.Mascher(McMasterUniversity)

11:00 2948 CharacterizationandModellingofCH4-CO2MicrowavePlasmasforNano-SmoothDiamondCoatingsandHomogeneousNano-DiamondGrainSynthesis–L.Vandenbulcke(ValcoatingTechnologies),T.Gries,S.DePersis(CNRS),andM.Vandenbulcke(ValcoatingTechnologies)

AP Plasma and Micro-Plasma Applications – 11:20 – 12:20Co-Chairs: M. Engelhadt and H. P. Gillis

11:20 2949 Charge-basedDeliveryofMoleculestoSkinUsingAtmosphericPlasmas–A.M.Hoff,R.Connolly,T.Chapman,J.Llewellyn,R.Gilbert,andM.Jaroszeski(UniversityofSouthFlorida)

11:40 2950 AnalysisandApplicationsofNonthermalAtmosphericPlasma:HighElectricFieldPlasmaandPlasmaDischarges/Jets–Y.B.MangaandK.Ou(TaipeiMedicalUniversity)

12:00 2951 EvaluationofMicroPlasmaformedintheNarrowGapinElectrolyteSolution–H.Tamai(HokkaidoUniversity),M.Hafner,A.Hassel(JohanesKeplerUniversityLinz),H.Tachikawa,andK.Azumi(HokkaidoUniversity)

E17SiGe, Ge, and Related Compounds: Materials, Processing, and Devices 5ElectronicsandPhotonics316A, Level 3, Hawaii Convention Center

GeSn Session 2: GeSn Epitaxy – 08:00 – 09:50Co-Chair: Benjamin Vincent

08:00 3211 GeSnMaterials:ChallengesandApplications–R.Loo,V.Benjamin,F.Gencarelli,E.Geert,W.Liesbeth,C.Matty,H.Marc,andT.Aaron(imec)

08:30 3212 GeSnAlloysonSiUsingDeuteratedStananneandHigher-OrderGermanes:SynthesisandProperties–G.Grzybowski,R.Beeler,L.Jiang,A.Chizmeshya,J.Kouvetakis,andJ.Menendez(ArizonaStateUniversity)

08:50 3213 CrystallinePropertiesandStrainRelaxationMechanismofCVDGrownGeSn–F.Gencarelli,B.Vincent,A.Kumar(imec),J.Demeulemeester,A.Vantomme(KULeuven),A.Franquet,J.Meersschaut,W.Vandervorst,R.Loo,M.Caymax(imec),K.Temst(KULeuven),andM.Heyns(imec)

09:10 3214 ReducedPressureCVDEpitaxialGrowthofGe1-xSnxUsingSnCl4andGe2H6–S.Wirths,D.Buca,A.Tiedemann,P.Bernardy,B.Holländer,T.Stoica,D.Grützmacher(ForschungszentrumJuelich),andS.Mantl(ForschungszentrumJülich)

Emerging Nonvolatile Memories -2 – 16:20 – 18:00Co-Chairs: S. Shingubara and K. Kobayashi

16:20 2848 FabricationofaVerticalNanogapforNonvolatileMemories–S.Furuta,Y.Masuda,T.Takahashi,M.Ono(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.),Y.Naitoh(NationalInstituteofAdvancedIndustrialScienceandTechnlogy),andT.Shimizu(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 2849 PhysicalModelofNonvolatileResistanceSwitchingUsingSimpleNanogapElectrode–Y.Naitoh,M.Horikawa,H.Suga(NationalInstituteofAdvancedIndustrialScienceandTechnlogy),T.Shimizu(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Furuta,Y.Masuda(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.),T.Sumiya(FunaiElectricAdvancedAppliedTechnologyResearchInstitute),T.Takahashi,andM.Ono(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.)

17:00 2850 ImpactofAironPhoto-AssistedAtomicSwitch–T.Hino,T.Hasegawa(NationalInstituteforMaterialsScience),H.Tanaka(OsakaUniversity),T.Tsuruoka,Y.Okawa(NationalInstituteforMaterialsScience),T.Ogawa(OsakaUniversity),andM.Aono(NationalInstituteforMaterialsScience)

17:20 2851 EngineeringDielectricStacksforCharge-TrappingNon-VolatileMemory–H.Zhu,Q.Li(GeorgeMasonUniversity),H.Li(NIST&GeorgeMasonUniversity),H.Yuan,D.Ioannou(GeorgeMasonUniversity),andC.A.Richter(NIST)

17:40 2852 FerroelectricNonvolatileNanowireMemoryCircuitusingSingleZnONanowireandFerroelectricPolymerTopLayer–Y.Lee(YonseiUniversity),P.Jeon(InstituteofPhysicsandAppliedPhysics),K.Lee,R.Ha,H.Choi,andS.Im(YonseiUniversity)

E13Plasma Processing 19DielectricScienceandTechnology/ElectronicsandPhotonics324, Level 3, Hawaii Convention Center

Thin Film Etching Processes – 08:40 – 10:00Co-Chairs: M. Engelhardt and H. P. Gillis

08:40 2943 DeepSiliconEtchingwithCCPbasedProcessApproachesforSmallandMediumSizeTSVApplications–M.Rudolph,J.Paul(Fraunhofer-CenterNanoelectronicTechnologies),andS.Wege(Plasma-Consulting)

09:00 2944 TheChemicalReactionofIGZOThinFilmastheEffectofInertGasinCF4/ArPlasmas–Y.Joo,J.Woo,Y.Chun,andC.Kim(Chung-AngUniversity)

09:20 2945 EtchingCharacteristicsofTopMetalElectrodeandIGZOchannellayerinInductivelyCoupledPlasmaSystem–Y.Chun,Y.Joo,J.Woo,andC.Kim(Chung-AngUniversity)


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14:30 3224 NegativeBiasTemperatureInstabilityStudyonGe0.97Sn0.03P-MOSFETswithSi2H6Passivation,HfO2High-kDielectricandTaNMetalGate–X.Gong(NationalUniversityofSingapore(NUS)),S.Su(InstituteofSemiconductors,ChineseAcademyofSciences),B.Liu(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,Y.Yang,E.Kong(NationalUniversityofSingapore),B.Cheng(InstituteofSemiconductors,ChineseAcademyofSciences),G.Han,andY.Yeo(NationalUniversityofSingapore)

Emerging Applications Session 3: Novel Devices and Memories – 15:05 – 17:05Co-Chair: Tejas Krishnamohan

15:05 3225 Si/SiGeThermoelectricGenerators–D.J.Paul,A.Samarelli,L.FerreLlin,Y.Zhang,J.Weaver,P.Dobson(UniversityofGlasgow),S.Cecchi(PolitecnicodiMilano),J.Frigerio,F.Isa(L-NESS,PolitecnicodiMilano),D.Chrastina(L-NESSDip.diFisica–PolitecnicodiMilano),G.Isella(PolitecnicodiMilano),T.Etzelstorfer,J.Stangl(JohannesKeplerUniversität),andE.MüllerGubler(ETHZurich)

15:25 3226 SiGeBand-to-BandTunnelingCalibrationbasedonp-i-nDiodes:Fabrication,MeasurementandSimulation–K.Kao,A.Verhulst,R.Rooyackers,A.Hikavyy,R.Loo,A.Milenin(imec),J.Tolle(ASMAmerica),H.Dekkers,E.Simoen(imec),V.Machkaoutsan,J.Maes(ASMBelgium),K.DeMeyer,N.Collaert,M.Heyns,C.Huyghebaert,andA.Thean(imec)

15:45 3227 TunnelingField-EffectTransistorwithNovelGe/In0.53Ga0.47AsTunnelingJunction–P.Guo,Y.Yang(NationalUniversityofSingapore),Y.Cheng(InstituteofMaterialsResearchandEngineering),G.Han(NationalUniversityofSingapore),C.Chia(InstituteofMaterialsResearchandEngineering),andY.Yeo(NationalUniversityofSingapore)

16:05 3228 GermaniumTinTunnelingFieldEffectTransistorforSub-0.4VOperation–Y.Yang,K.Low,G.Han,andY.Yeo(NationalUniversityofSingapore)

16:25 3229 Si/SiGeTunnelingStaticRandomAccessMemories–G.TernentandD.J.Paul(UniversityofGlasgow)

16:45 3230 GeSurface-Energy-DrivenSecondaryGrainGrowthforVerticalChannelin3DNANDFlashMemories–S.Lee,Y.Son,andE.Yoon(SeoulNationalUniversity)

316B, Level 3, Hawaii Convention Center

Epitaxy Session 3: In Situ Doping of Si, SiGe, and Ge Epilayers – 15:05 – 16:55Co-Chairs: Roger Loo and Bernd Tillack

15:05 3231 EpitaxialGrowthandApplicationsofLow-ResistivityPhosphorous-DopedSi1-xCx–T.N.Adam(UniversityatAlbany),N.Loubet(STMicroelectronics),A.Reznicek,V.Paruchuri(IBMResearch),R.Sampson(STMicroelectronics),andD.Sadana(IBMResearch)

09:30 3215 ThermalChemicalVaporDepositionofEpitaxialGermaniumTinAlloys–Y.Huang,C.Wang,M.Jin,E.Sanchez(AppliedMaterials,Inc.),andY.Kim(AppliedMaterials)

GeSn Session 3: GeSn Epitaxy – 10:05 – 11:55Co-Chairs: Benjamin Vincent

10:05 3216 GrowthandOpticalPropertiesofGe1-xSnxAlloyThinFilmswithaHighSnContent–S.Zaima,O.Nakatsuka,M.Nakamura(NagoyaUniversity),W.Takeuchi(NagoyaUniv.),Y.Shimura(NagoyaUniversity),andN.Taoka(NagoyaUniv.)

10:35 3217 GrowthofGe1-xSnxAlloysUsingCombinedSourcesofSolidTinandGaseousGermane–S.Su,B.Cheng,D.Zhang,G.Zhang,C.Xue,andQ.Wang(InstituteofSemiconductors,ChineseAcademyofSciences)

10:55 3218 GrowthandCharacterizationofHeteroepitaxialLayersofGe1-x-ySixSnyTernaryAlloy–T.Yamaha(NagoyaUniv.),O.Nakatsuka(NagoyaUniversity),S.Takeuchi(CovalentSiliconCorp.),W.Takeuchi,N.Taoka(NagoyaUniv.),K.Araki(CovalentMaterialsCo.),K.Izunome(CovalentSiliconCorp.),andS.Zaima(NagoyaUniversity)

11:15 3219 SingleCrystallineGeSnonSiliconbySolidPhaseCrystallization–R.Lieten,S.Decoster,M.Menghini,J.Seo,A.Vantomme,andJ.Locquet(KULeuven)

11:35 3220 TinDeuteride(SnD4)Stabilization–R.F.SpohnandC.B.Richenberg(Praxair,Inc.)

GeSn Session 4: GeSn FET – 13:10 – 14:50Co-Chairs: Benjamin Vincent and Yee-Chia Yeo

13:10 3221 Tin-IncorporatedSource/DrainandChannelMaterialsforField-EffectTransistors–Y.Yeo,G.Han(NationalUniversityofSingapore),X.Gong(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,Y.Yang(NationalUniversityofSingapore),P.Guo,B.Liu(NUS),S.Su,G.Zhang,C.Xue(InstituteofSemiconductors,ChineseAcademyofSciences),andB.Cheng(StateKeyLaboratoryonIntegratedOptoelectronics)

13:40 3222 GeSnChannelnandpMOSFETs–S.Gupta,R.Chen(StanfordUniversity),B.Vincent,D.Lin(IMEC),B.Magyari-Kope(StanfordUniversity),M.Caymax,J.Dekoster(IMEC),J.S.Harris,Y.Nishi,andK.Saraswat(StanfordUniversity)

14:10 3223 HighHoleMobilityinStrainedGermanium-Tin(GeSn)ChannelpMOSFETFabricatedon(111)Substrate–G.Han(NationalUniversityofSingapore),S.Su(InstituteofSemiconductors,ChineseAcademyofSciences),Y.Yang,P.Guo(NationalUniversityofSingapore),X.Gong(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,C.Guo(NationalUniversityofSingapore),G.Zhang,C.Xue,B.Cheng(InstituteofSemiconductors,ChineseAcademyofSciences),andY.Yeo(NationalUniversityofSingapore)

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Session III: Thin Film Catalysts for Fuel Cells and H2 Production – 10:00 – 12:40Co-Chairs: E. Podlaha and C. K. Chan

10:00 3372 HighPerformanceof“Intelligent”ConductiveCeramicAnodesforSolidOxideFuelCellsBasedonInfiltration–L.Adijanto,V.BalajiPadmanabhan,R.Küngas,J.Vohs,andR.Gorte(UniversityofPennsylvania)

10:20 3373 SynthesisandCharacterizationofMolybdenumNitrideforElectrosynthesisApplications–M.Sykora,A.H.Mueller,C.R.Kreller,E.L.Brosha,andF.H.Garzon(LosAlamosNationalLaboratory)

10:40 3374 EnhancementofVisible-Light-InducedOxygenEvolutionataWO3FilmbyCobaltIonsinanElectrolyteSolution–M.YagiandM.Kajita(NiigataUniversity)

11:00 3375 InvestigationofCarbonDepositioninThree-DimensionallyOrderedMacroporousNi-YSZAnode–H.Munakata,Y.Katsuki,andK.Kanamura(TokyoMetropolitanUniversity)

11:20 3376 PhaseAnalysisandElectricalConductivityofMn-dopedandFe-dopedCeria–L.Zhao,S.R.Bishop,andK.Sasaki(KyushuUniversity)

11:40 3377 SulfonatedPolyetherEtherKetone(SPEEK)MembraneforWaterElectrolysis–R.Venkatkarthick,A.Sankari(CentralElectrochemicalResearchInstitute),S.Meenakshi,S.D.Bhat,P.Sridhar,S.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute),S.Vasudevan,D.JonasDavidson,G.Sozhan,andS.Ravichandran(CentralElectrochemicalResearchInstitute)

12:00 3378 EffectsofSrDopingonCrystallization,ConductivityandVanadiumReductionofLa1-xSrxVO3ElectrodeinReducingAtmosphere–K.Fung,C.Liu,C.Ni,andS.Tsai(NationalChengKungUniversity)

12:20 3379 EffectofNickelSurfaceStructureonUreaElectrolysis:AnExperimentalStudy–B.Hassler,D.A.Daramola,A.Miller,andG.G.Botte(OhioUniversity)

Session IV: Thin Film Catalysts for Fuel Cells and H2 Production – 14:00 – 18:20Co-Chairs: L. Deligianni, J. Talbot, C. K. Chan, and Q. Huang

14:00 3380 (Invited)ABilayerMembraneofPhotocatalyticNanotubeArrayandHydrogenPermeableMetalforHigh-PurityHydrogenProduction–K.NodaandM.Hattori(KyotoUniversity)

14:40 3381 ElectrodepositedPt100-xPbxAlloysandIntermetallicsforDirectFormicAcidFuelCell–S.Hwang(KoreaInstituteofEnergyResearch),J.Bonevich(NationalInstituteofStandardsandTechnology),J.Kim(SeoulNationalUniversity),andT.Moffat(NationalInstituteofStandardsandTechnology)

15:00 3382 CharacterizationoftheElectronicandElectrochemicalPropertiesofCu2OandFe2O3modifiedTiO2Nanotubes–L.TsuiandG.Zangari(UniversityofVirginia)

15:20 3383 DirectElectrodepositionofPorousPlatinum–L.Jones,A.Ott,T.Junk,andS.Bhargava(RMITUniversity)

15:35 3232 SelectiveEpitaxialGrowthofHeavilyBoron-DopedSiliconwithUniformDopingDepthProfile–Z.Zhu,Z.Cong,andR.Balasubramanian(AppliedMaterialsInc.)

15:55 3233 HighTensileStrainedIn SituPhosphorusDopedSiliconEpitaxialFilmfornMOSApplications–Z.Ye,S.Chopra,R.Lapena,Y.Kim,andS.Kuppurao(AppliedMaterials)

16:15 3234 MicrostructureDevelopmentandItsEffectsontheElectricalPropertiesinEpitaxiallyGrownIn SituBoronandCarbon(co)-dopedHighlyStrainedHighPercentageSilicon-GermaniumLayers–A.Reznicek(IBMResearch),T.N.Adam(UniversityatAlbany),J.Li,Z.Zhu(IBMSemiconductorResearchandDevelopmentCenter),H.Hovel,J.DeSouza(IBMThomasJ.WatsonResearchCenter),S.W.Bedell(IBMT.J.WatsonResearchCenter),V.Paruchuri(IBMThomasJ.WatsonResearchCenter),andD.Sadana(IBMT.J.WatsonResearchCenter)

16:35 3235 In SituBoron(B)DopedGermanium(Ge:B)Grownon(100),(110),and(111)Silicon:CrystalOrientationandBIncorporationEffects–G.Han,Q.Zhou,P.Guo,W.Wang,Y.Yang,andY.Yeo(NationalUniversityofSingapore)

F4Emerging Materials and Processes for Energy Conversion and StorageElectrodeposition/Battery/EnergyTechnology313B, Level 3, Hawaii Convention Center

Session II: Emerging Materials, Processes and Devices for Solar Cells Continued – 07:40 – 10:00Co-Chairs: C. K. Chan and E. Podlaha

07:40 3367 DesigningtheFar-redSensitiveSquaraineDyesforDye-SensitizedSolarCellsintheLightofPhoto-PhysicalInvestigations–S.S.Pandey(KyushuInstituteofTechology),R.Watanabe,Y.Ogomi(KyushuInstituteofTechnology),G.Miguel,M.Marchena,A.Douhal(UniversidaddeCastilla-laMancha),andS.Hayase(KyushuInstituteofTechnology)

08:00 3368 Graphene-QuantumDotsCompositeforPhotovoltaicDevices–S.Guo,W.Wang,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

08:20 3369 ElectrodepositionofZn-basedChalcogenideMaterials–K.Park,D.Kim,andB.Yoo(HanyangUniversity)

08:40 3370 ElectrodepositionandGrowthofWidegapCopperIndiumSelenideThinFilms–S.MenezesandY.Li(InterPhasesSolar,Inc.)

09:00 3371 PossibilityofLarge-SizeSingleCrystalGrowthinSeedCast-GrownMonocrystallineSilicon–B.Gao(ResearchInstituteforAppliedMechanics),H.Harada,Y.Miyamura(NationalInstituteforMaterialsScience),S.Nakano,andK.Kakimoto(ResearchInstituteforAppliedMechanics)


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08:50 3462 PerformanceofAcid-dopedPolybenzimidazoleMembranesfortheHybridSulfurElectrolyzer–J.Jayakumar,A.Gulledge,J.Staser,B.Benicewicz,andJ.Weidner(UniversityofSouthCarolina)

09:10 3463 OnAFewInnovationsofChlor-alkaliMembraneProcessinJapan–N.Kawasaki(M-UN)andY.Nakajima(naka-ElectrolyticSystemLab)

09:30 3464 In SituStructuralAnalysisontheGrowthMechanismPathwaysofHydrothermalSynthesizedCeO2Nanocrystals–E.Teo(RepublicPolytechnic),M.Lin(InstituteofMaterialsResearchandEngineering,A*STAR(AgencyofScience,TechnologyandResearch)),Z.Fu,S.Ng(RepublicPolytechnic),J.Tan,andH.Tan(InstituteofMaterialsResearchandEngineering,A*STAR(AgencyofScience,TechnologyandResearch))

09:50 Intermission(10Minutes)10:00 3465 ElectrochemicalOxidationofPhenolatBoron-

dopedDiamondElectrodeinExponentialDecayModulatedCurrentSupply–X.Xing(TheKeyLaboratoryofWaterandSedimentSciences),H.Li,andJ.Ni(DepartmentofEnvironmentalEngineering,PekingUniversity,theKeyLaboratoryofWaterandSedimentSciences,MinistryofEducation,Beijing100871,China)

10:20 3466 PhotooxidationTreatmentofOrganicMaterialsonTitaniumDioxidePhotoelectrodeinAqueousSolutionContainingSodiumChloride–D.Kodama,Y.Kohno,andY.Maeda(ShizuokaUniversity)

10:40 3467 WearResistant,FunctionalHardChromePlatedfromaTrivalentBath–M.Inman,T.Hall,B.Kagajwala,andE.J.Taylor(FaradayTechnologyInc.)

11:00 3468 SuppressionofPbO2DepositiononNano-StructuredIrO2-Ta2O5/TiAnodesinAcidicSolutions–K.Kawaguchi,G.Haarberg(NorwegianUniversityofScienceandTechnology),andM.Morimitsu(DoshishaUniversity)

11:20 3469 InvestigatingtheSurfaceStructureoftheTi/SnO2-Sb2O5AnodeandtheEffectonitsElectro-catalysis–Q.Ni,D.W.Kirk,andS.Thorpe(UniversityofToronto)

11:40 3470 GrowthMechanismofWO3•0.33H2OHierarchicalStructurePreparedbyHydrothermalMethod–X.HeandC.Hu(ChongqingUniversity)

15:40 3384 TheEffectofSurfaceModificationonthePropertiesofaNickelCatalyst:ATheoreticalStudy–D.A.Daramola,B.Hassler,andG.G.Botte(OhioUniversity)

16:00 Intermission(20Minutes)16:20 3385 PreparationofNanostructuredPdAnodesfor

AlkalineDirectEthanolFuelCells(DEFC)byElectrochemicalMillingandFaceting(ECMF)–Y.Chen,A.Lavacchi,F.Vizza,A.Marchionni,J.Filippi,M.Bevilacqua(ICCOM_CNR),M.Innocenti(UniversityofFlorence),andH.Miller(ICCOM-CNR)

16:40 3386 BringingConjugatedPolymersandOxideNanoarchitecturesintoIntimateContact:LightInducedElectrodepositionofPolypyrroleandPolyanilineonNanoporousWO3orTiO2NanotubeArrays–C.Janaky,N.DeTacconi,W.Chanmanee(TheUniversityofTexasatArlington),andK.Rajeshwar(TheUniversityofTexas)

17:00 3387 TheMechanismofVisible-Light-DerivedPhotocurrentGenerationatanAntimonySulfide/MetalOxideElectrode–A.Shoji,T.Ueno,H.Kabaki,S.Okuyama,andM.Yagi(NiigataUniversity)

17:20 3388 Carbon-SupportedIron(III)-CorroleasaNon-PreciousMetalCatalystforFuelCellApplication–I.Shown,H.Huang(AcademiaSinica),S.Wang,S.Chang(NationalTaiwanUniversityofScienceandTechnology),H.Hsu,H.Du(AcademiaSinica),C.Wang(NationalTaiwanUniversityofScienceandTechnology),L.Chen(NationalTaiwanUniversity),andK.Chen(AcademiaSinica)

17:40 3389 PhotoelectrochemicalGenerationofHydrogenUsingp-typeCaFe2O4Photocathodes–R.Venkatkarthick,C.KrithigaDevi,L.JohnBerchmans,S.Vasudevan,D.JonasDavidson,G.Sozhan,andS.Ravichandran(CentralElectrochemicalResearchInstitute)

18:00 3390 DevelopmentofElectricallyControlledEnergeticMaterials(ECEM)–E.Rozumov(ArmyResearchDevelopment&EngineeringCenter),K.Chung,D.Kaminsky,P.Anderson,P.Cooke,K.Griswold,M.Donadio,M.Sussman,J.Laquidara,C.Adam,D.Thompson,T.Manning,J.Wyckoff,V.Panchal,E.Caravaca(ARDEC),W.Sawka,M.McPherson,andT.Buescher(DSSPLLC)

G2Synthesis and Engineering General Session IndustrialElectrochemistryandElectrochemicalEngineering304B, Level 3, Hawaii Convention Center

Synthesis and Engineering General Session – 08:00 – 12:00Co-Chairs: M. Sudoh, John Staser, and Gerri Botte

08:00 3460 TwoDimensionalElectrochemical-ThermalCoupledModelsforLithium-IonBatteryandBatteryStacks–S.De,P.Northrop(WashingtonUniversity),S.Santhanagopalan(NationalRenewableEnergyLaboratory),andV.Subramanian(WashingtonUniversity)

08:30 3461 ExperimentalInvestigationofTwo-PhaseElectrolysisUnderNormalandZeroGravity–P.Mandin,Z.Derhoumi(UniversitédeBretagneSud),andH.Roustan(RioTintoAlcan)

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15:40 3725 ElectrochemicalFormationofRE-Ni(RE=Pr,Nd,Dy)AlloysinMoltenHalides–T.Nohira,S.Kobayashi,K.Kondo,K.Yasuda,R.Hagiwara(KyotoUniversity),T.Oishi(AIST),andH.Konishi(OsakaUniversity)

16:20 3726 ProcessingAl-ScAlloysatLiquidAluminumCathodeinKF-AlF3MoltenSalt–Q.Liu,J.Xue,J.Zhu,Y.Qian,andL.Feng(UniversityofScienceandTechnologyBeijing)

16:40 3727 ElectrorefiningofZirconiumfromZircaloy-4CladdingHullsinLiCl-KClMoltenSalts–C.Lee,K.Kang,M.Jeon,C.Heo,andJ.Yang(KoreaAtomicEnergyResearchInstitute)

Kahili 1/2, Kalia Conference Center, Hilton Hawaiian Village

Bredig Award Dinner – 18:30 – 21:00Co-Chair: P. Trulove

18:30 TicketedAwardBanquet20:00 3728 ExploringNovelUsesofMoltenSalts–D.Fray

(UniversityofCambridge)

J2Luminescence and Display Materials: Fundamentals and ApplicationsLuminescenceandDisplayMaterials323A, Level 3, Hawaii Convention Center

Luminescent Semiconductor Materials Continued – 08:20 – 10:00Co-Chairs: Lauren Shea-Rohwer and Anant Setlur

08:20 3943 EfficientMaterialsforHighQualityLightSources:PresentStatusandFutureProspects–J.CarrerasandC.Hunt(CataloniaInstituteforEnergyResearch(IREC))

09:00 3944 HighlyEfficientPhosphor-ConvertedWhiteLightEmittingDiodebyElectrophoreticDeposition–J.Choi(UniversityofCalifornia,SanDiego),M.Anc,A.Piquette,M.Hannah,K.C.Mishra(OsramSylvania),J.B.Talbot,andJ.McKittrick(UniversityofCalifornia,SanDiego)

09:20 3945 Nano-PyramidsStructureforEnhancementofLightExtractionEfficiencybyNanoimprintLithography–C.Yoo,Y.Song,B.Kim,K.Kim,J.Son,andJ.Lee(PohangUniversityofScienceandTechnology)


Organic Luminescent Materials and Devices – 10:00 – 15:20Co-Chairs: Uwe Happek and John Collins

10:00 3946 HighlyReliableEncapsulationFilmsforOLEDsComposedofSiNxandSiOxCyPreparedUsingSWP-CVD–S.Ueno(ShimadzuCorporation),M.Yomogida(ShimadzuEmitCo.Ltd.),M.Suzuki,Y.Konishi,andK.Azuma(ShimadzuCorporation)

10:40 3947 Green-ColorSelectiveOrganicPhotodetectorwithHighSensitivityforImageSensorApplication–K.Lee,D.Leem,K.Park,S.Lim,Y.Jin,S.Lee,K.Kim(SamsungAdvancedInstituteofTechnology),andS.Park(SeoulNationalUniversity)

I3Molten Salts and Ionic Liquids 18PhysicalandAnalyticalElectrochemistry/Electrodeposition/EnergyTechnology301A, Level 3, Hawaii Convention Center

Session in Honor of the Bredig Award Winner: Prof. Derek Fray – 08:20 – 12:00Co-Chairs: M. Gaune-Escard and G. Chen

08:20 3714 AllThatYouWantedtoKnowAboutLanthanideHalidesButWereAfraidtoAsk–M.Gaune-Escard(EcolePolytechnique),L.Rycerz(TechnicalUniversity),S.Kuznetsov(KSCRAS),S.Gadzuric(UniversityofNoviSad),I.Chojnacka,J.Kapala,B.Salamom(TechnicalUniversity),M.Berkani(UniversitéA.Mira),M.Butman(IvanovoStateUniversityofChemistryandTechnology),andW.Gong(HuizhouUniversity)

08:40 3715 BehaviourofCrSpeciesintheMoltenSystemNaF–AlF3–(Al2O3)–V.Danielik,P.Fellner,D.Sulekova(SlovakUniversityofTechnology),andJ.Thonstad(NorwegianUniversityofScienceandTechnology)

09:00 3716 ElectrochemicalNear-Net-ShapeProductionViatheFFCCambridgeProcess---DedicationtotheSpecialSessionforthe2012MaxBredigAward–D.HuandG.Z.Chen(UniversityofNottingham)

09:40 Intermission(20Minutes)10:00 3717 DeoxidationofTitaniaFoams–E.Krasicka-

Cydzik(UniversityofZielonaGóra)10:20 3718 TowardsSustainableMetalsProductionby

MoltenOxideElectrolysis–L.Yin,A.Allanore,andD.R.Sadoway(MassachusettsInstituteofTechnology)

11:00 3719 SynchrotronX-rayDiffractionMonitoringoftheOperationofanInertAnodeUtilisedinaCambridgeFFC-Cell–G.A.Snook,M.Rowles,M.Styles,K.McGregor,I.Madsen,A.Urban,N.Scarlett(CSIRO),andD.Riley(ANSTO)

11:20 3720 TheDevelopmentofIonicLiquid-BasedThermoelectrochemicalCells–J.M.Pringle,T.J.Abraham,andD.R.MacFarlane(MonashUniversity)

11:40 3721 RoomTemperatureIonicLiquidasElectrolyteforLithiumIonBattery–Y.FUNG(HongKongUniversity)andY.Yang(XiamenUniversity)

Rare Earth and Nuclear Chemistry – 14:00 – 17:00Co-Chairs: T. Nohira and A. Ispas

14:00 3722 CurrentStatusofTechnologiesforRecyclingRareEarthMetals–T.H.Okabe(TheUniversityofTokyo)

14:40 3723 ExtractionofRareEarthMetalsfromNd-basedScrapbyElectrolysisfromMoltenSalts–A.Martinez,O.Kjos,E.Skybakmoen,A.Solheim(SINTEF),andG.Haarberg(NorwegianUniversityofScienceandTechnology)

15:00 3724 SeparationofDyandNd(La)UsingMoltenSaltandanAlloyDiaphragm–H.Konishi,H.Ono(OsakaUniversity),T.Nohira(KyotoUniversity),andT.Oishi(AIST)


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

Lithium-Ion Batteries: Operational Methodologies – 08:00 – 09:40Co-Chairs: John Wang and David Wetz

08:00 1055 CyclingFatigueInducedonElectrochemicalEnergyStorageCellsasaRresultofHighCPulsedCharging–P.M.Novak,D.A.Wetz,andB.Shrestha(TheUniversityofTexasatArlington)

08:20 1056 TheImpactofHighPulsedLoadingontheFatigueofElectrochemicalEnergyStorageDevices–B.Shrestha,D.A.Wetz,andP.M.Novak(TheUniversityofTexasatArlington)

08:40 1057 HeatingStrategiesforLi-IonBatteriesOperatedfromSubzeroTemperatures–Y.JiandC.Wang(ThePennsylvaniaStateUniversity)

09:00 1058 ThermalManagementforStartupofLi-IonBatteries–C.ShafferandC.Wang(ECPower)

09:20 1059 RechargeableLithium-ionBatteriesForWirelessSmartDesigns&ExtremeConditions–F.Fusalba,H.Rouault(CEA),L.Daniel(CEA-LITEN),M.Chami,D.Mourzagh,andG.Moreau(CEA)


Lithium-Ion Batteries: Anodes V (General) – 08:00 – 09:40Co-Chairs: Tetsuya Kajita and Gleb Yushin

08:00 1060 NegativeElectrodePropertiesofCarbon-CoatedSiLeafPowderforLithium-IonBatteries–M.Saito,T.Okubo,T.Yamada,C.Yodoya(DoshishaUniversity),A.Kamei,M.Hirota,T.Takenaka(Oike&Co.,Ltd.),A.Tasaka,andM.Inaba(DoshishaUniversity)

08:20 1061 TemperatureDependenceofCyclePerformanceatVariousCut-OffVoltagesofLi-IonBatteriesUsingSiOAnode–T.Kajita,J.Iriyama,H.Takahashi,R.Kasahara,T.Numata,S.Serizawa,andK.Utsugi(NECcorporation)

08:40 1062 AnodicCompatibilityofLiTDIBasedElectrolyteswithMPCVDManufacturedSi/CNanostructuredElectrodes–P.Wieczorek(WarsawUniversityofTechnology),A.Bitner(ALISTORE-EuropeanResearchInstitute),L.Niedzicki(WarsawUniversityofTechnology),A.Plewa-Marczewska(ALISTORE-EuropeanResearchInstitute),E.Zero-Sasim,G.Zukowska,M.Kasprzyk(WarsawUniversityofTechnology),F.Lindgren,K.Edström(UppsalaUniversity),W.Wieczorek,andM.L.Marcinek(WarsawUniversityofTechnology)

11:00 3948 Thermo-switchableEmissionandColorationofCompositeMaterialContainingLuminescentEuropium(III)ComplexandFluoranDye–K.Nakamura(ChibaUniversity),Y.Kobayashi(GraduateSchoolofAdvancedIntegrationScience,ChibaUniversity),K.Kanazawa,andN.Kobayashi(ChibaUniversity)

11:20 3949 Colortunableorganicplasmon-emittingdiodes–I.Lee,K.Kim,S.Kim,B.Koo,B.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

11:40 3950 ElectroswitchableEmissionoftheLuminescentEu(III)ComplexbasedonElectrochemicalReaction–K.Kanazawa,K.Nakamura,andN.Kobayashi(ChibaUniversity)

12:00 LunchBreak(120Minutes)14:00 3951 UltrafineSilverNanowireNetworksasScattering

CoreinOrganicLightEmittingDiodes–B.Lee,K.Kim,S.Kim,I.Lee,B.Koo,andJ.Lee(PohangUniversityofScienceandTechnology)

14:20 3952 EnhancingLightOutcouplingofFlexibleOrganicLightEmittingDiodesbyDomainSelective-Etching–I.Lee,K.Kim,S.Kim,B.Koo,B.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

14:40 3953 TriboluminescentPropertiesofEuD4TEAandZnS:MnandTheirUseforSmartSensors–R.Fontenot,K.Bhat(AlabamaA&MUniversity),W.A.Hollerman(UniversityofLouisianaatLafayette),andM.Aggarwal(AlabamaA&MUniversity)

15:00 3954 UsingTriboluminescenceToDetectBallisticandHypervelocityImpacts–W.A.Hollerman(UniversityofLouisianaatLafayette)andR.Fontenot(AlabamaA&MUniversity)

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Friday, October 1209:30h TechnicalSessionCoffeeBreak

thursday, october 11 - electrochemical society · 214 meeting program = prime 2012 = october 7-12,...

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