tuesday, october 9 - electrochemical society · 2016-04-27 · 94 meeting program = prime 2012 =...

Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii 93

A2Nanotechnology General SessionAllDivisions/NewTechnologySubcommittee313C, Level 3, Hawaii Convention Center

Applications of Nanomaterials – 08:00 – 12:00Co-Chairs: Oana Leonte and N. Kobayashi

08:00 249 GrapheneNanocompositesforElectrochemicalApplications–L.Niu(ChineseAcademyofSciences)

08:20 250 ThreeDimensionalPtRhAlloyPorousNanostructures:TuningtheAtomicCompositionandControllingtheMorphologyfortheApplicationofDirectMethanolFuelCell–Y.Zhang(ShanghaiUniversity),C.Liu(NationalCentralUniversity),M.Janyasupab(CaseWesternReserveUniversity),J.Xu(ShanghaiUniversity),andC.Liu(CaseWesternReserveUniversity)

08:40 251 CesiumTransferfromGranuleConglomerateUsingWaterContainingNano-SizedAirBubbles–Y.Ueda,Y.Tokuda(KyotoUniversity),S.Fujimura(FukushimaAgriculturalTechnologyCentre),andT.Oka(SunstarEngineeringInc.)

09:00 252 ScalableNon-VolatileMemoryandSwitchDeviceforHigh-DensityBipolarReRAMApplications–D.Lee,M.Lee,andU.Chung(SamsungAdvancedInstituteofTechnology)

09:20 253 StoragePropertiesofSurfacesandInterfaces:EnhancedNonstoichiometryofThinSilverSulfideandGold/SilverSulfideFilms–A.Rein,B.Luerßen(JustusLiebigUniversity),andJ.Janek(JustusLiebigUniversityGießen)

09:40 Intermission(20Minutes)10:00 254 FabricationofHollowSphereswithOrdered

PorousStructuresbyAnodizaitonofSmallMetalParticles–T.Yanagishita,S.Ueno,K.Nishio,andH.Masuda(TokyoMetropolitanUniversity)

10:20 255 Building3DNanostructuredSupportsforPtNanoparticlesUsedinElectrocatalyticApplications–C.Hu(ChongqingUniversity)

10:40 256 MolecularElectronicDevicesBasedonSelf-AssembledMultilayerFilmsBearingRedox-ActiveRuComplexes–M.Haga,T.Nakabayashi,H.Ozawa,T.Suzuki(ChuoUniversity),T.Joke,andK.Nakazato(NagoyaUniversity)

11:00 257 MicropatternedMnO2/CNTMEAUltracapacitors–S.Raina,S.Hsu,W.Kang,andJ.Huang(VanderbiltUniversity)

11:20 258 FormationofaVerticallyOrientedAnodicTiO2NanotubeFilmonaTransparentConductiveOxideLayerandItsApplicationtoaDye-SensitizedSolarCell–R.Kojima,T.Ma,Y.Kimura,andM.Niwano(TohokuUniversity)

11:40 259 SynthesisofZnONano-SheetsandTheirApplicationinUV-Detector–S.Sahoo,S.Barik,A.Gaur,R.Katiyar,andR.Katiyar(UniversityofPuertoRico)

Synthesis of Nanomaterials – 14:00 – 17:20Co-Chairs: Oana Leonte and Guoliang Xiao

14:00 260 ColloidalSynthesisofSemiconductingAg2ZnSnS4NanoparticleandTheirVisible-Light-DrivenPhotoresponse–T.Sasamura,T.Osaki,T.Kameyama,K.Okazaki(NagoyaUniversity),A.Kudo(TokyoUniversityofScience),S.Kuwabata(OsakaUniversity),andT.Torimoto(NagoyaUniversity)

14:20 261 ANovelSurfaceNano-StructureDesignforSiGe/SiType-IIHetero-JunctionSolarCellwithSuperiorPerformance–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

14:40 262 EvolutionofGermaniumQuantumDotsMigrationinSiBearingLayerMediatedbyThermalOxidation–K.Chen,I.Chen,C.Chien,C.Wang(NationalCentralUniversity),T.George(ZyomedCorporation),andP.Li(NationalCentralUniversity)

15:00 263 Fe-CoAlloyNanoparticlesandNanowiresPreparedbyElectrolessDeposition–M.Kawamori(KyotoUniversity),S.Yagi(OsakaPrefectureUniversity),andE.Matsubara(KyotoUniversity)

15:20 264 AdhesionEnergyandEtching-FreeRenewableTransferofGrapheneAs-GrownonCopper–T.Yoon,W.Shin,T.Kim,J.Mun,B.Cho,andT.Kim(KAIST)

15:40 Intermission(20Minutes)16:00 265 PreparationandCharacteristicsofProton

ConductingOxideNano-ParticlesUsingPlanetaryBead-Mill–T.Sakai,Y.Okuyama,T.Ishihara,andH.Matsumoto(KyushuUniversity)

16:20 266 LowTemperatureSynthesisofNanoscaledCarbonThinFilmsbyChemicalVaporDepositionUsingSolidCarbonSource–S.Vijapur,D.Wang,andG.G.Botte(OhioUniversity)

16:40 267 DeterministicPlacementofDopingAtomsonSilanolSurfaces–L.Mathey,L.Veyre(CNRS),H.Fontaine,V.Enyedi,K.Yckache,J.Guerrero,F.Martin,J.Barnes,F.Bertin(CEA-LETI),C.Thieuleux,andC.Copéret(CNRS)

17:00 268 OptimizationofElectrochromicMaterialsbyMolecularDesign:TheNaphthalenediimide-FunctionalizedEDOT–R.Ruffo,M.Sassi,M.M.Salamone,andL.Beverina(UniversityofMilanoBicocca)

Tuesday, October 909:00h TechnicalExhibit

09:00h ProfessionalDevelopmentSeries:CareerFair

09:30h TechnicalSessionCoffeeBreak

12:00h StudentPosterAwardPresentation

14:00h ProfessionalDevelopmentSeries:ResumeWorkshop

18:00h GeneralPosterSession&TechnicalExhibit


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

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

Emerging Battery Technologies – 08:00 – 12:20Co-Chairs: A. Manivannan and P. Kumta

08:00 353 ElectrochemicalBehaviorofNanocrystallineMgMnO3CubicDefectSpinelCathodeforRechargeableMagnesiumBattery–P.Saha,M.Datta(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

08:20 354 ANovelBoron-BasedElectrolyteSystemforRechargeableMgBatteries–Y.Guo,J.Yang,F.Zhang,andF.Wang(ShanghaiJiaoTongUniversity)

08:40 355 ElectrochemicalStabilityofMetalElectrodesforReversibleMagnesiumDeposition/DissolutioninTetrahydrofuran–S.Yagi,A.Tanaka(OsakaPrefectureUniversity),T.Ichitsubo,andE.Matsubara(KyotoUniversity)

09:00 356 ElectrochemicalPerformancesofTetrathiafulvalenePolymer(TTF)asaCathodeMaterialforNonaqueousSecondaryBatteries–N.Hojo,T.Tsukagoshi,Y.Inatomi,andH.Yoshizawa(PanasonicCorporation)

09:20 357 AReviewofSecondaryMagnesiumBatteryR&DatTheDowChemicalCompany–T.D.Gregory(TheDowChemicalCompany)

09:40 Intermission(20Minutes)10:00 358 MagnesiumElectrolyteBasedonEMImBF4and

δ-[MgCl2]nforSecondaryMagnesiumBatteries–V.DiNoto,F.Bertasi,E.Negro,andS.Lavina(UniversitàdiPadova)

10:20 359 Beta-BatteryBasedon63Ni/MacroporousSilicon–A.Dolgyi,S.Redko,H.Bandarenka,A.Shapel,andV.Bondarenko(BelarussianStateUniversityofInformaticsandRadioelectronics)

10:40 360 DevelopingNovelElectrolytesforRechargeableMgBatteries–J.MuldoonandC.B.Bucur(ToyotaResearchInstituteofNorthAmerica)

11:00 361 ImprovementofSulfone-BasedElectrolyteforAluminumRechargeableBattery–Y.Nakayama,Y.Senda(SonyCorporation),H.Kawasaki(KRI,Inc.),S.Chung(TheUniversityofTokyo),N.Koshitani,S.Hosoi,Y.Kudo,andH.Morioka(SonyCorporation)

11:20 362 AConjugatedSulfidepolymerBatterywithVariableCapacitanceControlledbyRedoxReaction–J.Sakata(ToyotaCentralR&DLabs.,Inc.)

11:40 363 BuildingaRobustLiquidMetalBattery–P.J.Burke,B.H.Chung,A.D.LaDelpha,andD.R.Sadoway(MassachusettsInstituteofTechnology)

12:00 364 ElectrodeKineticsofLowCost,High-RateTolerant,Engineering-ScaleLiquidMetalBatteries–B.H.Chung,A.D.LaDelpha,andD.R.Sadoway(MassachusettsInstituteofTechnology)

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

Aqueous Battery – 08:00 – 12:20Co-Chairs: S. Narayan and Y. Meng

08:00 365 BariumHydroxideandtheRechargeablePerformanceoftheAlkalineγ-MnO2Electrode–M.R.BaileyandS.W.Donne(UniversityofNewcastle)

08:20 366 Optimizing Heat Treatment Environment and AtmosphereofElectrolyticManganeseDioxideforPrimaryLi/MnO2Batteries–W.M.DoseandS.W.Donne(UniversityofNewcastle)

08:40 367 CurrentCollectorsforSecondaryZincElectrodes–P.J.BonnickandJ.Dahn(DalhousieUniversity)

09:00 368 ComparisonofPocketPlateandSinteredPlateNiElectrodesUsedinNiFeCellsforPVBackupApplications–I.Mabbett,J.Malone,andD.A.Worsley(SwanseaUniversity)

09:20 369 DevelopmentofaZinc-BasedBatterySystemforGrid-ScaleEnergyStorageandApplicationofFlexographicPrintingfortheFabrication–Z.Wang,R.Winslow,B.Kim,J.W.Evans,andP.K.Wright(UniversityofCaliforniaatBerkeley)

09:40 Intermission(20Minutes)10:00 370 EffectofSubstitutionofCobaltbyManganese

onthePropertiesofCalcium-DopedLanthanumCobaltOxideforOxygenEvolutionReactioninAlkalineMedium–P.Trinh,S.Malkhandi,N.Moreno,A.Manohar,G.Prakash,S.Narayanan(UniversityofSouthernCalifornia),andA.Manivannan(U.S.DepartmentofEnergy)

10:20 371 MechanismofFormationofCarbonylIronElectrodesinAlkalineBatteries–A.Manohar,C.Yang,S.Malkhandi,B.Yang,G.Prakash,andS.Narayanan(UniversityofSouthernCalifornia)

10:40 372 ExploringtheRoleofIonicInterfacesoftheHighVoltageLeadAcid-MetalHydrideHybridBattery–G.Weng,C.V.Li,andK.Chan(TheUniversityofHongKong)

11:00 373 ZincElectrodepositioninZinc-NickelFlow-AssistedBatteries–X.Wei,A.Couzis,andS.Banerjee(TheCityCollegeofNewYork)

11:20 374 ModelingandSimulationofanAqueousLi-IonBatterywithaComplexElectrolyte–A.Yermukhambetova,J.H.Pu,andZ.Bakenov(NazarbayevUniversity)

11:40 375 AHighVoltageGrid-TiedStationaryEnergyStorageDemonstrationBasedonTheAqueousHybridIonBatterySystem–J.F.Whitacre(CarnegieMellonUniversity),S.Shanbhag,D.Blackwood,W.Campbell,W.Yang,J.Gulakowski(AquionEnergy),A.Mohamed(CarnegieMellonUniversity),M.Sibenac,J.Weber,andT.Wiley(AquionEnergy)

12:00 376 ElucidatingFailureMechanismsintheSolubleLead-AcidFlowBattery–FormationofPbO2attheCathode–M.Verde,K.Carroll,D.Keogh,A.Sathrum(UniversityofCalifornia,SanDiego),andY.Meng(UniversityofCaliforniaSanDiego)

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Li Battery Cathodes – 10:00 – 12:20Co-Chairs: H. Arai and Manickam Minakshi

10:00 377 MeasurementsofEffectiveElectronicandIonicConductivitiesinPorousLi-IonElectrodes–S.Harris,N.Zacharias,C.Skelton,K.Knackstedt,D.Stephenson,Y.Wen,andD.R.Wheeler(BrighamYoungUniversity)

10:20 378 NanostructuredCFxProvidesBreakthroughinPerformanceofLi-CFxCells–D.Meshri(AdvanceResearchChemicals,Inc.),E.Shembel(EnerizeCorporation),S.Meshri,N.C.Mathur,R.Adams(AdvanceResearchChemicals,Inc.),V.Redko,T.Pastushkin(EnerizeCorporation),I.Maksyuta,A.Markevich,L.Neduzko(UkrainianStateChemicalTechnologyUniversity),V.Mitkin,andL.Levchenko(RussianAcademyofSciences)

10:40 379 StructureandElectrochemistryofOlivine-InorganicCompositesforLithiumBatteries–I.Belharouak,G.Koenig(ArgonneNationalLaboratory),andR.R.Shahbazian-Yassar(MichiganTechnologicalUniversity)

11:00 380 GrapheneasaConductiveAdditivetoImprovethePerformanceofLayeredLiNi0.66Co0.17Mn0.17O2CathodeforLithium-IonBatteries–C.VenkateswaraRao,J.Shojan,andR.Katiyar(UniversityofPuertoRico)

11:20 381 OlivinetypeLiMn1/3Co1/3Ni1/3PO4CathodeforSecondaryBatteryApplications–M.MinakshiandP.Singh(MurdochUniversity)

11:40 382 EffectsofLLTOCoatingonHighTemperatureCycleLifePerformanceofLiMn2O4CathodeMaterial–M.Reddy,M.Prabu(NationalUniversityofSingapore),S.Selvasekarapandian(MaterialResearchCentre),G.SubbaRao,andB.Chowdari(NationalUniversityofSingapore)

12:00 383 DamageEvaluationofSolidCellsbyIntelligentInformationProcessingonAcousticEmissionEvents–D.Inaba,K.Fukui(OsakaUniversity),K.Sato,J.Mizusaki,N.Kuwata,J.Kawamura(TohokuUniversity),andM.Numao(OsakaUniversity)


Supercapacitor – 14:00 – 17:00Co-Chairs: A. Manivannan and Christina M. Johnston

14:00 384 AdvancedProtonConductingMembraneforSolidElectrochemicalCapacitors–H.GaoandK.Lian(UniversityofToronto)

14:20 385 NanostructuredTransitionMetalNitrideSupercapacitors:EffectsofComposition,Structure,andElectronicPropertiesonSupercapacitorResponse–P.JampaniHanumantha(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

14:40 386 InfluenceofChemicalCompositionoftheElectrolyteandRoom-TemperatureIonicLiquidsontheElectricalDoubleLayerStructureandSupercapacitorCharacteristics–E.Lust,H.Kurig,A.Laheäär,I.Tallo,V.Ivaništšev,L.Siinor,C.Siimenson,A.Jänes,T.Thomberg,K.Lust,andJ.Eskusson(UniversityofTartu)

15:00 387 Carbon/MnO2Core-ShellNanofibersforSupercapacitors–M.Zhi(WestVirginiaUniversity),A.Manivannan,F.Meng(U.S.DepartmentofEnergy),andN.Wu(WestVirginiaUniversity)

15:20 388 DistortionofSolvatedStructuresbyMicroporousStructuresofCarbonMaterials–N.Ide,J.Nishioka,K.Urita,H.Furukawa,H.Yamada,andI.Moriguchi(NagasakiUniversity)

15:40 Intermission(20Minutes)16:00 389 Bio-Enabled,NanostructuredElectrodesfor

ElectrochemicalEnergyStorageDevices–M.SongandM.Liu(GeorgiaInstituteofTechnology)

16:20 390 PolymorphicBehaviorandMorphologyofElectrospunPoly(VinylideneFluoride)SeparatorMaterialsforNon-AqueousBasedElectricDoubleLayerCapacitors–K.Tõnurist,T.Thomberg,T.Romann,A.Jänes,andE.Lust(UniversityofTartu)

16:40 391 ConductingPolymersBasedonNaturalMembranesandEu3+–R.Leones(UniversityofMinho),M.Fernandes(UniversityofTrás-os-MonteseAltoDouro),R.A.Ferreira(UniversidadedeAveiro),F.Sentanin,A.Pawlicka(UniversidadedeSãoPaulo),L.D.Carlos(UniversidadedeAveiro),V.DeZeaBermudez(UniversityofTrás-os-MonteseAltoDouro),andM.M.Silva(UniversidadedoMinho)


Flow Battery Cell – 14:00 – 17:40Co-Chairs: Adam Weber and Trung Nyugen

14:00 392 PerformanceImprovementofaHydrogen-BromineFlowBattery–K.Cho,A.Weber,Q.He,P.Ridgway,V.Battaglia,andV.Srinivasan(LawrenceBerkeleyNationalLaboratory)

14:20 393 RecentProgressinRedoxFlowBatteryResearchandDevelopmentatPacificNorthwestNationalLab–W.Wang,Q.Luo,Z.Nie,M.Vijayakumar,X.Wei,B.Li,F.Chen,B.Chen,Y.Shao,G.Xia,L.Li,andZ.Yang(PacificNorthwestNationalLaboratory)

14:40 394 NewDischarge/ChargePerformanceDataforaH2-Br2FlowBattery–V.YarlagaddaandT.V.Nguyen(TheUniversityofKansas)

15:00 395 HalogenFlowBatteriesforGrid-ScaleElectricityStorage–B.Huskinson,S.Mondal,J.Rugolo,andM.J.Aziz(HarvardSchoolofEngineeringandAppliedSciences)

15:20 396 Grid-ScaleEnergyStorageRequirementsandthePotentialforHalogen-BasedFlowBatteries–J.Rugolo,B.Huskinson,andM.J.Aziz(HarvardSchoolofEngineeringandAppliedSciences)

15:40 Intermission(20Minutes)16:00 397 AqueousSemi-SolidFlowCell–Z.Li,P.

Limthongkul,W.Carter,andY.Chiang(MassachusettsInstituteofTechnology)

16:20 398 HydrogenBromineRedoxFlowBatteryCellPerformanceStudy–Y.Bai(TheUniversityofTennesseeKnoxville),A.B.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

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16:40 399 CharacterizationofVanadiumRedoxFlowBatteries:AnACImpedanceSpectroscopyStudy–C.Sun(OakRidgeNationalLaboratory),D.S.Aaron(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

17:00 400 PerformanceEnhancement,Limitations,andDiagnosticsofVanadiumRedoxFlowBatteries–J.T.Clement,A.M.Pezeshki,Q.Liu,A.B.Papandrew,A.Turhan,T.A.ZawodzinskiJr.,andM.M.Mench(TheUniversityofTennessee)

17:20 401 CoulombicEfficiencyofaVanadiumRedoxFlowCell–X.Gao,R.Lynch,M.Leahy(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

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

Carbon I – 08:00 – 09:40Co-Chairs: N. L. Wu and S. Donne

08:00 501 ElectrochemicalCharacteristicsandApplicationofLinearCarbonforElectrochemicalCapacitors–S.Park(ChungbukNationalUniversity),J.Yang(ChunghukNationalUniversity),H.Kim,andH.Kimm(PureEchemCo.Ltd.)

08:40 502 ChemicalModificationofCarbonswithQuinonesbytheDiazoniumChemistryforApplicationinElectrochemicalCapacitors–M.Weissmann,A.LeComte,G.Pognon,C.Cougnon(UniversitéduQuébecàMontréal),T.Brousse(UniversityofNantes),andD.Bélanger(UniversitéduQuébecàMontréal)

09:00 503 NitrogenDopedGrapheneaHighEfficientElectrodeforNextGenerationSupercapacitors–A.Yu,F.M.Hassan,Z.Chen,andV.Chabot(UniversityofWaterloo)

09:20 504 Fine-TuningtheCarbon–ElectrolyteInterfaceforDesigningHighEnergyDensityDoubleLayerCapacitors–P.Simon,B.Daffos,R.Lin,P.Taberna(UniversitéPaulSabatier),andY.Gogotsi(DrexelUniversity)

Carbon II – 10:00 – 12:00Co-Chairs: Y. Gogotsi and K. Lian

10:00 505 PerformanceLimitsof2VC/CSupercapacitorsinAlkaliSulfateAqueousMedia–F.Béguin,K.Fic,P.Ratajczak,K.Jurewicz,Q.Abbas,G.Lota(PoznanUniversityofTechnology),G.Gao,L.Demarconnay,E.Raymundo(CRMDUniversity),andE.Frackowiak(PoznanUniversityofTechnology)

10:20 506 DiameterDependentDopingofSingle-WalledCarbonNanotubeUsedasElectricalDoubleLayerCapacitorElectrode–A.Al-zubaidi,Y.Ishii,T.Matsushita,andS.Kawasaki(NagoyaInstituteofTechnology)

10:40 507 ThreeDimentionalGraphene-MWNTsFoamArchitecturesforElectrochemicalCapacitors–W.Wang,S.Guo,M.Ozkan,andC.Ozkan(UniversityofCalifornia,Riverside)

11:00 508 EffectofAdditivesontheHydrothermalSynthesisofCarbonNano-andMicro-SpheresandTheirPerformanceinDouble-LayerCapacitors–I.Kunadian,R.Chen,S.M.Lipka,C.R.Swartz,andF.Rogers(UniversityofKentucky)

11:20 509 FirstPrinciples-InspiredDesignStrategiesforCarbonAerogelSupercapacitors–B.C.Wood,T.Ogitsu,J.Lee(LawrenceLivermoreNationalLaboratory),M.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Baumann,M.Stadermann,M.A.Worsley,A.Wittstock,M.Merrill,andJ.Biener(LawrenceLivermoreNationalLaboratory)

11:40 510 TemperatureeffectsinActivatedCarbonSupercapacitors–D.W.Kirk(UniversityofToronto)

Electrolytes – 14:00 – 15:40Co-Chairs: M. Morita and P. Kulesza

14:00 511 RedoxActiveElectrolytesforElectrochemicalCapacitors–E.Frackowiak,K.Fic,M.Meller,andG.Lota(PoznanUniversityofTechnology)

14:40 512 MixedIonicLiquidElectrolytesandElectrochemicalDoubleLayerCapacitors–E.T.Fox,J.S.Dickmann,J.E.Weaver,J.L.Allen,andW.A.Henderson(NorthCarolinaStateUniversity)

15:00 513 ElectrochemicalCapacitorUsingaHighlyConductiveIonicPlasticCrystal–R.Taniki,K.Matsumoto,T.Nohira,andR.Hagiwara(KyotoUniversity)

15:20 514 InfluenceoftheOrganicSolventAdditivesonthePropertiesof1-Ethyl-3-MethylimidazoliumTetrafluoroborateasSupercapacitorElectrolyte–R.Palm,H.Kurig,A.Jänes,andE.Lust(UniversityofTartu)

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

Advanced Characterization – 08:20 – 12:20Co-Chairs: Nina Balke and Jordi Cabana

08:20 634 HighResolutionChemicalImagingofPhaseTransformationsduringIntercalationReactions–J.Cabana(LawrenceBerkeleyNationalLaboratory)

09:00 635 TimeResolvedXRDandXAFSStudyonPhaseTransitionDynamicsinLixFePO4–Y.Orikasa,T.Maeda,Y.Koyama,H.Murayama,H.Tanida,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

09:20 636 ScanningNear-FieldInfraredMicroscopyofaLixFePO4SingleParticle–I.T.Lucas(LawrenceBerkeleyNationalLaboratory),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),S.F.Lux,N.S.Norberg,A.S.McLeod(LawrenceBerkeleyNationalLaboratory),Z.Fei,D.N.Basov(UniversityofCalifornia),andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

09:40 Intermission(20Minutes)

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10:00 637 NanoscaleSingleCrystalElectrochemistryasaDiagnosticToolforLi-IonBatteries–J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),I.T.Lucas,J.Elangbam,A.Bagnato,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

10:20 638 In SituTEM-EELSStudiesofDegradationandThermalStabilityofHigh-EnergyCathodesforLi-IonBatteries–F.Wang(BrookhavenNationalLaboratory),S.Bo(StonyBrookUniversity),L.Zhang,C.Ma(BrookhavenNationalLaboratory),G.Clare,P.Khalifah(StonyBrookUniversity),Y.Zhu,andJ.Graetz(BrookhavenNationalLaboratory)

10:40 639 In SituTEMStudiesofCapacityFadingMechanismsofNano-StructuredAnodeandCathodeforLithium-IonBattery–C.Wang,M.Gu,Z.Wang,X.Li,S.Hu,W.Xu,F.Gao,J.Liu,J.Zhang,S.Thevuthasan,andD.Baer(PacificNorthwestNationalLaboratory)

11:00 640 In SituSmall-AngleNeutronScatteringStudiesofElectrodesforLithium-IonBatteries–C.A.Bridges,X.Sun,J.Zhao,M.Paranthaman,andS.Dai(OakRidgeNationalLaboratory)

11:20 641 InterestofAugerElectronSpectroscopytoStudySiliconElectrodesUsedinLi-IonBatteries–E.Radvanyi,E.DeVito,W.Porcher,andS.Jouanneau(CEA/LITEN)

11:40 642 LocalProbingofActivationEnergyofIonicTransportinCathodeMaterialsforLi-IonBatteries–N.Balke,S.Kalnaus,S.Jesse,N.J.Dudney,C.Daniel,andS.Kalinin(OakRidgeNationalLaboratory)

12:00 643 UseofIn SituXAStoElucidateSurfaceStructuralChangesandCapacityLossduringElectrochemicalCyclingofnanoscaleLiCoO2–C.J.Patridge(NRC/NRLCooperativeResearchAssociate),C.T.Love(U.S.NavalResearchLaboratory),andD.E.Ramaker(TheGeorgeWashingtonUniversity)

Cathode II – 14:00 – 17:20Co-Chairs: Yong Yang and Atsuo Yamada

14:00 644 TowardSafeandLong-CycleLifeLi-IonBatteries:NewPolyanion-CathodeandTheirReactionMechanism–Y.Yang(XiamenUniversity)

14:40 645 BimetallicSulfatesAxMy(SO4)z.xH2O(A=Li,NaandM=3dMetal):NewElectrodeMaterialsforLi-andNa-IonBatteries–M.Reynaud,M.Ati(UniversitédePicardieJulesVerneCNRSUMR7314),M.Sougrati(InstitutCharlesGerhardt,CNRSUMR5253),B.Melot(UniversitédePicardieJulesVerneCNRSUMR7314),G.Rousse(InstitutdeMinéralogieetdePhysiquedesMilieuxCondensées,UniversitéPierreetMarieCurieCNRSUMR7590),J.Chotard,andJ.Tarascon(UniversitédePicardieJulesVerneCNRSUMR7314)

15:00 646 RevisitingtheLithiumMetalBorate(LiMBO3;M=Fe,Mn,Co)CathodeSystems:SyntheticandElectrochemicalFindings–Y.Yamashita,P.Barpanda,S.Chung,Y.Yamada,S.Nishimura,andA.Yamada(TheUniversityofTokyo)


15:40 647 ReactionMechanismofPyrophosphateCathodeMaterialLi2(MnyFe1-y)P2O7–S.Nishimura,N.Furuta,D.Shimizu,P.Barpanda,Y.Yamada,andA.Yamada(TheUniversityofTokyo)

16:00 648 ACooperativeMechanismfortheDiffusionofLi+IonsinLiMgSO4F–D.Marrocchelli(TrinityCollegeDublin),M.Salanne(UniversitePierreetMarieCurie),andG.W.Watson(TrinityCollegeDublin)

16:20 649 NovelElectrodeMaterialsforLi-IonBatteries–M.ReddyandB.Chowdari(NationalUniversityofSingapore)

16:40 650 TrackingDisorderinLiFePO4withElectrochemicalLithiumInsertion/Extraction–C.T.Love(U.S.NavalResearchLaboratory),A.Korovina,D.E.Ramaker(TheGeorgeWashingtonUniversity),andK.Swider-Lyons(U.S.NavalResearchLaboratory)

17:00 651 DistinctConfigurationofAntisiteDefectsinOlivinePhosphates:ComparisonbetweenLiFePO4andLiMnPO4–S.Chung(KoreaAdvancedInstituteofScience&Technology)andS.Choi(KoreaInstituteofMaterialsScience)

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

Interfaces and Interphases in Battery Systems III – 08:00 – 12:00Co-Chairs: Takeshi Abe and Takeyuki Doi

08:00 732 IonicandElectronicTransportinMetalFluorideConversionElectrodes–J.Graetz,F.Wang,Y.Zhu(BrookhavenNationalLaboratory),H.Yu,A.VanDerVen,K.Thornton(UniversityofMichigan),N.Pereira,andG.G.Amatucci(Rutgers–TheStateUniversityofNewJersey)

08:40 733 In SituNeutronReflectometryAnalysisofLi4Ti5O12/ElectrolyteInterfaceUsingTwo-DimensionalModelElectrode–M.Hirayama,K.Suzuki,K.Kim,S.Taminato,R.Kanno(TokyoInstituteofTechnology),N.Yamada,andM.Yonemura(HighEnergyAcceleratorResearchOrganization)

09:00 734 ElectrodeArchitecturesforConversion-BasedCathodes:CaseofIronFluoridesandOxyfluorides–S.K.Martha,J.Nanda,J.Idrobo,S.Pannala,S.Dai,N.J.Dudney(OakRidgeNationalLaboratory),J.Wang,andP.V.Braun(UniversityofIllinois)

09:20 735 Time-DependentDeterminationofHFFormationinLiPF6-ContainingElectrolytesbySpectroscopicEllipsometry–S.F.Lux,I.T.Lucas,J.Chevalier,T.J.Richardson,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

09:40 Intermission(20Minutes)10:00 736 In SituECAFMandRamanStudyonInterfacial

ReactionsbetweenGraphiteandPC-BasedSolutionsinLithiumSecondaryBatteries–S.Jeong,H.Song(SoonchunhyangUniversity),T.Abe(KyotoUniversity),M.Inaba(DoshishaUniversity),andZ.Ogumi(KyotoUniversity)

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10:40 737 PolyimideGelPolymerElectrolyte-DirectedNanoscaleWrappingofHigh-VoltageLiNi1/3Co1/3Mn1/3O2CathodeActiveMaterialsforLithium-IonBatteries–J.Park,J.Cho,andS.Lee(KangwonNationalUniversity)

11:00 738 In SituRamanImagingAppliedtotheObservationofLiTransportinaLiCoO2Cathode–T.Nishi,H.Nakai,andA.Kita(SonyEnergyDevicesCorporation)

11:20 739 In SituElectrochemicalX-rayAbsorptionSpectroscopyofMgDeposition–T.S.Arthur(ToyotaResearchInstituteofNorthAmerica),P.Glans-Suzuki(LawrenceBerkeleyNationalLaboratory),M.Matsui,R.Zhang(ToyotaResearchInstituteofNorthAmerica),J.Guo(LawrenceBerkeleyNationalLaboratory),andF.Mizuno(ToyotaResearchInstituteofNorthAmerica)

11:40 740 In SituObservationofSnThin-FilmAnode/ElectrolyteInterfacebyX-rayReflectivity–K.Shimada,T.Kawaguchi,T.Ichitsubo,E.Matsubara,K.Fukuda,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

Interfaces and Interphases in Battery Systems IV – 14:00 – 17:00Co-Chairs: Soon Ki-Jeong and Yue Qi

14:00 741 SpectroscopicandSpectrometricStudiesoftheSEIandItsInteractionwithAnodeElectrodeSurfaces–A.A.Gewirth,H.Tavassol,B.R.Long,J.W.Buthker,andL.Huff(UniversityofIllinois)

14:40 742 PorousSiliconImpregnatedCarbonNano-SpheresforS-BlockMetalIonBatteryNegativeElectrodes–S.PolisskiandT.Abe(KyotoUniversity)

15:00 743 StudyonSolidElectrolyteInterphaseLayeronSiAnodebySurfaceModification–C.Jung,W.Jeon,H.Han(SamsungAdvancedInstituteofTechnology),H.Choi,andS.Jeong(SoonchunhyangUniversity)

15:20 744 InelasticShapeChangesinContactingSiliconParticlesandBinderFailureinCompositeLithium-ion-batteryElectrodes–H.Wang,V.A.Sethuraman,P.R.Guduru,andV.B.Shenoy(BrownUniversity)

15:40 Intermission(20Minutes)16:00 745 StudiesofInterfacialReactionsonSilicon-Based

FilmElectrodeinIonicLiquidBatteryElectrolyte–C.Nguyen(ChungnamNationalUniversity),S.Woo(LGChemLtd.),andS.Song(ChungnamNationalUniversity)

16:20 746 MechanismofSEILayerFormationontheSiElectrodesStudiedbyXPSandToF-SIMS–C.Pereira-Nabais,J.Swiatowska(CNRSChimieParisTech),A.Chagnes(ChimieParisTech(ENSCP)),P.Tran-Van(RenaultResearchDepartment),M.Cassir(ChimieParisTech(ENSCP)),andP.Marcus(CNRSChimieParisTech)

16:40 747 In SituStressMeasurementsinCompositeLithium-Ion-BatteryElectrodesduringCharge/DischargeProcesses–V.A.Sethuraman,A.Nguyen,S.P.Nadimpalli(BrownUniversity),D.P.Abraham(ArgonneNationalLaboratory),A.F.Bower,V.B.Shenoy,andP.R.Guduru(BrownUniversity)

Interfaces and Interphases in Battery Systems Poster Session – 18:00 – 20:00

• 748 InterfaceModificationforAdvanced5V-ClassAll-Solid-StateLithiumBatteries–A.Omori(ShizuokaUniversity),C.Yada,H.Yamasaki(ToyotaMotorCorporation),F.Sagane,andY.Iriyama(ShizuokaUniversity)

• 749 ReductionoftheInterfacialResistanceattheLi7La3Zr2O12/LiCoO2byInterfaceModification–T.Kato(ShizuokaUniversity),T.Hamanaka(JapanFineCeramicsCenter),F.Sagane(ShizuokaUniversity),K.Yamamoto,T.Hirayama(JapanFineCeramicsCenter),andY.Iriyama(ShizuokaUniversity)

• 750 EnhancedElectrochemicalPropertiesofLi4Ti5O12EpitaxialThinFilmElectrodewithSurfaceModification–K.Kim,K.Suzuki,S.Taminato(TokyoInstituteofTechnology),K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),J.Son(JapanSynchrotronRadiationResearchInstitute),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 751 SiliconandPorousSilicon/CarbonNanocompositesforRechargeableLi-andMg-IonBatteries–S.PolisskiandT.Abe(KyotoUniversity)

• 752 EffectsofInitialChargingTemperatureonElectrochemicalPropertiesifSolidElectrolyteInterphaseFormeduponGraphiteAnodes–J.Choi,T.Lee,S.Kim,J.Ko,andY.Lee(HanbatNationalUniversity)

• 753 InterfacialReactiononLi3PO4/Li2RuO3Thin-FilmElectrode–S.Taminato,K.Suzuki,K.Kim(TokyoInstituteofTechnology),J.Son(JapanSynchrotronRadiationResearchInstitute),K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 754 FundamentalInvestigationsofMechanicalandChemicalDegradationMechanismsinLithium-IonBatteryMaterials–V.A.Sethuraman,V.B.Shenoy,A.F.Bower(BrownUniversity),L.Wang,B.L.Lucht,A.Bose(TheUniversityofRhodeIsland),W.Euler(UniversityofRhodeIsland),andP.R.Guduru(BrownUniversity)

• 755 CapacityFadingMechanismofGraphiteNegative-ElectrodesinElectrolytesContainingTrialkylPhosphates–H.Nakagawa,M.Ochida,S.Tsubouchi,Y.Domi,T.Yamanaka,T.Doi,T.Abe,andZ.Ogumi(KyotoUniversity)

• 756 Depth-ResolvedX-rayAbsorptionSpectroscopicStudyonNanoscaleObservationoftheElectrode-ElectrolyteInterfaceforAllSolidStateLithium-IonBatteries–T.Ina(KyotoUniversity),T.Okumura(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Nakatsutsumi,Y.Orikasa,H.Arai(KyotoUniversity),Y.Iriyma(ShizuokaUniversity),T.Uruga(JapanSynchrotronRadiationResearchInstitute),H.Tanida,Z.Ogumi,andY.Uchimoto(KyotoUniversity)

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

Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 08:00 – 09:40Co-Chairs: Daniel Abraham and Ilias Belharouak

08:00 804 Synthesisof0.5Li2MnO3•0.5LiMO2(M=Mn,Ni,Co)Layered-LayeredIntegratedCathodeElectrodeMaterialswithMechanochemicalProcess–S.Kim,K.Chung,andB.Cho(KoreaInstituteofScienceandTechnology)

08:20 805 CompositionOptimizationofxLi2MnO3∙(1-x)LiMO2Electrodes(M=Mn,Ni,Co)PreparedviaSprayPyrolysisProcess–M.Lengyel(WashingtonUniversityinSt.Louis),X.Zhang(ArgonneNationalLaboratory),G.Atlas(WashingtonUniversityinSt.Louis),D.Elhassid(X-tendEnergyLLC),I.Belharouak(ArgonneNationalLaboratory),andR.Axelbaum(WashingtonUniversityinSt.Louis)

08:40 806 StructureEvolutionandItsRelationtotheVoltageFadeBehaviorinLi-RichLayeredLi1.2Ni0.15Co0.1Mn0.55O2CathodeMaterialdur-ingCycling:X-rayDiffractionandAbsorptionSpectroscopyStudy–X.Yu,K.Nam,E.Hu(BrookhavenNationalLaboratory),D.P.Abraham(ArgonneNationalLaboratory),andX.Yang(BrookhavenNationalLaboratory)

09:00 807 EffectofPrecursorSynthesisAtmosphereonMorphologyandElectrochemicalPerformanceofLi1.20Ni0.16Mn0.56Co0.8O2andLi1.17Ni0.25Mn0.58O2–J.Camardese,R.Shunmugasundaram,andJ.Dahn(DalhousieUniversity)

09:20 808 SynthesisandMorphologicalAnalysisofCarbonateBasedPrecursorsforLithium-IonBatteryCathodeMaterials–R.Shunmugasundaram,T.Byrne,andJ.Dahn(DalhousieUniversity)


Lithium-Ion Batteries: Electrolytes I – 08:00 – 09:40Co-Chairs: Brett Lucht and Marshall Smart

08:00 809 DevelopmentofAll-Solid-StateLithium-IonRechargeableBatteryUsingQuasi-SolidifiedGlyme–Li-SaltComplexesasElectrolytes–A.Unemoto,T.Matsuo,Y.Gambe,andI.Honma(TohokuUniversity)

08:20 810 NanocrystallineSolidElectrolyte:β-Li3PS4–Z.Liu,W.Fu,Z.Lin,N.J.Dudney,E.Payzant,andC.Liang(OakRidgeNationalLaboratory)

08:40 811 DevelopmentofLi-IonTechnologyBasedonAqueousElectrolytes–S.Martinet,L.Crepel-Marchal(CEA-LITEN),F.Alloin,andJ.Lepretre(LEPMI,Grenoble-INP)

09:00 812 TopologicalAnalysisofLithiumMigrationPaths:ApplicationtoSolidElectrolytes–L.Miara,M.Aryanpour(SamsungElectronics),S.Ong,Y.Mo,G.Ceder(MassachusettsInstituteofTechnology),andH.Lee(SamsungElectronics)

09:20 813 TheEffectofMicrostructureontheLithiumIonConductionoftheLiBH4-LiISolidSolution–D.Sveinbjornsson,D.Blanchard,M.Mogensen,P.Norby,andT.Vegge(TechnicalUniversityofDenmark)


Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 10:00 – 12:20Co-Chairs: Ilias Belharouak and Daniel Abraham

10:00 814 TheEffectofLaMeO3asStabilizerPhasein0.5[Li0.33Mn0.67]O2•0.5Li[Ni0.33Co0.33Mn0.33]O2CathodeMaterial–M.Kim,K.Park,J.Yoon,M.Park,J.Park(SamsungElectronics),W.Yoon(SungkyunkwanUniversity),andS.Doo(SamsungElectronics)

10:20 815 EffectofCarbonCoatingonLi[Li1/3Mn2/3]O2-LiMO2CathodeMaterialsforLithiumIonBatteries–Y.Wu(GeneralMotors),X.Wang(Optimal,Inc.),andZ.Liu(GeneralMotors)

10:40 816 TransitionMetalDissolutiononMixedLiNi1/3Co1/3Mn1/3O2-LiMn2O4CathodesforLi-ionBatteries–L.Liu,A.Drews,andR.Kudla(FordMotorCompany)

11:00 817 OptimizingLiNi1/3Mn1/3Co1/3O2CapacitybyControllingCathodePorositythroughCalendaring–J.Li,J.Kiggans,C.Daniel,andD.L.Wood(OakRidgeNationalLaboratory)

11:20 818 RootCauseforRapidGrowthofCellImpedanceinLi-IonHighEnergyCellsHavingOverlithiatedCathodesandGraphiteNegatives–C.Ma,R.Staniewicz,B.Deveney,S.Hafner(SAFTAmericaInc),R.Bugga(CaliforniaInstituteofTechnology),W.C.West,M.C.Smart,andJ.Soler(CalforniaInstituteofTechnology)

11:40 819 StructureStudiesofReactionMechanismforSurface-ModifiedLiNi1/3Co1/3Mn1/3O2EpitaxialThin-FilmElectrode–M.Abe(ToyotaMotorCorporation),K.Suzuki,H.Minamishima,M.Hirayama,R.Kanno(TokyoInstituteofTechnology),K.Tamura,andJ.Mizuki(JapanAtomicEnergyAgency)

12:00 820 ImprovementofElevatedTemperaturePerformanceofLi-RichCathodeMaterialwithIonicLiquidsElectrolyteforLithium-IonBatteries–J.Li,S.Jeong(UniversityofMuenster),R.Klöpsch,M.Winter,andS.Passerini(UniversityofMünster)


Lithium-Ion Batteries: Electrolytes I – 10:00 – 12:20Co-Chairs: Marshall Smart and Brett Lucht

10:00 821 ElectrochemicalIntercalationofLithium-IoninPropyleneCarbonateBasedElectrolytes―EffectofAdditionofBivalent-Ions―–S.Takeuchi,F.Sagane,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

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10:20 822 InvestigationofTemperatureDependentStabilityofEthyleneCarbonateandPropyleneCarbonateinmulticomponentElectrolytesforLithiumIonbatteries–C.L.Foss(NorwegianUniversityofScienceandTechnology),A.Svensson,E.Sheridan(SINTEFMaterialsandChemistry),S.Sunde,andF.Vullum-Bruer(NorwegianUniversityofScienceandTechnology)

10:40 823 AdvancedElectrolytesforLithiumIonBatteriesinHighVoltageSystems–J.LiandM.Payne(NovolyteTechnologies)

11:00 824 ExaminationofApplyingFluorinatedPhosphateEstertoElectrolyteSolventoftheBatterieswithLiNi0.5Mn1.5-xTixO4Cathode–T.Noguchi,M.Uehara,Y.Katoh,H.Sasaki,andK.Utsugi(NECcorporation)

11:20 825 EffectofElectrolyteSolventsonLow-TemperaturePerformanceofLi-IonBatteries–J.Eom,L.Cao,andC.Wang(ThePennsylvaniaStateUniversity)

11:40 826 InfluencesofMolecularInteractionsonBatteryElectrolytePropertiesandProcesses–K.L.Gering(IdahoNationalLaboratory)

12:00 827 NovelILBasedElectrolytesforSecondaryLithiumIonBatteries–H.Srour(LaboratoiredeChimieOrganométalliquedeSurface),H.Rouault(CEA),andC.Santini(CNRS)


Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 14:00 – 15:40Co-Chairs: Doron Aurbach and Jun Liu

14:00 828 (ECSBatteryDivisionTechnologyAwardPresentation)CaseStudiesinDevelopingBatteryTechnologies–Y.Chiang(MassachusettsInstituteofTechnology)

14:40 829 RelaxationPhaseAnalysisforLiinsertedLi-Mn-OCathodeMaterial–I.Seo,S.Park,andT.Yao(KyotoUniversity)

15:00 830 StudyontheTransportPropertiesofLiNi0.8Co0.15Al0.05O2/LiMn2O4BlendswithDifferentCompositions–H.Tran,C.Taeubert(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

15:20 831 StructuralModificationandElectrochemicalCharacteristicsofCo-substitutedHollandite-typeManganeseOxidesusingaHydrothermalMethod–Y.Kadoma,H.Watanabe,K.Ui,andN.Kumagai(IwateUniversity)


Lithium-Ion Batteries: Electrolytes I – 14:00 – 15:40Co-Chairs: Wesley Henderson and Matthew Foley

14:00 832 ConformalElectrodepositionofCopolymerElectrolyteintoSelf-OrganizedTitaniaNanotubesforLithiumIonMicrobatteries–T.Djenizian(UniversityofAix-Marseille)

14:20 833 GelledPolymerElectrolyteThinFilmswithMechanicalIntegrityandPersistentStructureforLithiumIonBatteries–S.Wang,C.Huang,P.Kuo,andH.Teng(NationalChengKungUniversity)

14:40 834 IntensiveDryandWetMixingEnhancingtheElectrochemicalPerformanceofSecondaryLithium-IonBatteryElectrodes–H.Bockholt,L.Kleinfeldt,W.Haselrieder,andA.Kwade(TUBraunschweig)

15:00 835 Structure,Disorder,andCrystallization;LessonsLearnedfromAnalysisofLithiumTriflurormethanesulfonate–M.P.Foley(U.S.NavalAcademy),C.Worosz,L.Haverhals,K.Sweely(U.S.NavalAcademy),W.A.Henderson(NorthCarolinaStateUniversity),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:20 836 SynthesisandCharacterizationofIonicLiquidforLithium-IonBatteries–X.Sun,C.Liao,andS.Dai(OakRidgeNationalLaboratory)


Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 16:00 – 17:40Co-Chairs: Ratnakumar Bugga and Ayyakkannu Manivannan

16:00 837 FluxGrowthofHigh-QualityLiCoO2CrystalsforAll-Crystal-StateLithium-IonRechargeableBatteries–Y.Mizuno,H.Wagata(ShinshuUniversity),T.Ishizaki(ShibauraInstituteofTechnology),T.Sakaguchi,K.Kohama(ToyotaMotorCorporation),K.Yubuta,T.Shishido(TohokuUniversity),S.Oishi,andK.Teshima(ShinshuUniversity)

16:20 838 TheeffectsofCarbonAdditiveonElectrochemicalPerformanceofHighVoltageSpinelLiNi0.5Mn1.5O4–J.Zheng,J.Xiao,W.Xu,X.Li,andJ.Zhang(PacificNorthwestNationalLaboratory)

16:40 839 FirstPrinciplesCalculationofElectronicStructuresandThermalStabilityofSpinelLiNi2O4–A.Kuwabara,C.Fisher,Y.Ikuhara,H.Moriwake(JapanFineCeramicsCenter),H.Oki(ToyotaMotorCorporation),andY.Ikuhara(TheUniversityofTokyo)

17:00 840 InvestigationsofthePhaseDiagramoftheLithium-Manganese-NickelOxideSystemobtainedat800°C–E.McCallaandJ.Dahn(DalhousieUniversity)

17:20 841 ProductionofManganeseOxideNanowirePowdersandTheirCharacterizationforLiIonBatteriesandCapacitors–V.Vendra,A.Thapa,S.Sunkara(UniversityofLouisville),T.Nguyen(UniveristyofLouisville),andM.K.Sunkara(UniversityofLouisville)

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Lithium-Ion Batteries: Cell Design Aspects – 16:00 – 18:00Co-Chairs: Daniel Abraham and Fikile Brushett

16:00 842 DesigningLong-Life,HighEnergyLithium-IonCells–D.P.Abraham(ArgonneNationalLaboratory),Y.Li(UniversityofRochester),M.Bettge,andY.Zhu(ArgonneNationalLaboratory)

16:20 843 ElectrochemicalCharacterizationofSemi-SolidLi-IonElectrodes–N.Baram,W.Carter,andY.Chiang(MIT)

16:40 844 InfluenceofAnode/CathodeBalancingonCyclingStabilityofLithiumIonCells–M.D.Wilka,A.Hoffmann,R.Stern(CenterforSolarEnergyandHydrogenResearch),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

17:00 845 EvaluationofEffectiveElectricalConductivityofCarbonElectrodewithPorousMetalCollector–G.Inoue(KyotoUniversity),S.Abe,Y.Fan,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

17:20 846 VGCFClothforThin,FlexibleElectrodesforAdvancedConformalBatteries–D.J.Burton(AppliedSciences,Inc.),N.J.Dudney(OakRidgeNationalLaboratory),G.Nazri(WayneStateUniversity),S.K.Martha(OakRidgeNationalLaboratory),G.Nazri(WayneStateUniversity),andJ.Howe(OakRidgeNationalLaboratory)

17:40 847 EffectsofVolumeExpansionandFluid-SolidStressInteractionwithinLithium-IonBatteries–C.Zhang(TheOhioStateUniversity),A.Conlisk,G.Rizzoni(OhioStateUniversity),andJ.Marcicki(TheOhioStateUniversity&FordMotorCompany)

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

Electrolyte – 08:00 – 12:00Co-Chairs: Yangchuan Xing and Jie Xiao

08:00 1113 (Invited)Dual-ElectrolyteLithium-AirBatterieswithBufferCatholytes–A.Manthiram(TheUniversityofTexasatAustin),L.Li,andY.Fu(UniversityofTexasatAustin)

08:40 1114 InvestigationsofLi-O2BatteriesUsingPolyethyleneOxideinStructuredThree-PhaseElectrodes–J.R.Harding,Y.Lu,P.T.Hammond,andY.Shao-Horn(MassachusettsInstituteofTechnology)

09:00 1115 RecentDevelopmentsinSolidLi-IonElectrolytes–V.Thangadurai(UniversityofCalgary)

09:20 1116 TheEffectsofElectrolyteSaltsonthePerformanceofLi-AirBatteries–E.Nasybulin,W.Xu,M.H.Engelhard,Z.Nie,J.Hu,J.Xiao,M.Gross,andJ.Zhang(PacificNorthwestNationalLaboratory)


10:00 1117 (Invited)AReversibleLithium-AirBatterywithLowChargePolarizationusingEther-BasedElectrolytes–K.Amine(ArgonneNationalLaboratory),J.Lu(ArgonneNationalLab),H.Jung(HanyangUniversity),K.C.Lau,Z.Zhang,J.Schlueter,P.Du,R.Assary,J.Greeley,G.Ferguson,H.Wang(ArgonneNationalLaboratory),J.Hassoun(UniversityofRomeSapienza),H.Iddir(ArgonneNationalLaboratory),Y.Sun,B.Scrosati(HanyangUniversity),andL.A.Curtiss(ArgonneNationalLaboratory)

10:40 1118 ALongLife,HighCapacity,HighRateLithium-AirBatteryUsingaStableGlymeElectrolyte–H.Jung,J.Park,H.Kim(HanyangUniversity),J.Hassoun(UniversityofRomeSapienza),C.Yoon,B.Scrosati,andY.Sun(HanyangUniversity)

11:00 1119 StabilityofLi-SaltsduringtheDischargeReactioninaLi-O2Cell–G.M.Veith,J.Nanda,andN.J.Dudney(OakRidgeNationalLaboratory)

11:20 1120 StabilityofPyr14TFSIIonicLiquidinLi-O2CellsandItseffectontheCyclingBehavior–M.Piana,N.Tsiouvaras,S.Meini,I.Buchberger,J.Wandt,H.A.Gasteiger(TechnischeUniversitätMünchen),andA.Garsuch(BASFSE)

11:40 1121 ElectrochemicalPerformanceofAll-Solid-StateLithium-AirBatteries–H.KitauraandH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

Catalyst – 13:20 – 17:00Co-Chairs: V. Thangadurai and Zheng Li

13:20 1122 (Invited)InvestigationofORRandOERinNon-Aqueous(andAqueous)Li-O2CellsUsingMetalOxideCatalysts–B.D.Adams,S.Oh,R.W.Black,A.Baran-Harper,andL.F.Nazar(UniversityofWaterloo)

14:00 1123 MetalNitridesasAlternativeCatalystforAirCathodes–C.Pozo-Gonzalo,A.A.Torriero,P.Howlett,M.Forsyth(DeakinUniversity),A.M.Glushenkov,O.Kartachova,andY.Chen(GeelongTechnologyPrecinct)

14:20 1124 RoleofManganeseOxidesintheOxygenElectrodeforLi-AirBatteries–I.Bae(DuracellTechnologyCenter)andK.Nam(BrookhavenNationalLaboratory)

14:40 1125 HighlyPerformanceandStableCore-coronaBifunctionalCatalystforRechargeableMetal-airBatteries–Z.Chen,Z.Chen,D.Higgins,andA.Yu(UniversityofWaterloo)

15:00 Batterydivisionstudentresearchawardaddress-heldjointlywithB4(20Minutes)

15:20 1126 Graphene-MetalOxideCatalystsforLi-O2Batteries–R.W.Black,J.Lee,B.D.Adams,A.Baran-Harper,andL.F.Nazar(UniversityofWaterloo)

15:40 1127 TheeffectoftheSurfaceAreaofLaNiO3SupportontheOxygenReduction/EvolutionActivityofAirElectrodeforRechargeableMetal-AirBatteries–M.Yuasa,H.Imamura,T.Kida,andK.Shimanoe(KyushuUniversity)

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16:00 1128 Graphene/MetalOxideCatalystBasedHighCapacityCathodeforLi-O2Batteries–R.S.Kalubarme,C.Ahn,andC.Park(ChonnamNationalUniversity)

16:20 1129 ActivatedandNitrogenDopedCarbonNanofibersasOxygenReductionElectrodeMaterialsforZinc-AirBatteries–D.C.Higgins,Y.Liu,Z.Chen,andZ.Chen(UniversityofWaterloo)

16:40 1130 NickelCobaltOxideNanostructuresonGrapheneasanActiveBifunctionalElectrocatalyst–D.Lee,A.Yu,H.Park,andZ.Chen(UniversityofWaterloo)

Kamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

B7 – Poster Session – 18:00 – 20:00Co-Chairs: Nobuyuki Imanishi and V.Thangadual

• 1131 CyclicVoltammetryofZn/Zn(II)CoupleinDycyanamideAnionandBis-(trifluoromethylsulfonyl)ImideAnionBasedIonicLiquids–M.Xu,D.Ivey(UniversityofAlberta),Y.Bing,Z.Xie,andW.Qu(NationalResearchCouncilCanada)

• 1132 CarbonAirElectrodesforAlkalineAqueousElectrolyteLithium/AirSecondaryBatteries–H.Ohkuma,I.Uechi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1133 Microwave-AssistantedSynthesisofAg-MnO2/SWNTElectrocatalystforMetal-AirCells–G.ZhangandY.Jiang(YangtzeNormalUniversity)

• 1134 CarbonSphereDottedwithCo3O4andRuO2NanoParticlesforRechargeableLi/AirBatteries–C.ParkandY.Park(KyonggiUniversity)

• 1135 SynthesisandPropertiesofGarnet-TypeLi7-x-yLa3Zr2-yNbyO12-0.5x–K.Ishiguro,Y.Nakata,N.Imanishi,A.Hirano,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1136 AirElectrodewithOxideCatalystforAqueousLithium-AirRechargeableBatteries–S.Sunahiro,H.Ohkuma,I.Uechi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1137 LithiumNitrideFormationonLithiumMetal–N.Futamura,T.Ichikawa,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1138 RoleofMetalDecorationintheCatalyticActivityofUrchin-LikeMnO2forOxygenReactioninAqueousLithium-OxygenBatteries–K.Jung,J.Lee,A.Riaz,S.Lee,T.Lim,S.Park,R.Song,andK.Shin(KoreaInstituteofEnergyResearch)

• 1139 Tape-CastLithiumConductingSolidElectrolyteLi1.4Ti1.6Al0.4(PO4)3forAqueousLithium-AirBatteries–K.Takahashi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1140 Rechargeable,All-SolidLi-AirBattery–W.Chang(IndustrialTechnologyResearchInstitute),D.Hallinan(LawrenceBerkeleyNationalLaboratory),Y.Lee(IndustrialTechnologyResearchInstitute),T.Yen(CPC),andC.Yang(IndustrialTechnologyResearchInstitute)

• 1141 MesoporousNitrogenDopedCarbonasCathodeMaterialsforHighCapacityLithium-AirBatteries–A.Zahoor,M.Christy,Y.Hwang,J.Choi,andK.Nahm(ChonbukNationalUniversity)

• 1142 AnEfforttoUnderstandtheBasicCharacteristicsofHybridLi-airCellPerformance–D.Yoon,K.Kim(SKInnovation),M.Park(SKInnovation,BatteryR&D),S.Kim,andH.Sun(SKInnovation)

• 1143 ElectrodepositedManganeseOxideCatalystsforOxygenReductionAqueousAlkalineMedia–S.H.PulukadangandS.W.Donne(UniversityofNewcastle)

• 1144 ElectrochemicalPropertiesofGrapheneBasedCatalystforRechargeableLi/O2Batteries–C.Ahn,R.S.Kalubarme,andC.Park(ChonnamNationalUniversity)

• 1145 EffectsofNb2O5AdditionontheElectrochemicalPropertiesofLi1.5Al0.5Ge1.5P3O12GlassCeramicforLi-AirBatteries–T.Kim,R.S.Kalubarme,andC.Park(ChonnamNationalUniversity)

• 1146 RechargeableLi/O2CellBasedonaLiTFSI-DMMP/PFSA-LiCompositeElectrolyte–H.Wang(ShanghaiJiaoTongUniversity),X.Liao(ShanghaiJiaotongUniversity),L.Li,andZ.Ma(ShanghaiJiaoTongUniversity)

• 1147 MnO2-BasedNanostructuresasCatalystsforOxygenOxidation-ReductionReactioninRechargeableLithium-OxygenBattery–B.Huang(ShanghaiJiaoTongUniversity),X.Liao(ShanghaiJiaotongUniversity),andZ.Ma(ShanghaiJiaoTongUniversity)

• 1148 MultifunctionalCarbonNanoarchitecturesasAir-BreathingCathodesforRechargeableZn-AirandLi-AirBatteries–C.N.Chervin,J.W.Long,M.J.Wattendorf,N.W.Kucko,andD.R.Rolison(U.S.NavalResearchLaboratory)

• 1149 ModelingofBifunctionalElectrodeinMetalAirBattery–D.Chan(LeeMingInstituteofTechnology),K.Hsueh(NationalUnitedUniversity),C.Wu,andW.Chang(IndustrialTechnologyResearchInstitute)

• 1150 InhibitingAbilityofChelatingAgentonAluminumCorrosioninAlkalineSolutionandTestingofAluminum-AirSingleCell–C.Wu,C.Chung(IndustrialTechnologyResearchInstitute),K.Hsueh(NationalUnitedUniversity),andW.Chang(IndustrialTechnologyResearchInstitute)

• 1151 TheKineticReactionofAluminum-AirBatteryinDifferentAqueousSolution–C.Wang,K.Hsueh(NationalUnitedUniversity),andC.Hsieh(InstituteofNuclearEnergyResearch)

• 1152 ManganeseOxideNanosheets:ApplicationsinHighEnergyDensityZn-AirBatteries–Y.Korenblit(UlsanNationalInstituteofScience&Technology),G.Yushin(GeorgiaInstituteofTechnology),andJ.Cho(UlsanNationalInstituteofScience&Technology)

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

Solid Electrolytes, Polymer – 08:00 – 09:40Co-Chairs: Dr. Henderson and Dr. Ue

08:00 1201 NanostructuredSolidElectrolytesforLithiumBatteries–N.P.Balsara(LawrenceBerkeleyNationalLaboratory)

08:40 1202 BlockCopolymer-CeramicNanocompositesasSolidElectrolytesforLithiumBatteries–I.Gurevitch,J.Cabana,andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

09:00 1203 ConductivityofElectronicandIonicConductingBlockCopolymerElectrolytesthroughElectrochemicalDopingintheSolid-State–S.N.Patel,A.E.Javier(UniversityofCalifornia–Berkeley),andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

09:20 1204 HighTemperatureCyclingofSolidPolymerLithiumBatteries–Q.Hu,A.Caputo,andD.R.Sadoway(MassachusettsInstituteofTechnology)

Liquid Electrolytes, Gel and Composite – 10:00 – 12:00Co-Chairs: Dr. Jow and Dr. Winter

10:00 1205 Preparation,PerformanceinVariousCellConfigurationsandLimitationsofNovelElectrolyteComponentsforLiquidandGelPolymerElectrolytes–R.Schmitz,E.Krämer,R.Müller,R.W.Schmitz,J.Kasnatscheew,R.Wagner,M.Amereller,P.Janßen(WestfälischeWilhelms-UniversityMünster),P.Bieker,T.Placke,O.Fromm,H.Meyer(UniversityofMünster),P.Isken,A.Lex-Balducci,I.Profatilova,T.Langer,A.Schmitz,C.Stock,U.Vogl,T.Schedlbauer,H.Gores(WestfälischeWilhelms-UniversityMünster),S.Passerini(UniversityofMünster),andM.Winter(WestfälischeWilhelms-UniversityMünster)

10:40 1206 OrganoboronIon-GelElectrolytesasLithium-IonsTransportMedia–N.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

11:00 1207 DesignofBorosilicateTypeOrganic-InorganicHybridIon-GelElectrolytes–K.S.SmaranandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

11:20 1208 3DHybridClay-CNTNanofillersforPolymerElectrolytesinLithium-IonBatteries–H.Ardebili(UniversityofHouston),C.Tang(SichuanUniversity),K.Hackenberg(RiceUniversity),Q.Fu(SichuanUniversity),andP.Ajayan(RiceUniversity)

11:40 1209 ElectrochemicalCharacterizationofIonicLiquidBasedCompositeElectrolytesforLithium-IonBatteries–N.Krawczyk,K.Sann(JustusLiebigUniversityGießen),S.Kraas,A.Schlifke,J.Vogel(UniversityofHamburg),B.Luerßen(JustusLiebigUniversity),M.Fröba(UniversityofHamburg),andJ.Janek(JustusLiebigUniversityGießen)

Liquid Electrolytes, Ionic Liquid 1 – 14:00 – 15:40Co-Chairs: Dr. Winter and Dr. Ishikawa

14:00 1210 FSI-BasedIonicLiquidElectrolyteandItsSpecificEffectswithOtherComponentMaterialsonLiBatteryPerformance–M.IshikawaandM.Yamagata(KansaiUniversity)

14:40 1211 LithiatedBlockCopolymerElectrolyteswithIonicLiquidsforBatteries–A.S.Fisher,M.B.Khalid,andP.Kofinas(UniversityofMaryland)

15:00 1212 ImprovingtheCathode/ElectrolyteInterfaceUsingIonicLiquids–A.Caputo,Q.Hu,andD.R.Sadoway(MassachusettsInstituteofTechnology)

15:20 1213 CyclePerformanceofLithium-IonBatteriesContainingIonicLiquidswithImprovedReductionStability–T.Itakura,K.Ito,R.Yokoi,J.Ishikawa,H.Inoue,H.Kadoma,J.Momo,T.Moriwaka,K.Nanba,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

Liquid Electrolytes, Ionic Liquid 2 – 16:00 – 17:40Co-Chairs: Dr. Ishikawa and Dr. Trulove

16:00 1214 ApplicationofElectroactiveIonicLiquidstoImprovetheSafetyofLithium-IonBatteries–J.C.Forgie,D.Rochefort,S.ElKhakani,andD.MacNeil(UniversitédeMontréal)

16:20 1215 TransportPropertiesforIonicLiquidsandImplicationsforLi-IonBatteryDesign–V.L.GeorgeandT.F.Fuller(GeorgiaInstituteofTechnology)

16:40 1216 ExploringSolventstowardStableElectrolyteforLi-AirBattery–K.Takechi,T.Shiga,S.Higashi(ToyotaCentralResearch&DevelopLabs.Inc.),H.Nakamoto(ToyotaMotorCorporation),F.Mizuno(ToyotaResearchInstituteofNorthAmerica),H.Nishikoori,H.Iba(ToyotaMotorCorporation),andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)

17:00 1217 Li+CationDiffusioninIonicLiquidElectrolyteandRateCapabilityofLithiumSecondaryBattery–K.Yoshida,N.Tachikawa,K.Ueno,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

17:20 1218 CompatibilityofRoomTemperatureIonicLiquidElectrolyteswithSulfurCathodeforLithiumSecondaryBatteries–J.Park,N.Tachikawa,K.Ueno,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)


B8 – Poster Sesison – Electrolytes – 18:00 – 20:00Co-Chairs: Dr. Ue, Dr. Ishikawa, and Dr. Henderson

• 1219 First-PrinciplesStudyonLiDiffusioninSolidElectrolyteLithiumLanthanumTitanates(LLTO)–Y.TanakaandT.Ohno(NationalInstituteforMaterialsScience)

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• 1220 ApplicationofNonflammableGelElectrolytesContainingFluorinatedAlkylphosphatestoLithium-IonBatteries–N.Yoshimoto,Y.Abiru,M.Egashira(YamaguchiUniversity),M.Aoki,H.Mimura,H.Eguchi(TOSOHF-TECH,Inc.),andM.Morita(YamaguchiUniversity)

• 1221 IonTransportBehaviorinPolymerizedImidazoliumIonicLiquids–J.Lee,M.Kim,J.Lee,S.Hong,andC.Koo(KoreaInstituteofScienceandTechnology)

• 1222 HighlyStableCyclingofSi-CCompositeAnodeforLithium-IonBatteriesbyUsingFSI-BasedIonicLiquid–K.Koga(KansaiUniversity),T.Sugimoto,M.Kikuta(Dai-ichiKogyoSeiyakuCo.,Ltd.),T.Higashizaki,M.Kono(ElexcelCo.,Ltd.),M.Yamagata,andM.Ishikawa(KansaiUniversity)

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

A-1.1 Modeling 1 – 08:00 – 12:00Co-Chairs: Partha Mukerjee, David Harvey, and Scott Calabrese Barton

08:00 1282 ModelingandDiagnosticsinBiologicalFuelCells–H.Wen,D.Chakraborty,P.Kar,andS.CalabreseBarton(MichiganStateUniversity)

08:40 1283 ModellingofWaterDropletDynamicsinPEMFuelCellFlowChannels–T.WuandN.Djilali(UniversityofVictoria)

09:20 1284 ModelingOxygenConcentrationOscillationintheGasChannelofPolymerElectrolyteFuelCells:AComparisonbetweenNumericalandAnalyticalApproaches–P.Guillemet(UniversityofNantes),G.Maranzana,J.Mainka(NancyUniversity),O.Lottin(LorraineUniversity-CNRS),J.Dillet,andA.Lamibrac(NancyUniversity)

09:40 Intermission(20Minutes)10:00 1285 ATwo-PhasePressureDropModelIncorporating

LocalWaterBalanceinPEMFuelCellGasChannels–E.J.SeeandS.Kandlikar(RochesterInstituteofTechnology)

10:20 1286 Diffusive–KineticEvaporationModelsforFuelCells–E.Medici,D.Frtiz,andJ.S.Alllen(MichiganTechnologicalUniversity)

10:40 1287 AMaptoStartPEFCunderFreezingTemperature-TheoreticalAnalysisofSuper-cooledStateinCell-–Y.Ishikawa(NIPPONSOKEN,INC),K.Ito(KyushuUniversity),M.Shiozawa(NipponSoken,Inc.),andM.Kondo(ToyotaMotorCorporation)

11:00 1288 NumericalModelingofaNon-FloodingHybridPolymerElectrolyteFuelCell–B.McNealyandJ.L.Hertz(UniversityofDelaware)

11:20 1289 StatisticalSimulationofthePerformanceandDegradationofaPEMFCMembraneElectrodeAssembly–D.B.Harvey(Queen’sUniversity),A.Bellemare-Davis(BallardPowerSystems),K.Karan,B.Jayansankar(Queen’sUniversity),J.Pharoah(Queen’s-RMCFuelCellResearchCentre),V.Colbow,A.Young,andS.Wessel(BallardPowerSystems)

11:40 1290 Multi-ScaleFirst-PrinciplesModelingofThree-PhaseSystemofPolymerElectrolyteMembraneFuelCell–G.Brunello,J.Choi,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)

Tapa 3, Tapa Conference Center, Hilton Hawaiian Village

B-1.1 Contamination Effects – 08:00 – 12:00Co-Chairs: Balsu Lakshmanan and Doug Hansen

08:00 1291 MissionsandProgressionsofImpuritiesWGunderNEDO’sPEFCResidentialCHPSystemProject–K.Kobayashi(FuelCellResearchCenter,DaidoUniversity),Y.Oono,andM.Hori(DaidoUniversity)

08:20 1292 CharacterizingLeachantContaminantsfromFuelCellAssemblyAids,aPreludetoEffectsonPerformance–C.S.Macomber,J.Christ,H.Wang,B.S.Pivovar,andH.N.Dinh(NationalRenewableEnergyLaboratory)

08:40 1293 UnderstandingtheEffectsofContaminantsfromAssemblyAidsMaterialsusedasBalanceofPlantMaterialsonPEMFCs-In SituStudies–M.S.Opu,M.Ohashi,H.Cho(UniversityofSouthCarolina),C.S.Macomber,H.N.Dinh(NationalRenewableEnergyLaboratory),andJ.VanZee(UniversityofSouthCarolina)

09:00 1294 TheImpactofOperatingConditionsonthePerformanceeffectofSelectedAirbornePEMFCContaminants–Y.Zhai,M.Angelo,andJ.St-Pierre(UniversityofHawaii)

09:20 1295 TheContaminationBehaviorofOrganicCompoundsonPEMFC–H.Cho,M.S.Opu,M.Ohashi,andJ.VanZee(UniversityofSouthCarolina)

09:40 Intermission(20Minutes)10:00 1296 LiquidWaterScavengingofPEMFC

Contaminants–B.Wetton(UniversityofBritishColumbia)andJ.St-Pierre(UniversityofHawaii)

10:20 1297 ThePoisoningandRecoveryofPt/VCElectrocatalystsContaminatedwithGlycol-BasedCoolantFormulations–Y.Garsany(EXCET/NRL),S.Dutta(Dynalene),andK.Swider-Lyons(NavalResearchLaboratory)

10:40 1298 EvaluationofPEMFCSystemContaminantsonthePerformanceofPtCatalystviaCyclicVoltammetry–H.Wang,C.S.Macomber,J.Christ,G.Bender,B.S.Pivovar,H.N.Dinh(NationalRenewableEnergyLaboratory),R.Reid,B.Lakshmanan,K.O’Leary(GeneralMotorsCorporation),M.Das,M.Ohashi,andJ.VanZee(UniversityofSouthCarolina)

11:00 1299 TheInfluenceofNaClAerosolonthePerformanceofaPEMFuelCellCathode–O.A.Baturina(NavalResearchLaboratory),P.Northrup(StonyBrookUniversity),andK.Swider-Lyons(NavalResearchLaboratory)

11:20 1300 EffectofCationicContaminantsonPEMFuelCellPerformance–J.Qi,X.Wang,U.Pasaogullari,L.Bonville,andT.Molter(UniversityofConnecticut)

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11:40 1301 TheImpactofLowLevelsofNH3inanOperatingPolymerElectrolyteFuelCellasthePlatinumLoading/IonomerisVaried–T.Rockward,C.Quesada,K.C.Rau,andF.H.Garzon(LosAlamosNationalLaboratory)

Honlulu 2, Tapa Conference Center, Hilton Hawaiian Village

C-1.1 Perfluorosulfonic Acid Membranes 1 – 08:00 – 12:00Co-Chairs: Mark Edmundson and Deborah Jones

08:00 1302 AdvancesinProtonExchangeMembraneTechnology–S.Banerjee,D.Prugh,andS.Frisk(DuPontCompany)

08:40 1303 NanofiberCompositeMembranesUsingLowEWPFSA–J.BallengeeandP.Pintauro(VanderbiltUniversity)

09:00 1304 NovelSystemforCharacterizingElectro-OsmoticDragCoefficientofProtonExchangeMembranes–H.Xu,J.Ma,andC.Mittelsteadt(GinerInc.)

09:20 1305 MechanismofPerfluorsulfonicAcidMembraneChemicalDegradationUnderLowRHConditions–F.D.Coms(GeneralMotorsCompany),H.Xu,T.McCallum,andC.Mittelsteadt(GinerInc.)

09:40 Intermission(20Minutes)10:00 1306 ChallengestoHigh-VolumeProductionofFuel

CellMaterials:QualityControl–M.Ulsh(NationalRenewableEnergyLaboratory),B.Sopori,N.Aieta(NREL),andG.Bender(NationalRenewableEnergyLaboratory)

10:40 1307 PolymerElectrolyteMembraneDurability-Localdegradationatpinholes–S.Kreitmeier(PaulScherrerInstitut),A.Wokaun(PaulScherrerInstitute),andF.Büchi(PaulScherrerInstitut)

11:00 1308 NafionPolymerBackboneDegradationMechanisminPEMFuelCellfromQuantumMechanicsCalculations–T.Yu,Y.Sha,W.Liu,B.V.Merinov(CaliforniaInstituteofTechnology),P.Shirvanian(FordMotorCo.),andW.GoddardIII(CaliforniaInstituteofTechnology)

11:20 1309 ModelingofSideChainDegradationinPEMFCMembranes–K.Wong,P.Melchy,M.Eikerling(SimonFraserUniversity),M.Lauritzen(BallardPowerSystems),andE.Kjeang(SimonFraserUniversity)

11:40 1310 InvestigationofPEMDegradationKineticsandDegradationMitigationUsingIn SituFluorescenceSpectroscopyandReal-TimeMonitoringofFluoride-IonRelease–V.Prabhakaran,C.G.Arges,andV.Ramani(IllinoisInstituteofTechnology)


D-1.1 Durability of Pt-Based Cathodes 1 – 08:00 – 12:00Co-Chairs: David A. Muller and Yu Morimoto

08:00 1311 ImagingCatalystDegradationattheAtomicScale–D.A.Muller,Y.Yu,H.Xin,D.Wang,andH.D.Abruña(CornellUniversity)

08:40 1312 3-DTrackingandVisualizationofHundredsofFuelCellNanocatalystsduringElectrochemicalAging–Y.Yu,H.Xin,R.Hovden,D.Wang,J.Mundy,D.A.Muller,andH.D.Abruña(CornellUniversity)

09:00 1313 CorrelatingCatalystandCatalyst-SupportStructureswithObservedDegradationinPEMFuelCell–K.L.More,D.A.Cullen,J.Idrobo,K.A.Perry,andK.Reeves(OakRidgeNationalLaboratory)

09:20 1314 QuantifyingCatalystLossesinPolymerElectrolyteMembraneFuelCells–D.A.CullenandK.L.More(OakRidgeNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1315 CatalystDegradation:NanoparticlePopulation

DynamicsandKineticProcesses–S.G.Rinaldo(SimonFraserUniversity),W.Lee(AutomotiveFuelCellCooperationCorporation,9000GlenlyonParkwayBurnaby,B.C.CanadaV5J5J8),J.Stumper(AutomotiveFuelCellCooperationCorp.),andM.Eikerling(SimonFraserUniversity,8888UniversityDrive,Burnaby,B.C.CanadaV5A1S6)

10:20 1316 StudyoftheCathodeCatalystLayerDegradationMechanismsinPEMFuelCell–P.Urchaga,S.Goli(TennesseeTechnologicalUniversity),andC.A.Rice(TennesseeTechUniversity)

10:40 1317 In SituAnomalousSmall-AngleX-rayScatteringStudyofFuelCellCatalystDegradationinAqueousandMembraneElectrodeAssemblyEnvironments–J.Gilbert(UniversityofWisconsin–Madison),N.Kariuki,A.Kropf(ArgonneNationalLaboratory),D.Morgan(UniversityofWisconsin-Madison),D.J.Myers(ArgonneNationalLaboratory),S.Ball,J.Sharman,B.Theobald,andG.Hards(JohnsonMattheyTechnologyCenter)

11:00 1318 CathodeCatalystsDegradationMechanismfromLiquidElectrolytetoPolymerElectrolyteMembraneFuelCells–A.A.MarcuandG.Toth(DaimlerAG)

11:20 1319 RotatingDiskElectrodeTechniquesDesignedtoSimulateFuelCellStartup/Shut-DownTransientConditions–D.A.Stevens,J.Harlow,R.J.Sanderson,T.C.Crowtz,J.Dahn(DalhousieUniversity),G.D.Vernstrom,L.L.Atanasoska,G.M.Haugen,andR.T.Atanasoski(3MCompany)

11:40 1320 TheInfluenceofExperimentalConditionsontheCatalystDegradationintheAcceleratedDurabilityTestusingaRotatingDiskElectrode–T.Nagai,H.Murata(TOYOTACENTRALR&DLABS.,INC.),andY.Morimoto(ToyotaCentralR&DLabs,Inc.)

Honolulu 3, Tapa Conference Center, Hilton Hawaiian Village

E-1.1 Alkaline Electrocatalysis – 08:00 – 12:00Co-Chairs: Karen Swider-Lyons and Elena Baranova

08:00 1321 ElectrocatalysisofSmallOrganicandInorganicMoleculesforDirectOxidationFuelCells–E.A.Baranova,A.Allagui,andB.Middleton(UniversityofOttawa)

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08:40 1322 ReactionMechanismofEthanolOxidationoverGoldCatalystunderAlkalineEnvironment–M.Koyama,Y.Amano,S.Liu,andT.Ishimoto(KyushuUniversity)

09:00 1323 RhPorphyrin-BasedElectrocatalystsfortheOxidationofAlcohols–S.Yamazaki,M.Yao,N.Fujiwara,Z.Siroma,M.Asahi,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

09:20 1324 EthanolElectro-OxidationonPt/CandPd/CCatalystsinAlkalineMedia–L.Ma(IUPUI),H.He,A.Hsu(WrightStateUniversity),D.Chu(U.S.ArmyResearchLaboratory),andR.Chen(IUPUI)

09:40 Intermission(20Minutes)10:00 1325 EnhancedO2ReductionKineticsbyTuning

ElectrochemicalInterfaceofCarbonorAg/CElectrodeswithMetallophthalocyanineMoleculesinAlkalineMedia–R.Chen,J.Guo,H.He,J.Zhou(iupui),andD.Chu(U.S.ArmyResearchLaboratory)

10:40 1326 CatalystsforAlkalineDirectEthanolandDirectFormateFuelCells–A.M.Bartrom,G.Ognibene,J.Ta,J.Tran,andJ.L.Haan(CaliforniaStateUniversity,Fullerton)

11:00 1327 DevelopmentofElectrocatalystforAnion-typePolymerElectrolyteFuelCellusingKOH-dopedPolybenzimidazole–T.FujigayaandN.Nakashima(KyushuUniversity)

11:20 1328 Pt-FreeCatalystsforAlkalineDirectEthanolMembraneElectrodeAssemblies–A.Stadlhofer,M.Bodner,H.Schröttner,andV.Hacker(GrazUniversityofTechnology)

11:40 1329 HighPerformancePtonCompositeNi-Pb/CSupportforMethanolOxidationinAlkalineMedia–M.Lee,B.Mikes,D.Abbott,andS.Mukerjee(NortheasternUniversity)


A-1.2 Modeling 2 – 14:00 – 18:00Co-Chairs: Shawn Litster and Aimy Bazylak

14:00 1330 NetworkFormationandIonConductioninIonomerMembranes–K.Promislow,A.Christlieb,J.Jones(MichiganStateUniversity),Z.Xu(MichiganTechnologicalUniversity),andN.Gavish(MichiganStateUniversity)

14:40 1331 OnWaterTransportinPolymerElectrolyteMembranesduringthePassageofCurrent–T.Berning(AalborgUniversity)

15:00 1332 MolecularSimulationofProtonandWaterTransportinHydratedNafionMembrane–T.MabuchiandT.Tokumasu(TohokuUniversity)

15:20 1333 UnderstandingWaterManagementasaFunctionofCatalyst-LayerThickness–P.K.DasandW.Adam(LawrenceBerkeleyNationalLaboratory)

15:40 1334 NumericalSimulationoftheInterfacialOxygenTransportResistanceforaPEMFCCathodeIncorporatingWaterCoverage–M.KozandS.Kandlikar(RochesterInstituteofTechnology)


16:20 1335 MolecularDynamicsStudyofWaterTransportPropertyinMicroHydrophobicPore–A.Fukushima(TohokuUniversity),T.Mima,I.Kinefuchi(UniversityofTokyo),andT.Tokumasu(TohokuUniversity)

16:40 1336 3DModelingofOneandTwoComponentGasFlowinFibrousMicrostructuresinFuelCellsbyUsingtheLattice-BoltzmannMethod–J.Brinkmann,D.Froning,U.Reimer(ForschungszentrumJülichGmbH),V.Schmidt(UlmUniversity),W.Lehnert,andD.Stolten(ForschungszentrumJülichGmbH)

17:00 1337 LatticeBoltzmannModelingoftheEffectiveThermalConductivityofanAnisotropicPEMFCGDLwithResidualWater–J.YableckiandA.Bazylak(UniversityofToronto)

17:20 1338 NumericalDeterminationofTransportPropertiesofGasDiffusionLayersinWetConditions–Z.TAYARANIYOOSEFABADI(SimonFraserUniversity),D.B.Harvey(Queen’sUniversity),andE.Kjeang(SimonFraserUniversity)

17:40 1339 ACaseStudyofValidationofMultiphasePEMFCComputerModelsUsingThrough-PlaneLiquidWaterMeasurements–B.Carnes,K.Chen(SandiaNationalLabs),D.Spernjak(LosAlamosNationalLaboratory),G.Luo,L.Hao,andC.Wang(ThePennsylvaniaStateUniversity)


B-1.2 MEA Degradation – 14:00 – 17:00Co-Chairs: Tom Fuller and Kazuhiko Shinohara

14:00 1340 EffectofN-dopingonPerformanceandDurabilityofSupportedPtRuDirectMethanolFuelCellCatalyst–S.Pylypenko,A.Corpuz(ColoradoSchoolofMines),T.Olson,A.Dameron(NationalRenewableEnergyLaboratory),K.Wood,P.Joghee(ColoradoSchoolofMines),K.Hurst,S.Christensen,D.Ginley,B.S.Pivovar(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),H.N.Dinh,T.Gennett(NationalRenewableEnergyLaboratory),andR.O’Hayre(ColoradoSchoolofMines)

14:20 1341 PerformanceandDurabilityofHT-PEFCswithCustomizedFlowFieldPlates–F.Liu(ForschungszentrumJülichGmbH),M.Kvesić(ForschungszentrumJuelich),K.Wippermann,U.Reimer,andW.Lehnert(ForschungszentrumJülichGmbH)

14:40 1342 ImpactofPolymerElectrolyteMembraneDegradationProductsontheActivityoftheOxygenReductionReactiononPlatinumCatalysts–J.M.Christ(ColoradoSchoolofMines),K.Neyerlin,H.Wang(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),andH.N.Dinh(NationalRenewableEnergyLaboratory)

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15:00 1343 InternalCurrents,CO2EmissionsandDecreaseofthePtElectrochemicalSurfaceAreadur-ingFuelCellStart-UpandShut-Down–A.Lamibrac(LorraineUniversity-CNRS),J.Durst(GrenobleINP-CNRS),D.Spernjak(LosAlamosNationalLaboratory),G.Maranzana,J.Dillet,S.Didierjean,O.Lottin(LorraineUniversity-CNRS),F.Maillard,L.Dubau,M.Chatenet(GrenobleINP-CNRS),R.Mukundan,andR.L.Borup(LosAlamosNationalLaboratory)

15:20 1344 MEADesignforImprovedCathodeDurabilityunderStartupShutdownAutomotiveConditions–J.Roberts,F.Berretta,H.Haas,A.Yang,S.Ronasi,S.Kundu,A.Leow(AutomotiveFuelCellCooperationCorp.),Z.Moreland(McGillUniversity),G.Orha,Y.Hsieh(AutomotiveFuelCellCooperationCorp.),andN.Barsan(SteinbeisAOAction)

15:40 1345 RelationbetweenLocalLossofPerformancesinaSegmentedPEMFCandLocalDegradationsofthePt/CCathodeCatalyst–J.Durst(GrenobleINP-CNRS),A.Lamibrac(LorraineUniversity-CNRS),L.Dubau,F.Maillard,M.Chatenet(GrenobleINP-CNRS),J.Dillet,G.Maranzana,andO.Lottin(LorraineUniversity-CNRS)

16:00 Intermission(20Minutes)16:20 1346 StudyonProtocolsforEvaluatingMechanical

andChemicalDurabilityofPEFCElectrolyteMembranes–Y.Oono,Y.Yamaguchi(DaidoUniversity),K.Kobayashi(FuelCellResearchCenter,DAIDOUniversity),A.Daimaru,andM.Hori(DaidoUniversity)

16:40 1347 MembraneDurabilityTestingforHeavyDutyBusFuelCells–N.MACAULEY(SFU),M.Watson(BallardPowerSystems),M.Cruickshank,C.Lim,A.Tavassoli,G.Wang,X.Feng(SFU),M.Lauritzen,J.Kolodziej,S.Knights(BallardPowerSystems),andE.Kjeang(SimonFraserUniversity)


C-1.2 Sulfonated Polyaromatic Polymers and Membranes – 14:00 – 18:00Co-Chairs: Paul Kohl and Shoibal Banerjee

14:00 1348 Cross-linkedAromaticPolymersforHighDurabilityPEMMembranes:MaterialsandMethods–M.DiVona(UniversityofRomaTorVergata)

14:40 1349 Cross-Linkedpoly(aryleneEtherKetone)MembranesSulfonatedonbothBackboneandPendantPositionforHighProtonConductingandLowWaterUptake–H.DangandD.Kim(SungkyunkwanUniversity)

15:00 1350 Poly(AryleneEtherSulfone)IonomerswithDifferentAcidityStrengthsandFuelCellMembraneProperties–Y.Chang(UniversityofNevadaLasVegas),G.Brunello(GeorgiaInstituteofTechnology),M.Disabb-Miller(ThePennsylvaniaStateUniversity),M.Hawley,Y.Kim(LosAlamosNationalLaboratory),M.Hickner(ThePennsylvaniaStateUniversity),S.Jang(GeorgiaInstituteofTechnology),andC.Bae(UniversityofNevadaLasVegas)

15:20 1351 SynthesisandCharacterizationofSulfonatedPoly(AryleneEther-1,3,4-Oxadiazole)Derivatives–I.HajdokandJ.A.Kerres(UniversityofStuttgart)

15:40 1352 EffectofHumidityandTemperatureonDurabilityofSulfonatedPoly(aryleneethersul-foneketone)MultiblockCopolymerMembranesinPEFCOperation–Y.Sakiyama(TorayResearchCenter,Inc),H.Uchida,M.Kondo,K.Miyatake,M.Uchida,M.Watanabe(UniversityofYamanashi),andY.Nakagawa(TorayResearchCenter,Inc.)

16:00 Intermission(20Minutes)16:20 1353 ProtonMobilityinHydratedAcidicPolymers:

ConsequencesforOptimizationofProtonConductivity–P.Knauth(Aix-MarseilleUniversity)andM.DiVona(UniversityofRomaTorVergata)

16:40 1354 PFG-NMRandSANSStudiesinCationExchangeMembranesbasedonSulfonatedPolyphenyleneMultiblockCopolymers–M.Yoshida(SophiaUniversity),Y.Zhao(JapanAtomicEnergyAgency),M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka(SophiaUniversity),S.Koizumi(IbarakiUniversity),andM.Rikukawa(SophiaUniversity)

17:00 1355 ProtonConductivePathsonPolymerElectrolyteMembranesDetectedbyAFMunderControlledHydrogenAtmosphere–J.Inukai,M.Hara(UniversityofYamanashi),D.Hattori(U.Yamanashi),B.Bae(U.Yamanashi),K.Miyatake,andM.Watanabe(UniversityofYamanashi)

17:20 1356 SynthesisofPolyethylene-BasedProtonExchangeMembranesContainingPEBackboneandSulfonatedPoly(aryleneethersulfone)SideChainsforFuelCellApplications–H.Kim,S.N.Lvov,andT.Chung(ThePennsylvaniaStateUniversity)

17:40 1357 NewIonicallyandCovalentlyCross-LinkedPolyaromaticMembranesforFuelCellsandElectrolysis–J.A.Kerres(UniversityofStuttgart)


D-1.2 Durability of Pt-Based Cathodes 2 – 14:00 – 17:40Co-Chairs: Christophe Coutanceau and Katsuyoshi Kakinuma

14:00 1358 StudiesonthePlatinumDissolutionReactioninPEMFCElectrocatalysts–TheEffectofTemperatureoncatalystdegradation–P.SivasubramanianandR.Mohtadi(ToyotaResearchInstituteofNorthAmerica)

14:20 1359 DegradationofPlatinumCathodeElectrocatalystsinSulphuricAcidSolutionunderThermalStressInducedbyLinearSweepCyclicThermammetry–G.T.BursteinandG.Smith(UniversityofCambridge)

14:40 1360 AStudyofElectrochemicalOstwaldRipeninginPtandAgCatalystsSupportedonCarbon–P.ParthasarathyandA.V.Virkar(TheUniversityofUtah)

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15:00 1361 ParticleSizeEffectonElectrocatalystStability–C.Wang,N.M.Markovic,andV.R.Stamenkovic(ArgonneNationalLaboratory)

15:20 1362 Performance,DegradationandStructuralChangesAssociatedwithPtCathodeCatalystLayerDesign–V.Colbow,M.Dutta,A.Young,Z.Ahmad,E.Rogers(BallardPowerSystems),D.B.Harvey(Queen’sUniversity),andS.Wessel(BallardPowerSystems)

15:40 1363 MitigationofCatalystLayerDegradationunderAutomotiveFuelCellOperations–J.Li,K.Wang,Y.Yang,Y.Zou,andR.Vohra(AutomotiveFuelCellCooperation)

16:00 Intermission(20Minutes)16:20 1364 PtCoAlloyStabilityinPEMFCsunder

AutomotiveCyclicConditions–C.Chuy,M.Davis,M.Guenther(AFCCAutomotiveFuelCellCooperationCorp.),H.Haas(AutomotiveFuelCellCooperationCorp.),D.Susac(AFCC),C.Talpalaru,andH.Zhang(AFCCAutomotiveFuelCellCooperationCorp.)

16:40 1365 Durable,OER-ActiveCompositionsofPt,Ir,andRuforPEMFuelCellStart-StopProtection–J.Harlow,D.A.Stevens,R.Sanderson,T.C.Crowtz,J.Dahn(DalhousieUniversity),G.M.Haugen,L.L.Atanasoska,G.D.Vernstrom,andR.T.Atanasoski(3MCompany)

17:00 1366 EffectofNanosheetSizeonActivityandDurabilityofRuO2NanosheetPt/CCatalyst–C.Chauvin,T.Saida,K.Lokesh,andW.Sugimoto(ShinshuUniversity)

17:20 1367 TimeResolvedCorrosionofElectrodeSupportsinPEMFuelCells–J.D.Fairweather,D.Spernjak,R.Mukundan(LosAlamosNationalLaboratory),R.K.Ahluwalia,S.Arisetty(ArgonneNationalLaboratory),andR.L.Borup(LosAlamosNationalLaboratory)


E-1.2 Alkaline Membranes I – 14:00 – 18:00Co-Chairs: Dario Dekel and Young-Woo Choi

14:00 1368 AlkalineMembraneFuelCell(AMFC)materialsandsystemimprovement–State-of-the-Art–D.R.Dekel(CellEra)

14:40 1369 ARamanSpectroscopyInvestigationintotheAlkalineStabilitiesofHydratedAnion-ExchangeHead-GroupsRelevanttoAlkalineMembraneFuelCells–J.R.Varcoe,H.Herman,andD.K.Whelligan(UniversityofSurrey)

15:00 1370 EngineeringthevanderWaalsInteractioninCross-Linking-FreeHydroxideExchangeMembranesforLow-SwellingandHigh-Conductivity–S.Gu(UniversityofDelaware),J.Skovgard(UniversityofCalifornia,Riverside),andY.Yan(UniversityofDelaware)

15:20 1371 CatalyticAdvancesandElectrolyteStabilityforCarbonateExchangeMembraneFuelCells–W.E.Mustain(UniversityofConnecticut)

15:40 1372 MolecularDynamicsSimulationsofHydroxideSolvationandTransportinAnionicExchangeMembranes–G.E.Lindberg,C.Knight,andG.A.Voth(TheUniversityofChicago)


16:20 1373 AnionConductingPore-FillingMembranesforSolidAlkalineFuelCells–Y.Choi,M.Lee,C.Kim,T.Yang,andS.Park(KoreaInstituteofEnergyResearch)

17:00 1374 EvaluatingtheContributionofDirectvs.IndirectCarbonateProductioninAnionExchangeMembraneFuelCells–M.Ignatowich,G.Crettol,M.Chhiv,andW.E.Mustain(UniversityofConnecticut)

17:20 1375 FundamentalStudiesofAlkalineExchangeMembranesTowardsOptimizationinaFuelCellEnvironment–A.Herring(ColoradoSchoolofMines),E.Coughlin(UniversityofMassachusetts,Amherst),D.Knauss(ColoradoSchoolofMines),G.A.Voth(TheUniversityofChicago),T.Witten(UniversityofChicago),M.Liberatore(ColoradoSchoolofMines),andY.Yan(UniversityofDelaware)

17:40 1376 DevelopmentofAlkalineExchangeIonomersforuseinAlkalinePolymerElectrolyteFuelCells–S.D.Poynton,R.Zeng,J.Kizewski,A.Ong,andJ.R.Varcoe(UniversityofSurrey)


B9 – Poster Session – 18:00 – 20:00Co-Chairs: Jim Fenton, Pezhman Shirvanian, and Thomas Schmidt

• 1377 ElectrochemicalPerformanceofPtExtendedNetworkCatalystsfromSpontaneousGalvanicDisplacementinMEAs–K.Neyerlin,B.A.Larsen,S.S.Kocha,andB.S.Pivovar(NationalRenewableEnergyLaboratory)

• 1378 EffectandDevelopmentofCathodeCatalystonPEFCCellPerformanceunderLowandHighRelativeHumidity–H.NakajimaandK.Matsutani(TanakaKikinzokuKogyoK.K.)

• 1379 SubzeroDegradationAnalysisofMembraneElectrodeAssembliesFabricatedUsingTwoCommonTechniques–A.Pistono(TennesseeTechnologicalUniversity),C.A.Rice(TennesseeTechUniversity),J.Lewis,andV.Ramani(IllinoisInstituteofTechnology)

• 1380 ApplicationofElectrospinningTechniqueintheFabricationofaCompositeElectrodeforPEMFC–J.J.Sightler,E.McPherson(USC),W.A.Rigdon(UniversityofSouthCarolina),andX.Huang(USC)

• 1381 VerificationofDurabilityTestMethodsofanMEAforAutomotiveApplication–Y.Hashimasa,T.Shimizu,Y.Matsuda,D.Imamura,andM.Akai(JapanAutomobileResearchInstitute)

• 1382 StructuralChangeofthePt/CElectrocatalystinHumidifiedAirObservedbyIn SituTEM–T.Shimizu,D.Imamura(JapanAutomobileResearchInstitute),T.Yaguchi,T.Kanemura,andT.Kamino(HitachiHigh-TechnologiesCorporation)

• 1383 EffectsofPtLoadinginAnodeElectrodeontheDegradationofMEAforPEMFCsduringStartup/ShutdownCycling–E.Cho,K.Eom,T.Lim,J.Jang,andH.Kim(KoreaInstituteofScienceandTechnology)

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• 1384 EvaluationofPt/CCatalystsandMEA’sFabricatedbyCarbonMaterialswithDifferentNanostructuresforPolymerElectrolyteFuelCells–X.Zhao,Z.Noda,A.Hayashi,andK.Sasaki(KyushuUniversity)

• 1385 Real-timeCO2DetectionfromCarbonSupportOxidationinPEMFuelCellCathodesDuringPotentialCycling–E.Niangar,T.Han,N.Dale,andK.Adjemian(NissanTechnicalCenterNorthAmerica)

• 1386 InvestigationofRoleofCathodeMicroporousLayersinPEMFC–E.Nishiyama(FukuiUniversityofTechnology),M.Hara(FukuiUniversityofTechonology),andT.Murahashi(FukuiUniversityofTechnology)

• 1387 Multi-AnalyticalStudyofGasDiffusionLayersPTFEContentVariation–K.Artyushkova,P.Atanassov(TheUniversityofNewMexico),T.V.Reshetenko(UniversityofHawaiiatManoa),andJ.St-Pierre(UniversityofHawaii)

• 1388 UsingPlasmastoModifyGasDiffusionLayerstoEnhancetheLongTermStabilityofPEMFCs–C.Walter,V.Brüser,A.Quade,andK.Weltmann(INPGreifswald)

• 1389 DynamicSIMSAnalysisofPEMFCCatalystLayer/SolidElectrolyteMembraneInterface–T.Ebihara,M.Nojima,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 1390 NumericalInvestigationofeffectofOxygenandWaterDistributiononPEMFuelCellPerformance–M.YonedaandH.Motegi(MizuhoInformationandResearchInstitute,Inc.)

• 1391 ReactiveMolecularDynamicsSimulationsofProtonExchangeMembranes–J.SavageandG.A.Voth(TheUniversityofChicago)

• 1392 Thermo-FluidDynamicsSimulationofPassiveTypePEFCbyCOMSOLMultiphysics–Y.Nakajima(ChibaInstituteofTechnologyGraduateschool),J.Otsuka,andE.Ejiri(ChibaInstituteofTechnology)

• 1393 TheMechanismoftheImprovementinCatalyticActivityofIrModifiedbyVComparedtoPureIr/C–B.Li,D.Yang,R.Lin,Z.Yu,andJ.Ma(TongjiUniversity)

• 1394 AnalysisofNon-SteadyStateElectrochemicalGasPermeabilityMeasurementsforPEMFuelCellsandElectrolysers–D.Bessarabov(NorthwestUniversity),I.Beckman,andI.Buntseva(LomonosovMoscowStateUniversity)

• 1395 InterfacialContactResistanceofTantalumCoatedConstructionMaterialsforHighTemperatureSteamElectrolysersandFuelCells–A.H.Jensen,E.Christensen,andJ.VonBarner(TechnicalUniversityofDenmark)

• 1396 HydrogenGenerationfromAluminumCorrosioninAqueousSolutions–Y.Chiu,C.Chen,K.Hsueh,andJ.Hung(NationalUnitedUniversity)

• 1397 FabricationofMg-NiAlloysforthePurposeofFastHydrogenGenerationfromtheHydrolysisinNeutralAqueousNaClsolution–S.Oh(KoreaAdvancedInstituteofScienceandTechnology),K.Eom(KoreaInstituteofScienceandTechnology),J.Kyung,D.Kim(YonseiUniversity),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

• 1398 ComputerModelingofakWCombinedHeatandPowerFuelCellUnit–P.Ho,W.Wang,C.Dai(NationalUnitedUniversity),Y.Chang,W.Chang(IndustrialTechnologyResearchInstitute),K.Hsueh,andJ.Hung(NationalUnitedUniversity)

• 1399 MaximumEfficiencyPointTrackingTypePowerControlSystemforaFuelCellPowerGenerationSystem–K.ItakoandH.Takahashi(KanagawaInstituteofTechnology)

• 1400 A3DTwo-PhaseModelforaMembranelessFuelCellUsingDecompositionofHydrogenPeroxidewithY-ShapedMicrochannel–J.Peng,Z.Zhang,andH.Niu(TsinghuaUniversity)

• 1401 AStudyofElectrochemicalRecycleforNobleMetalsinPEFCs–H.Shiroishi,H.Matsumoto(TokyoNationalCollegeofTechnology),M.Yonekawa(TokyoInstituteofTechnology),R.Shoji,I.Kato(TokyoNationalCollegeofTechnology),andM.Kunimatsu(KanagawaIndustrialTechnologyCenter)

• 1402 EffectsofAtmosphericTraceSpeciesonPolymerElectrolyteFuelCellPerformance:AnalysisofPerformanceDeteriorationMechanismbyCurrentDistributionMeasurement–D.ImamuraandK.Ohno(JapanAutomobileResearchInstitute)

• 1403 DevelopmentofMethodstoEstimatetheEffectsofImpuritiesonPEFCPerformanceII.ImpactofAcrylonitrilePoisoningonOxygenReductionReactionatPt/CCatalysts–M.El-Deab,F.Kitamura,andT.Ohsaka(TokyoInstituteofTechnology)

• 1404 AmmoniumPolyphosphateCompositeBasedElectrolytesforIntermediateTemperatureFuelCells–N.Kluy(TUMünchen),B.Reeb(TUMCREATECentreforElectromobilitySingapore),O.Paschos(TechnischeUniversitätMünchen),F.Maglia(UniversityofPavia),O.Schneider,U.Stimming(TechnischeUniversitätMünchen),S.Angioni,andP.Righetti(UniversityofPavia)

• 1405 FlowFieldDesignforaPolymerElectrolyteUnitizedReversibleFuelCell–C.Hwang,H.Ito,T.Maeda,A.Nakano(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),A.Kato(TakasagoThermalEngineeringCo.,Ltd.),andT.Yoshida(DaikiAtakaEngineeringCo.,Ltd.)

• 1406 ANewDesignofPEMFCBipolarPlateforCorrosionStudy–Y.Hitoshi,T.Ichikawa,S.Chu(IwateUniversity),M.Kumagai(TaiyoStainlessSpringCo.,Ltd.),andS.Myung(SejongUniversity)

• 1407 DMFCPerformanceofCross-LinkedSulfoethylcellulose/Poly(VinylAlcohol)BlendElectrolyteMembranes–Y.Kasai,T.Okayama(AomoriPrefecturalIndustrialTechnologyResearchCenter),G.Guan,andA.Abudula(HirosakiUniversity)

• 1408 InvestigationofPowerEfficiencyfromtheMicrobialBiofuelCellSystemwiththePhotosyntheticBacteria,RhodopseudomonasSphaeroides–M.SyuandY.Chang(NationalChengKungUniversity)

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• 1409 ImmobilizationofEnzymesontotheCarbonPaperElectrodebytheConductingPolymer/CarbonNanotubesCompositefortheInvestigationoftheBiofuelCellSystem–M.SyuandC.Lin(NationalChengKungUniversity)

• 1410 DesigningaHighlyOrderedNanowirewithHighProtonConductivityforPolymerMembraneandCatalystLayerofPEFC–T.Kim(KIER),Y.Choi(KoreaInstituteofEnergyResearch),andS.Yim(KIER)

• 1411 ElectrochemicalandRamanSpectroscopicEvaluationofPt/GCBDurabilityfortheStart/StopOperatingCondition–M.Hara(UniversityofYamanashi),M.Lee(NortheasternUniversity),Y.Yamashita,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 1412 InvestigationofCarbonCorrosionResistanceofCNTContainingElectrode–D.Larrabee,W.A.Rigdon(UniversityofSouthCarolina),E.McPherson,J.J.Sightler,andX.Huang(USC)

• 1413 InvestigationoftheCorrosionofCarbonSupportsinPolymerElectrolyteFuelCellsUsingSimulatedStart-Up/Shut-DownCycling–Y.Park,K.Kakinuma,M.Hara,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 1414 DurabilityofArcPlasmaSynthesizedPt/CNano-Catalyst–H.Joo(YonseiUniversity),J.Park(SejongUniversity),andH.Choi(KoreaInstituteofIndustrialTechnology)

• 1415 KineticsandMassTransportInvestigationofPt/CarbonElectrocatalystbyRotatingDiskElectrode–C.Wang(NissanTechnicalCenterNorthAmerica,Inc),N.Dale,andK.Adjemian(NissanTechnicalCenterNorthAmerica)

• 1416 OxygenReductionReactionActivityandDurabilityofElectrocatalystsSupportedonSnO2–T.Tsukatsune,Y.Takabatake,Z.Noda(KyushuUniversity),S.Taniguchi(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,A.Hayashi,andK.Sasaki(KyushuUniversity)

• 1417 EffectsofTinDioxideLoadingonORRActivityandDurabilityofPt/CCatalyst–N.Eguchi,T.Kinumoto,T.Tsumura,andM.Toyoda(OitaUniversity)

• 1418 DurabilityEnhancementofPt/CCatalystsviaSupportFunctionalizationwithSilicotungsticAcid–K.S.Mason(ColoradoSchoolofMines),K.Neyerlin(NationalRenewableEnergyLaboratory),M.Kuo,K.Horning(ColoradoSchoolofMines),S.S.Kocha,J.A.Turner(NationalRenewableEnergyLaboratory),andA.Herring(ColoradoSchoolofMines)

• 1419 PerformanceEvaluationofPt-DepositedSiO2CompositeCatalystunderLowHumidityConditions–J.Yoo(UniversityofIncheon),I.Choi(SeoulNationalUniversity),S.Ahn(KoreaInstituteofScienceandTechnology),J.Kim(SeoulNationalUniversity),andO.Kwon(UniversityofIncheon)

• 1420 DurabilityofAuCore/PtShellStructuredCatalyst–E.Maki,Y.Ikehata,T.Nishikawa,Y.Kirihata(DoshishaUniversity),N.Aoki(ishi-hukumetalindustry),H.Inoue(IshifukuMetalIndustryCo.,Ltd),H.YAMADA(NaraNationalCollegeofTechnology),H.Daimon,andM.Inaba(DoshishaUniversity)

• 1421 ElectrochemicalStabilityofPtMLonAu/QCElectrode–H.Yamada,A.Kawamura,T.Kobayashi,K.Katakura(NaraNationalCollegeofTechnology),andM.Inaba(DoshishaUniversity)

• 1422 ElectrochemicalStabilityforPt-EnrichedNi/Pt(111)TopmostSurfacePreparedbyMolecularBeamEpitaxy–N.Todoroki,Y.Iijima,R.Takahashi,K.Matsumoto,Y.Yamada,T.Hayashi,andT.Wadayama(TohokuUniversity)

• 1423 PlatinumDissolutioninNitrogenOxides-ContainingHClO4SolutionStudiedbyElectrochemicalQuartzCrystalMicrobalance–Y.Uchiyama,T.Abe,T.Morita,andS.Imabayashi(ShibauraInstituteofTechnology)

• 1424 Poly(Benzimidazole)-FunctionalizedGrapheneSupportedPtElectrocatalystandItsApplicationinHighTemperaturePEMFuelCells–A.A.Permyakova,J.Jensen,Q.Li,andN.Bjerrum(TechnicalUniversityofDenmark)

• 1425 EvaluationofthePt/CCatalystforFuelCellsPreparedbyaNanoParticleFormationTechniqueUsingaPulsedArcPlasmaSource–Y.Agawa(ULVACRIKO,Inc.),S.Endo,M.Matsuura,andY.Ishii(ULVAC-RIKO,Inc.)

• 1426 ControlledPtCoverageforExtendedThinFilmCatalystORRStudiesviaTemplatedGasPhaseSynthesis–J.Bult,K.Neyerlin,S.Christensen,A.Dameron,B.S.Pivovar,andK.Hurst(NationalRenewableEnergyLaboratory)

• 1427 SynthesisandCharacterizationofAu-DecoratedPtSurfaceforOxygenReductionReaction–J.Ahn,H.Lee,H.Kim(KoreaInstituteofIndustrialTechnology),Y.Shul,andH.Kim(YonseiUniversity)

• 1428 SynthesisofAlkanetiolStabilizedAu/CandDurabilityofAuCore/PtShellStructuredCatalyst–N.Aoki(ishihukumetalindustry),H.Inoue(ishifukumetalindustry),T.Kirihata,E.Maki,H.Daimon,andM.Inaba(DoshishaUniversity)

• 1429 VariousTypesofTubularCarbonNanofibersasaSupportMaterialofCatalystsforFuelCell–J.Kim(UniversityofScience&Technology),S.Lim(KoreaInstituteofEnergyResearch),M.Seo,B.Kim,S.Yoon(KyushuUniversity),andD.Jung(KoreaInstituteofEnergyResearch)

• 1430 High-PerformancePtcatalystsSupportedonHigh-Surface-AreaGrapheneCompositesforPEFCs–L.Sun(1DepartmentofMechanicalEngineering,PurdueSchoolofEngineeringandTechnology,IndianaUniversity-PurdueUniversityIndianapolis(IUPUI)),H.Zhang,L.Stanciu(WeldonSchoolofBiomedicalEngineeringandSchoolofMaterialsEngineering),J.Ilavsky(ArgonneNationalLaboratory),andJ.Xie(IndianaUniversityPurdueUniversityIndianapolis)

• 1431 PlatinumYttriumAlloyNanocrystalsasOxygenReductionReactionElectrocatalysts–Z.Zhuang(UniversityofDelaware),Y.Zhang(UniversityofDelware),andY.Yan(UniversityofDelaware)

• 1432 OxygenReductiononPt-PdElectrodeforPEFCCathode–A.Hyono,Y.Sugawara,M.Ueda,andT.Ohtsuka(HokkaidoUniversity)

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• 1433 ImprovementinActivityofHighlyDurableSilica-CoatedPd/CNTCathodeCatalystsforPEFCbyAdditionofCu–S.Takenaka,H.Miyata,T.Tsukamoto,H.Matsune,andM.Kishida(KyushuUniversity)

• 1434 PreparationofHighlyActiveZrOxide-BasedOxygenReductionElectrocatalystsasPEFCCathode–S.Yin,A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NISSANARCLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

• 1435 HighlyActiveTitaniumOxide-BasedElectrocatalystforOxygenReductionReactionforPEFC–K.Suito(GreenHydrogenResaerchCenter),A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NissanArcLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

• 1436 SurfaceReactionAnalysisofTantalum-OxideOxygen-ReductionCatalystsbyUsingX-rayPhotoelectronSpectroscopy–M.Matsumoto,H.Imai(NISSANARCLtd.),T.Miyazaki,S.Fujieda(NECCorporation),A.Ishihara,andK.Ota(YokohamaNationalUniversity)

• 1437 DevelopmentofTantalumBorideThinFilmCatalystsforOxygenReductionReactionUsinganRFMagnetronSputteringDeposition–K.Kushibe,K.Iyatani,Y.Horiuchi,andM.Matsuoka(OsakaPrefectureUniversity)

• 1438 PreparationandElectrochemicalPerformanceofNitrogen-dopedGraphenebyIntermittentMicrowave-assistedHeatingforFuelCells–J.Liu,Y.Xin,Y.Zhou,andZ.Zou(NanjingUniversity)

• 1439 CharacteristicsofOxygenAdsorptiononNitrogenDopedHOPGRevealedbyX-rayAbsorptionSpectroscopy–H.Kiuchi(TheUniversityofTokyo),T.Kondo,M.Sakurai(UniversityofTsukuba),H.Niwa,M.Kobayashi,Y.Harada(TheUniversityofTokyo),T.Ikeda(JapanAtomicEnergyAgency),K.Terakura(TokyoInstituteofTechnology),J.Nakamura(UniversityofTsukuba),andM.Oshima(TheUniversityofTokyo)

• 1440 Nitrogen-dopedGrapheneforOxygenReductionReactioninAirElectrodes–D.Lee,A.Yu,andZ.Chen(UniversityofWaterloo)

• 1441 NH3-PyrolyzedFe-ImpregnatedPolyanilinefortheuseasaCathodeCatalystforPolymerElectrolyteFuelCells–K.Nahm,S.Kim,andP.Kim(ChonbukNationalUniversity)

• 1442 CharacterizationofHigh-PerformanceNon-preciousMetalCatalystsforOxygenReductionReaction(ORR)–N.RanjbarSahraie,D.Wilhelm(TechnicalUniversityofBerlin),andP.Strasser(TechnischeUniversitätBerlin)

• 1443 HighlyActiveTetracyanoethyleneDerivedNon-preciousMetalCatalystforOxygenReductionReactioninPEMFuelCell–J.ChoiandZ.Chen(UniversityofWaterloo)

• 1444 CarbonSupportedCopperPhthalocyanine(CuPc/C)asNovelCathodeCatalystforPolymerElectrolyteMembraneFuelCells---EffectofNafionIonomerasforAlkalineElectrolyte–L.Ding,L.Xu(DonghuaUniversity),B.Tian(PearlHydrogenTechnologyCo.,Ltd.),S.Ibrahim,Y.Liu(TohokuUniversity),andJ.Qiao(DonghuaUniversity)

• 1445 RRDEStudiesofOxygenReductionReactionatVariousCatalystsinAlkalineSolution–J.Choi(KyungilUniversity)andH.Jung(KangwonNationalUniversity)

• 1446 AnalysisofMechanismofOxygenReductionReactiononNon-NobleMetalsinAlkalineSolutionbyScanningElectrochemicalMicroscopy–R.Teranishi,E.Higuchi,M.Chiku,andH.Inoue(OsakaPrefectureUniversity)

• 1447 FePc/CandCoPc/CCatalystsfortheOxygenReductionReactionasCathodeCatalystsforAlkalineDirectMethanolFuelCell–J.Jang(UniversityofScienceandTechnology),S.Kim,S.Lim,D.Peck,andD.Jung(KoreaInstituteofEnergyResearch)

• 1448 NewManganeseOxide-basedCathodeCatalystsforAnion-ExchangeMembraneFuelCells–T.Kenko,M.Hagiwara,T.Takakuwa,M.Saito,H.Daimon,A.Tasaka,M.Inaba(DoshishaUniversity),Y.Kadoma,N.Kumagai(IwateUniversity),H.Shiroishi(TokyoNationalCollegeofTechnology),T.Hatai,andJ.Kuwano(TokyoUniversityofScience)

• 1449 EnhancedElectrocatalyticPerformanceforMethanolOxidationviaInsertionofRutheniumOxideParticlesintoPtandPolyaniline-Poly(AcrylicAcid-co-MaleicAcid)CompositeElectrode–C.Kuo(NationalKaohsiungUniversityofAppliedSciences),Z.Kuo(DepartmentofChemicalandMaterialsEngineering,NationalKaohsiungUniversityofAppliedSciences,Kaohsiung80778,Taiwan,ROC),T.Wu(NationalYunlinUniversityofScienceandTechnology),J.Chen,andW.Li(DepartmentofChemicalandMaterialsEngineering,NationalKaohsiungUniversityofAppliedSciences,Kaohsiung80778,Taiwan,ROC)

• 1450 MethanolOxidationPerformanceofElectrocatalystsPreparedbythePolygonalBarrel-SputteringMethod–M.Inoue,C.Hiromi,K.Hirakawa,andT.Abe(UniversityofToyama)

• 1451 QuantitativeAnalysisofCO2Generationdur-ingEthanolElectrooxidationonPt-Sn/CandPt-SnO2/C–S.Kaneda,K.Matsuzawa,andS.Mitsushima(YokohamaNationalUniversity)

• 1452 TheDistributionofProductsofEthanolElectrooxidationonCarbon-SupportedNobleMetalsCatalystsinDirectEthanolFuelCell–J.SewerynandA.Lewera(UniversityofWarsaw)

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• 1453 TheGraphene-SupportedPalladiumandPalladium-yttriumNanoparticlesfortheEthanolOxidationReactions:ExperimentalandTheoreticalModeling–M.Seo(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),S.Choi(GwangjuInstituteofScienceandTechnology(GIST)),J.Seo,S.Noh(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),W.Kim(GwangjuInstituteofScienceandTechnology(GIST)),andB.Han(DaeguGyeongbukInstituteofScienceandTechnology(DGIST))

• 1454 StudiesoftheCatalyticActivityofUnsupportedPt-BasedAnodesModifiedwithCeO2fortheElectro-OxidationofEthyleneGlycolinAcidElectrolyte–A.ChávezVillanueva,A.Ramírez(UniversidaddelaCiénegadeMichoacándeOcampo),G.VargasGutiérrez,andF.RodríguezVarela(CinvestavUnidadSaltillo)

• 1455 InvestigationofElectrocatalyticActivityoftheNanostructuredAu-CuCatalystDepositedontheTitaniumSurfacetowardsBorohydrideOxidation–L.Tamašauskaitė-Tamašiūnaitė,A.Balčiūnaitė,A.Vaiciukevičienė,I.Stankevičienė,A.Selskis,andE.Norkus(InstituteofChemistry,CenterforPhysicalSciencesandTechnology)

• 1456 CatalyticActivityofPt/MWCNTfortheElectro-OxidationofEthyleneGlycolinAlkalineMedia–Y.Verde-Gomez,B.Escobar(InstitutoTecnologicodeCancun),A.ChávezVillanueva(UniversidaddelaCiénegadeMichoacándeOcampo),andF.RodríguezVarela(CinvestavUnidadSaltillo)

• 1457 ChemisorptionStudiesofDissolvedPtSpeciesonRuO2nanosheet–L.K.Sannegowda,C.Chauvin,andW.Sugimoto(ShinshuUniversity)

• 1458 Electro-OxidationofBorohydridebyRhPorphyrins–S.Yamazaki,H.Senoh,N.Fujiwara,M.Yao,Z.Siroma,K.Yasuda,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 1459 EnhancedPerformanceofMEAsUsingNon-PlatinumCatalystforDirectAlcoholAlkalineFuelCell–T.Mizukami,S.Suzuki,J.Kawaji,O.Taigo,andK.Yamaga(Hitachi,Ltd.)

• 1460 FabricationandElectrochemicalPropertiesofElectro-SpunRuO2-CarbonNanofibersSupportedPtNanoparticles–G.AnandH.Ahn(SeoulNationalUniversityofScienceandTechnology)

• 1461 SynthesisandCharacterizationofCross-LinkedPolyethyleneimineBasedMembranesforAlkaliAnionExchangeFuelCells–A.M.Maes,M.Vandiver,A.Krosovski,J.L.Horan,andA.Herring(ColoradoSchoolofMines)

• 1462 AlkalineMembraneFuelCellswithSeveralAlternativeFuels–K.Fukuta,T.Negishi,Y.Kikkawa,K.Oda,S.Watanabe,andH.Yanagi(TokuyamaCorp.)

• 1463 SynthesisandCharacterizationofPerfluoroQuaternaryAmmoniumIonExchangeMembranesforFuelCellApplications–M.A.Vandiver,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 1464 TransportpropertiesofPlasmaPolymerizedAnionExchangeMembraneforDirectMethanolAlkalineFuelCells–T.Kurozumi,Y.Okajima,H.Nagai,andM.Sudoh(ShizuokaUniversity)

• 1465 InvestigationofMechanicalPropertiesofAlkalineExchangesMembranesforFuelCellApplications–B.R.Caire,M.A.Vandiver,S.Lustgraaf,A.Herring,andM.Liberatore(ColoradoSchoolofMines)

• 1466 PreparationandCharacterizationofAnionicBinderBasedElectrodesforAnion-ExchangeableMembraneFuelCells–M.Shin,Y.Byun,J.Park,M.Kang(SangmyungUniversity),andY.Kim(ChungbukNationalUniversity)

• 1467 13CPGSTENMRDiffusionandConductivityMeasurementsonTetraalkylAmmoniumCations–H.N.SarodeandA.Herring(ColoradoSchoolofMines)

• 1468 ChemicalDegradationMechanismofMembranesforAlkalineMembraneFuelCells–Y.Choe(NationalInstituteofAdvancedIndustrialScience&Technology),N.J.Henson,andY.Kim(LosAlamosNationalLaboratory)

• 1469 NovelNanostructuredHigh-PerformanceAnionExchangeIonomersforAnionExchangeMembraneFuelCells–J.Zhou,L.Sun,J.Guo(IUPUI),D.Chu(U.S.ArmyResearchLaboratory),andR.Chen(IUPUI)

• 1470 Radio-ChemicallyPore-FilledAnionExchangeMembranesforSolidAlkalineFuelCells(SAFC)–T.Sherazi(COMSATSInstituteofInformationTechnology),D.Hwang(HanyangUniversity),J.Sohn(KoreaAtomicEnergyResearchInstitute),M.Guiver(NationalResearchCouncilCanada),andY.Lee(HanyangUniversity)

• 1471 IonicConductivityof[dema][TfO]/SolidAcid-BaseCompositeMembrane–A.Fujisawa,K.Matsuzawa,andS.Mitsushima(YokohamaNationalUniversity)

• 1472 AProtonConductiveSilicate-NanoencapsulatedPolyimideNonwovenasaNovelPorousSubstrateforaReinforcedSulfonatedPoly(AryleneEtherSulfone)CompositeMembrane–J.Seol,J.Won(KangwonNationalUniversity),M.Lee(KolonCentralResearchPark),Y.Hong(KoreaResearchInstituteofChemicalTechnology),andS.Lee(KangwonNationalUniversity)

• 1473 RelationshipBetweenMorphologyandProtonConductivityofAromaticDiblockCopolymerElectrolytes–T.Oshima,K.Umezawa,M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka,andM.Rikukawa(SophiaUniversity)

• 1474 SynthesisofHydrocarbonIonomerMaterialsandEvaluationsofMEA–S.Miura,T.Oshima,K.Umezawa,M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka,andM.Rikukawa(SophiaUniversity)

• 1475 Nano-CompositeIon-ConductingPolymerElectrolytes(ICPEs)forFuelCellApplication–H.Zarrin,M.Fowler,A.Yu,andZ.Chen(UniversityofWaterloo)

• 1476 PolyvinylAlcoholBasedNanocompositeMembranesContainingAluminumHydroxideGel–O.I.Radionova,I.Y.Prokhorov,andG.Y.Akimov(DonPTINASUkraine)

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• 1477 RadiolyticPreparationandCharacterizationofSilane-CrosslinkedETFE-g-PSSA/PTMSPMMembraneforProtonExchangeMembraneFuelCell–J.Sohn,J.Song,Y.Nho,andJ.Shin(KoreaAtomicEnergyResearchInstitute)

• 1478 Cross-LinkedPoly(AryleneEtherKetone)MembranesContainingPendantSulfonicAcidGroupsforFuelCellApplications–H.DangandD.Kim(SungkyunkwanUniversity)

• 1479 ElectronBeam-InducedCrosslinkedSPEEKMembraneforPEMFC–J.Song(KoreaAtomicEnergyResearchInstitute),D.Shin(HanyangUniversity),J.Sohn,Y.Nho(KoreaAtomicEnergyResearchInstitute),Y.Lee(HanyangUniversity),andJ.Shin(KoreaAtomicEnergyResearchInstitute)

• 1480 TheCompatibilityoftheCompositeMembraneBasedonSulfonatedPoly(EtherEtherKetone)(sPEEK)/Poly(Vinylidenefluoride)(PVdF)/UrethaneAcrylateNon-Ionomer(UAN)foraUnitizedRegenerativeFuelCell(URFC)–H.Jung(KangwonNationalUniversity)andJ.Choi(KyungilUniversity)

• 1481 CatalystCoatedPBIMembraneHighTemperatureAssemblies–N.Sephane,A.Kreisz,N.Donzel,J.Bernardd’Arbigny,D.J.Jones,andJ.Rozière(UniversityMontpellier2)

• 1482 MicroelectrodeAnalysisofOxygenPermeationthroughNafion®ThinFilms–A.Oda,H.Okada,H.Daimon,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 1483 WaterUptakeandTransportinNafion®–G.Hwang,D.Parkinson,A.Kusoglu,A.MacDowell,andA.Weber(LawrenceBerkeleyNationalLaboratory)

• 1484 TheoreticalStudyontheDegradationMechanismofPolymerElectrolyteMembrane–H.MotegiandM.Yoneda(MizuhoInformationandResearchInstitute,Inc.)

• 1485 MembraneScienceforLiquidOrganicFuelCells–K.T.Clark(LawrenceBerkeleyNationalLaboratory),L.Krishnan(GEGlobalResearch),G.W.Yeager(GeneralElectric),andJ.Kerr(LawrenceBerekeleyNationalLaboratory)

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

Carbon Dioxide Conversion in Liquid – 08:00 – 09:50Co-Cairs: Xiao-Dong Zhou and A. Manivannan

08:00 1729 TheElectrocatalyticConversionofCO2toFuelsandChemicals–T.F.Jaramillo,K.P.Kuhl,E.R.Cave,andD.N.Abram(StanfordUniversity)

08:30 1730 Graphene-SupportedCopperCatalystsforElectrochemicalReductionofCarbonDioxide–S.HuangandP.Fedkiw(NorthCarolinaStateUniversity)

08:50 1731 RoomTemperatureElectrochemicalConversionofCO2toFuels–X.Zhou,J.Wu,andF.Risalvato(UniversityofSouthCarolina)

09:10 1732 PhotoreductionofCO2overMorphologyControlledTiO2orNanocompositeSystemofg-C3N4andWO3–T.OhnoandN.Murakami(KyushuInstituteofTechnology)

09:30 1733 PhotoelectrochemicalEnzymeBiofuelCellwiththeFunctionofCO2ConversiontoFormicAcid–Y.Amao(OitaUniversityDannoharu),Y.Sakai(OitaUniversity),andN.Shuto(OitaUnversity)

New Materials for Solar Energy and Fuels – 10:00 – 12:20Co-Chairs: Gregory Jackson and Ravi Subramanian

10:00 1734 UpconversionNanocrystals:ANewClassofEnergyMaterials–X.Liu(NationalUniversityofSingapore)

10:30 1735 PhotoelectrochemicalWaterSplittingUsingElectrodesPreparedbyParticleTransferMethod–T.Minegishi,N.Nishimura,J.Kubota,andK.Domen(TheUniversityofTokyo)

11:00 1736 GraphiteOxideModifiedbyAmmoniaasPhotocatalystforWaterOxidationunderVisibleLightIllumination–T.YehandH.Teng(NationalChengKungUniversity)

11:20 1737 HydrogenProductionPromotedbyVisbleLight-ResponsiveMOF(Metal-OrganicFramework)Photocatalyst–T.Toyao,M.Saito,Y.Horiuchi(OsakaPrefectureUniversity),K.Mochizuki,M.Iwata,H.Higashimura(Sumitomo-ChemicalCo.,Ltd.),andM.Matsuoka(OsakaPrefectureUniversity)

11:40 1738 ElectrospunCeria-BasedFibersforRenewableFuelProductionfromConcentratedSunlight–W.T.GibbonsandG.S.Jackson(UniversityofMaryland)

12:00 1739 RoleofElectrocatalystsinPhotoelectrochemicalWaterOxidationofOxideSemiconductorElectrodes–S.Choi,T.Jeon,U.Kang,H.Jeong,andH.Park(KyungpookNationalUniversity)

Photoelectrochemical Cells – 14:00 – 15:40Co-Chairs: Heli Wang and Teruhisa Ohno

14:00 1740 FabricationofEfficientNanostructuredPhotoelectrodesforPhotoelectrochemicalHydrogenProductionfromWater–J.Lee(PohangUniversityofScience&Technology)

14:30 1741 PerformanceandLimitsof2.2eVCopperTungstate(CuWO4)MineralforPhotoelectrochemicalHydrogenProduction–N.M.Gaillard(UniversityofHawaiiatManoa)

15:00 1742 PerformanceLimitingFactorsinCo-PiCatalyzed,Spray-DepositedBiVO4Photoanodes–F.F.Abdi,N.Firet,andR.VandeKrol(DelftUniversityofTechnology)

15:20 1743 Photoelectrolysisonp-GaInP2;ExtendedDurabilitybyNitrogenIonImplantation–T.G.Deutsch,A.Welch(NationalRenewableEnergyLaboratory),M.Bär,L.Weinhardt,M.G.Weir,K.E.George,C.Heske(UniversityofNevada),andJ.A.Turner(NationalRenewableEnergyLaboratory)

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Photoelectrochemical Cells – 16:00 – 18:00Co-Chairs: Heli Wang and Jae-Joon Lee

16:00 1744 DevelopmentofNanostructuredPhotocatalystsforHydrogenGenerationbyWaterSplittingunderVisibleLight–Y.Wang,J.Hong,S.Goh,andR.Xu(NanyangTechnologicalUniversity)

16:30 1745 Co-AlloyingApproachforBandgapEngineeringofMetalOxidesforImprovedPhotoelectrochemicalWaterSplitting–Y.Yan(TheUniversityofToledo)

17:00 1746 CorrosionProtectionofp-GaInP2forDurablePhotoelectrochemicalWaterSplitting–H.Wang,T.G.Deutsch,A.Welch,andJ.A.Turner(NationalRenewableEnergyLaboratory)

17:20 1747 PhotoelectrochemicalModelingofaMulti-JunctionArchitectureforArtificialPhotosynthesis–A.BergerandJ.Newman(UniversityofCalifornia,Berkeley)

17:40 1748 TowardaGeneralStrategyforChemicalStabilizationofNon-OxidePhotoanodesforWaterOxidation–N.C.StrandwitzandN.S.Lewis(CaliforniaInstituteofTechnology)

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

Ion Conducting Thin Film Electrolytes 2 – 08:00 – 10:00Co-Chairs: Jennifer Rupp and Joshua Hertz

08:00 1890 EnhancedOxygenSurfaceExchangeKineticsinSurfaceModifiedYttriaStabilizedZirconiabyAtomicLayerDeposition–J.Park(LawrenceBerkeleyNationalLaboratory),C.Chao,X.Tian(StanfordUniversity),J.Shim(KoreaUniversity),andF.Prinz(StanfordUniversity)

08:20 1891 ThinFilmElectrolyteMembranesofYttria-StabilizedZirconiaPreparedbyAerosolAssistedChemicalVaporDeposition–M.V.Schlupp(ETHZurich),J.Courbat,D.Briand,N.DeRooij(EPFLLausanne),M.Prestat,andL.Gauckler(ETHZurich)

08:40 1892 IonConductioninNanoscaleYttria-StabilizedZirconiaThinFilmsFabricatedbyAtomicLayerDeposition–K.Son,M.Bae,K.Bae,J.Ha,andJ.Shim(KoreaUniversity)

09:00 1893 AtomicResolutionImagingofOxygenColumnsinOxideIonConductorUsingHRTEM–J.An,A.Koh(stanfordUniversity),J.Park(DepartmentofMechanicalEngineering,440EscondidoMallBldg530-226,Stanford,CA94305,USA),H.Jung,T.M.Gür,andF.B.Prinz(StanfordUniversity)

09:20 1894 DetectingLi-IonCurrentsontheNanoscalethroughaThinFilmBattery–N.Balke,S.Jesse,A.Tselev,N.J.Dudney,andS.Kalinin(OakRidgeNationalLaboratory)


Ion Conducting Thin Film Multilayers and Devices – 10:00 – 12:00Co-Chairs: Noriko Sata and Michel Prestat

10:00 1895 LateralOxygenTracerDiffusioninaMultilayeredSDC/PNCGFilmDisplayingEnhancedElectricalConductivity–S.N.Cook(ImperialCollegeLondon),J.Druce(InternationalInstituteforCarbonNeutralResearch),T.Ishihara(KyushuUniversity),andJ.A.Kilner(ImperialCollegeLondon)

10:20 1896 AnalysisofLateralDiffusionofOxideIonsalongYSZ-MgO(100)Interface–K.Bae(KoreaUniversity),J.Park(DepartmentofMechanicalEngineering,440EscondidoMallBldg530-226,Stanford,CA94305,USA),F.B.Prinz(StanfordUniversity),J.Son,andJ.Shim(KoreaUniversity)

10:40 1897 ElectrochemicalPerformanceofFree-standingMicro-SolidOxideFuelCellMembranesusingDe-alloyedPt-Y-AlElectrodes–R.Tölke,M.Prestat,H.Galinski,J.Martynczuk,andL.Gauckler(ETHZurich)

11:00 1898 ThinPulsedLaserDepositedBilayerElectrolytesinAnode-SupportedSOFCs–J.S.Hardy(PacificNorthwestNationalLaboratory),Z.Lu(PraxairInc.),J.W.Templeton,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)

11:20 1899 MorphologicalandCompositionalChangesonYSZ/GDCBi-layeredSOFCElectrolytesinVariousTemperatureandReducingEnvironments–Y.Jee(SeoulNationalUniversity),J.An(StanfordUniversity),J.Choi,T.Park,G.Cho(SeoulNationalUniversity),M.Lee(UniversityofCalifornia,Merced),F.B.Prinz(StanfordUniversity),andS.Cha(SeoulNationalUniversity)

11:40 1900 CationInterdiffusionModelforEnhancedOxygenKineticsatOxideHeterostructureInterfaces–M.Gadre(UniversityofWisconsin-Madison),Y.Lee(MassachusettsInstituteofTechnology),andD.Morgan(UniversityofWisconsin-Madison)

Ion Conducting Thin Film Electrodes – 14:00 – 16:40Co-Chairs: Daniele Pergolesi and Bilge Yildiz

14:00 1901 NanostructuredLa0.6Sr0.4CoO3-δCathodesPreparedbySprayPyrolysisforThinFilmSOFC–M.Prestat,Z.Yáng,O.Pecho(ETHZurich),L.Holzer(ZurichUniversityofAppliedSciences),J.Martynczuk,A.Evans,L.Gauckler(ETHZurich),T.Hocker(ZurichUniversityofAppliedSciences),J.Hwang(KoreaInstituteofScienceandTechnology),andJ.Son(KoreaUniversity)

14:20 1902 CationSegregationandElectrochemicalActivityofRuddlesdenPopperPhaseCobaltOxidesinOxygenReductionandOxygenEvolution–Z.Cai,Y.Chen,andB.Yildiz(MassachusettsInstituteofTechnology)

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14:40 1903 In SituAmbientPressureX-rayPhotoelectronSpectroscopyofEpitaxialStrontiumSubstitutedLanthanumCobaltOxidesNearOperatingConditionsUnderAppliedPotentials–E.J.Crumlin,E.Mutoro(MassachusettsInstituteofTechnology),Z.Liu(LawrenceBerkeleyNationalLaboratory),M.D.Biegalski(OakRidgeNationalLaboratory),W.T.Hong(MassachusettsInstituteofTechnology),H.M.Christen(OakRidgeNationalLaboratory),H.Bluhm(LawrenceBerkeleyNationalLaboratory),andY.Shao-Horn(MassachusettsInstituteofTechnology)

15:00 1904 HardX-raySurfaceCompositionandElectronicStructureMeasurementsofHeteroepitaxialSolidOxideFuelCellCathodeMaterial–J.N.Davis(BostonUniversity),L.Saraf,T.Kaspar(PNNL),S.Gopalan,U.B.Pal(BostonUniversity),J.Woicik(NationalInstituteofStandardsandTechnology),S.Basu,andK.F.Ludwig(BostonUniversity)

15:20 1905 SprayPyrolysisDepositionandElectrochemistryofLa0.5Sr0.5Mn0.5Co0.5O3-δThinFilmAnodesforSolidOxideFuelCells–Z.Yáng,S.Bisig,M.Prestat,andL.Gauckler(ETHZurich)

15:40 1906 SynthesisandCharacterizationofRuthenium–Gadolinia-dopedCeriaCompositeThinFilmAnodeforDirectMethaneSOFCs–Y.Takagi(SONYCorporation)andS.Ramanathan(HarvardUniversity)

16:00 1907 NanostructuredVanadiumOxideAnodesforThinFilmSolid-OxideFuelCells–Q.VanOvermeereandS.Ramanathan(HarvardUniversity)


Modeling and Devices – 16:40 – 18:20Co-Chairs: Dane Morgan and Keith Duncan

16:40 1908 AtomisticInvestigationofOxygenVacancyInducedVolumeChangesinCeO2GrainBoundaries–S.KimandV.B.Shenoy(BrownUniversity)

17:00 1909 ObtainingMixedIonic/ElectronicConductivityinPerovskiteOxidesatAnodicSolidOxideFuelCellConditions:AComputationalApproach–S.Suthirakun,S.C.Ammal,andA.Heyden(UniversityofSouthCarolina)

17:20 1910 ElectrochromicFilmsProducedbyUltrasonicSprayDepositionofMesoporousTungstenOxide–C.Li,F.Lin,R.M.Richards(ColoradoSchoolofMines),R.Tenent,A.Dillon(NationalRenewableEnergyLaboratory),andC.Wolden(ColoradoSchoolofMines)

17:40 1911 DevelopmentofSafeAllInorganicLi-IonBatteries–L.Castro(CEMES/CNRS),G.Jouan(LRCS/CNRS),A.Kubanska(MADIREL/CNRS),V.Seznec(LRCS/CNRS),L.Tortet(MADIREL/CNRS),M.Morcrette,V.Viallet(LRCS/CNRS),R.Bouchet(MADIREL/CNRS),andM.Dollé(CEMES/CNRS)

18:00 1912 StabilizationofNASICON-TypeLiZr2(PO4)3atRoomTemperature–L.Castro(CEMES/CNRS),A.Kubanska,L.Tortet,R.Bouchet(MADIREL/CNRS),andM.Dollé(CEMES/CNRS)

C2Bioengineering Based on ElectrochemistryOrganicandBiologicalElectrochemistry/Sensor324, Level 3, Hawaii Convention Center

Co-Chairs: K. Sode, M. Meyerhoff, K. Kerman, I. Hsing, I. Kubo, and E. Tamiya

08:00 2011 RecentR&DonDisposableElectrochemicalBiosensors–H.Nam,G.Cha(KwangwoonUniversity),M.Kim,M.Lee,andS.Chung(i-sens,inc.)

08:40 2012 FloatedElectrochemicalCellforOn-LineElectrosprayMassSpectrometryforDetectionofBiologicalRadicalReactions–D.Looi,I.Iftikhar(UniversityofFlorida),G.Garbellini(SãoPauloStateUniversity),andA.Brajter-Toth(UniversityofFlorida)

09:00 2013 HighEfficientGlucoseOxidationbyOrderedMolecularAssemblyinsideCarbonNanotubeForests–S.Yoshino,T.Miyake,H.Kaji(TohokuUniversity),T.Yamada,K.Hata(NationalInstituteofAdvancedIndustrialScienceandTechnology),andM.Nishizawa(TohokuUniversity)

09:20 2014 EvaluationofElectrochemicalDisinfectionofFelineCalicivirusinAqueousConditions–N.Shionoiri,T.Tanaka(TokyoUniversityofAgricultureandTechnology),T.Sato,Y.Fujimori,T.Nagao,T.Nakayama(NBCMeshtecinc.),andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)



10:00 2015 Electrochemistry-BasedandSignal-AmplifiedSensingStrategiesforDNA-BasedPoint-of-CareBiosensors–I.Hsing(TheHongKongUniversityofScienceandTechnology)

10:40 2016 ElectrochemicalandPhysicalAssessmentonElectrodeCoatingMaterialsforNeuromodulationApplication–A.Shi,B.Li,P.Cong,andD.Seeley(MedtronicNeuromodulation)

11:00 2017 MechanicalForce-BasedProbingofCytoskeletalProteinsinLivingCellsUsingAntibody-ImmobilizedNanoneedles–C.Nakamura(TokyoUniversityofAgricultureandTechnology),Y.R.Silberberg,R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Mieda(TokyoUniversityofAgricultureandTechnology),Y.Amemiya(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Kihara(OsakaUniversity),K.Fukazawa,K.Ishihara(TheUniversityofTokyo),N.Nakamura(TokyoUniversityofAgricultureandTechnology),andJ.Miyake(OsakaUniversity)

11:20 2018 ASpatioandTemporalGaseousEthanolVisualizationSystemforReal-TimeAnalysisfromHumanBreathandBody–T.Arakawa,X.Wang(TokyoMedicalandDentalUniverisity),T.Kajiro(TokyoUniversityofTechnology),K.Miyajima,H.Kudo(TokyoMedicalandDentalUniverisity),K.Yano(TokyoUniversityofTechnology),andK.Mitsubayashi(TokyoMedicalandDentalUniverisity)

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11:40 2019 DevelopmentofHuman-EnvironmentInterfacebySensingandMultivariateAnalysisofBio-Ecosystem–M.Koshiba,G.Karino,A.Seno,Y.Shirakawa,K.Mimura,T.Sagawa,W.Tsugawa,K.Sode,andS.Nakamura(TokyoUniversityofAgricultureandTechnology)


14:00 2020 ElectrochemicalImpedanceSpectroscopyonNanomaterial-ModifiedSurfaces–A.J.Veloso,X.Chen,V.Hung,N.Li,andK.Kerman(UniversityofToronto)

14:40 2021 SecondGenerationContinuousGlucoseSensingSystemEmployingDirectElectronTransferPrinciple–W.Tsugawa(TokyoUniversityofAgricultureandTechnology),K.Kojima(UltizymeInternationalLtd.),andK.Sode(TokyoUniversityofAgricultureandTechnology)

15:00 2022 EngineeringFungiDerivedFADGlucoseDehydrogenaseandItsApplicationforGlucoseSensorStripEmployingScreenPrintedCarbonElectrode–Y.Onishi,M.Nakajima,W.Tsugawa(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),andK.Sode(TokyoUniversityofAgricultureandTechnology)

15:20 2023 ProfileofIgEandIgG4BindingEpitopesinCow’sMilkAllergensUsingPeptideArray–M.Okochi(NagoyaUniversity),Y.Yoshida,andH.Honda(NogoyaUniversity)

15:40 2024 Fiber-OpticFluoroimmunoassaySystemforOn-SiteDeterminationoftheIndoorAllergen–K.Miyajima(TokyoMedicalandDentalUniverisity),K.Tamari,E.Kiyomiya(BunkyoGakuinUniversity),M.Hayashi,T.Arakawa,H.Kudo(TokyoMedicalandDentalUniverisity),K.Shiba(BunkyoGakuinUniversity),andK.Mitsubayashi(TokyoMedicalandDentalUniverisity)

16:00 Intermission(20Minutes)16:20 2025 Self-AssembledSyntheticProteinScaffolds:

BiosynthesisandApplications–W.W.SuandZ.Han(UniversityofHawaii,Manoa)

17:00 2026 UseofHighSurfaceAreaElectrodesforSafeDeliveryofDirectCurrentforNerveConductionBlock–T.Vrabec,J.Wainright,N.Bhadra,N.Bhadra,andK.Kilgore(CaseWesternReserveUniversity)

17:20 2027 ElectrochemicalApproachtoFabricateStackedThickCellSheets–N.Mochiuzki,H.Suzuki,andJ.Fukuda(UniversityofTsukuba)

17:40 2028 ElectricalBioassaySystemUsingaHydrogel-SupportedSkeletalMuscleCells–K.Nagamine,H.Kaji,M.Kanzaki,andM.Nishizawa(TohokuUniversity)


C2 – Poster Session – 18:00 – 20:00Co-Chairs: K. Sode, M. Meyerhoff, K. Kerman, I. Hsing, I. Kubo, and E. Tamiya

• 2029 FabricationofSemi-InvasiveMicro-NeedleArrayUsingGradationExposure–M.Yamaguchi,Y.Sasaki,Y.Kimura,andM.Sasaki(IwateUniversity)

• 2030 HigherCatalyticActivitybyFluctuationeffectofCapturedEnzymeMoleculesinDesignedSelf-OrganizedMembraneonanElectrodeSurface–Y.Takatsuji,R.Yamasaki,A.Iwanaga(KyushuInstituteofTechnology),M.Lienemann,M.Linder(VTTBiotechnology),andT.Haruyama(KyushuInstituteofTechnology)

• 2031 Nano-StructuredProteinLayeronanElectrodeSurfaceTakingAdvantageofSelf-OrganizedHFBIandItsElectrochemicalProperty–R.Yamasaki,Y.Takatsuji,A.Iwanaga(KyushuInstituteofTechnology),M.Lienemann,M.Linder(VTTBiotechnology),andT.Haruyama(KyushuInstituteofTechnology)

• 2032 AnalysisofCellExfoliationSpecificallyObservedduringtheFormationofSpermine-InducedMultilayerMuscleFiberSheet–A.Ishida,N.Abe,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2033 QuantitativeAnalysisofCellDeathObservedduringtheFormationofSpermine-InducedMultilayerMuscleFiberSheet–N.Abe,A.Ishida,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2034 InVivoDeliveryofRNAiReagentsintoaMouse–M.Kaburagi,Y.Kakutani,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2035 SurfaceModificationofTitaniumDioxideNanoparticleswithGoldNanoparticlesforBioFuelCellApplication–H.Park(KoreaInstituteofScienceandTechnology),S.Pyo,D.Lee,S.Kim,andH.Park(Chung-AngUniversity)

• 2036 OptimizingFunctionalizedCarbonNanotubeMatrixforEnhancingDirectEthanolFuelCellPerformance–L.Q.Hoa,H.Yoshikawa,M.Saito,andE.Tamiya(OsakaUniversity)

• 2037 EvaluationofActivityofRNAiAgainstDiabetesRelatedGenesinMIN6Cells–Y.Kakutani(TokyoUniversityA&T),M.Kaburagi,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2038 ElectrochemicalDetectionofCellMembraneProteinsusingScanningElectrochemicalMicroscopy–Y.Matsumae,Y.Takahashi,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

• 2039 ElectrochemicalMonitoringofLoop-MediatedIsothermalAmplificationforInfluenzaVirusDetection–K.Yamanaka,M.Saito(OsakaUniversity),N.Nagatani(OkayamaUniversityofScience),K.Ikuta,andE.Tamiya(OsakaUniversity)

• 2040 Cell-BasedAssayUsingCellsAdjustedataSpecificStageduringDifferentiationtoβ-Cells–N.Hanata,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

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• 2041 DevelopmentofHigh-ThroughputToxicityAssaySystemIntegratedwithaChemicalGradientGenerator–Y.Sugamura(TokyoUniversittyofAgricultureandTechnology),M.Hosokawa,A.Arakaki,T.Tanaka,andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)

• 2042 DetectionofE. coliUsingElectrochemicalandImmunochromatographicAssayforAmplifiedGenebyPCR–Y.Ogido(OkayamaUniversityofScience),H.Ushijima(BiodevaicetechnologyLtd.),K.Yamanaka,M.Saito,E.Tamiya(OsakaUniversity),S.Katayama,T.Miyahara,andN.Nagatani(OkayamaUniversityofScience)

• 2043 SuppressionofanOct3/4TranscriptionActivityinESCellsbyDecoyDNAFemtoinjection–S.Oura(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2044 ProductionofaDifferentiationRegulatingProteintoBeFemtoinjectedintoESSingle-Cells–T.Tanaka(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2045 PEDOTMicroelectrodesAnchoredtoHydrogelforEfficientCellularElectricalStimulation–D.Takahashi,M.Sasaki,R.Suzuki,K.Nagamine,T.Miyake,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2046 DevelopmentofaPatch-TypeGelSheetSensorforDetectionofExtracellularMetabolites–S.Otani,S.Ito,K.Nagamine,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2047 DynamicPropertiesofFluorescentReporterProteinsFemtoinjectedintoESSingle-Cells–S.Hisatomi(TokyoUniversityofAgricultureandTrchnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2048 DevelopmentofCellAnalysisMethodbyUsingCMOSSensorforHigh-ThroughputBloodCellProfiling–T.Saeki,M.Hosokawa(TokyoUniversityofAgricultureandTechnology),T.Lim,K.Tomita,M.Harada(MalcomCo.,Ltd.),T.Yoshino,T.Tanaka,andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)

• 2049 FlexibleBiofuelCellUsingEnzyme-ModifiedNanoengineeredCarbonFabric–T.Yamada,S.Yoshino,T.Ofuji,T.Miyake,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2050 EvaluatingtheInsertionEfficienciesofSiliconNanoneedlesintoLivingSingleCells–S.Ryu(TokyoUniversityofAgricultureandTechnology),R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Kitagawa,N.Nakamura,andC.Nakamura(TokyoUniversityofAgricultureandTechnology)

• 2051 DevelopmentofaMethodtoModifyNanoneedleArrayswithMolecularProbesfortheAnalysisofLivingCells–M.Shimooku(TokyoUniversityofAgricutureandTechnology),S.RamachandraRao,R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Ishihara,K.Fukazawa(TheUniversityofTokyo),andC.Nakamura(TokyoUniversityofAgricultureandTechnology)

• 2052 FeasibilityStudyofDual-FRETMolecularBeaconfortheDynamicAnalysisofOct3/4mRNAinESCells–H.Koike(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2053 EffectofParticleSizeontheElectrochemicalResponsesofCytcochromec andPyrroloquinolineQuinoneImmobilisedonGoldNanoparticle-ModifiedElectrodes–M.Suzuki,K.Murata,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 2054 HydrophilicityandOsteoconductivityofTiAnodizedinVariousAqueousSolutions–D.Yamamoto,K.Kuroda,R.Ichino,andM.Okido(NagoyaUniversity)

• 2055 EffectofaCarbohydrate-BindingDomainonElectronTransferbetweenProteinsandCarbonElectrodes–H.Shimofusa,M.Inukai,M.Yoshida(TokyoUniversityofAgricultureandTechnology),K.Igaraqshi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 2056 ComparisonofQuantitativeImagingAnalysisandElectrochemicalSensingfortheBeatingsofCardiomyocyteDerivedfromMouseEmbryonicStemCells–Y.Yamaguchi,E.Shimizu,T.Ikeuchi,A.Hashimoto,M.Saito,andE.Tamiya(OsakaUniversity)

• 2057 TurningGlucoseOxidaseintoEssentiallyDehydrogenase–Y.Horaguchi,S.Saito,S.Ferri(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)

• 2058 EnhancementofWettabilityonTitaniumSubstratesbyFemtosecondLaserMicron/NanoMachining–K.Fung,Y.Su,C.Liu,C.Ni(NationalChengKungUniversity),C.Lin,P.Wu,andC.Cheng(IndustrialTechnologyResearchInstitute)

• 2059 CorrelationbetweenSpectroscopeAbsorbanceandBiofilmtoAnodeMicrobialFuelCell–R.J.Marassi,J.M.Santos,C.E.Teodoro,F.S.Santos,andG.C.Silva(UniversidadeFederalFluminense)

• 2060 AssessmentofCellBehaviorsonTiO2NanotubeArraysbyUsingAtomicForceMicroscopy,RamanSpectroscopy,FluorescenceMicroscopy–R.Li,Q.Li,L.Xiao,S.Williams,E.Suasnavas,C.Isom,D.Larson,L.Rickords,andA.Zhou(UtahStateUniversity)

• 2061 SucarcaneWasteasSubstrateforMicrobialFuelCell–J.M.Santos,R.J.Marassi,C.E.Teodoro,F.S.Santos,andG.C.Silva(UniversidadeFederalFluminense)

• 2062 DevelopmentofaPOCTDiagnosticSystemforPeriodontalDiseaseUsingaPrintedElectrode–T.Uenoyama(DepartmentofAppliedPhysics,Graduateschoolofengineering,OsakaUniversity),K.Yamanaka,M.Saitou,Y.Yamaguchi,M.Wada,andE.Tamaiya(OsakaUniversity)

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• 2063 ImplantableNerveCuffElectrodeDepositedwithElectrospunNanofibertoControlDrugReleaseforLong-TermImplantation–S.Lee,S.Park,S.Lim,K.Hwang,andJ.Kang(KoreaInstituteofScienceandTechnology)

• 2064 AminoAcidSensingBasedon2D-SPRImaging–Y.HidaandH.Shinohara(UniversityofToyama)

• 2065 Non-FETElectrochemicalDNADetectionUsingMetal-Gap-Oxide-SiliconStructures–K.Kawai,Y.Doi,T.Furukawa,J.Uchikoshi,K.Arima,andM.Morita(OsakaUniversity)

C4New Synthetic and Mechanistic Approaches to Molecular Electroorganic ChemistryOrganicandBiologicalElectrochemistry306B, Level 3, Hawaii Convention Center

Co-Chairs: M. Atobe and H. Shimakoshi

10:00 2078 SynthesisofMultinuclearMetalladithiolenesandControlofTheirInternuclearElectronicCommunication–S.Tsukada,Y.Shibata,T.Kambe,R.Sakamoto,andH.Nishihara(TheUniversityofTokyo)

10:20 2079 RedoxActiveDendronizedPolymersEquippedwithPeripheralTriarylamines–T.Nokami,N.Musya,T.Morofuji,K.Takeda,andJ.Yoshida(KyotoUniversity)

10:40 2080 SynthesisofAlkaloidsSkeletonsUsingtheHyper-ValentIodobenzeneOxidant–D.Kajiyama,T.Saitoh,S.Yamaguchi,andS.Nishiyama(KeioUniversity)

11:00 2081 RapidAccesstothePyreneCoredDendrimersUsingDendriticDiarylcarbeniumIonPools–K.Takeda,T.Nokami,andJ.Yoshida(KyotoUniversity)

11:20 2082 PreparationofNanoemulsionUsingTandemAcousticEmulsificationandItsApplicationtoTemplatedElectropolymerization–K.Nakabayashi,T.Fuchigami,andM.Atobe(TokyoInstituteofTechnology)

11:40 2083 ElectrochemicalNickel-InducedFluoroalkylation–D.Y.Mikhaylov,Y.H.Budnikova,Y.B.Dudkina,T.V.Gryaznova,andO.G.Sinyashin(A.E.ArbuzovInstituteofOrganicandPhysicalChemistry)

Co-Chairs: H. Nishihara and B. Ohtani

14:00 2084 SynthesisandPropertiesofNitrogen-BridgedTerthiophenes–K.Mitsudo,S.Shimohara,andS.Suga(OkayamaUniversity)

14:20 2085 RegioselectiveCross-CouplingReactionofAzuleneandα,β-UnsaturatedKetonebyElectronTransferfromMagnesium–H.Maekawa,J.Honda(NagaokaUniversityofTechnology),andR.Akaba(GunmaCollegeofTechnology)

14:40 2086 PredictionofReductionPotentialsfromCalculatedElectronAffinitiesforMetal-SalenCompounds–J.A.Miranda,J.M.Yates,andB.F.Gherman(SacramentoStateUniversity)

15:00 2087 AnodicOxidationofCarbamatesinthePresenceofSolid-SupportedAcidsandItsApplicationtoCarbon-CarbonBondFormingReactions–T.Tajima,A.Takabayashi,andK.Yamazaki(ShibauraInstituteofTechnology)

15:20 2088 PairedElectrochemicalReactionofaPoly(Fluorenol)Derivative–H.Nagai,S.Inagi,andT.Fuchigami(TokyoInstituteofTechnology)


Co-Chairs: H. Maekawa and T. Nokami

16:00 2089 FabricationofGradientSurfaceUsingBipolarElectrochemistry–N.Shida,Y.Ishiguro,S.Inagi,andT.Fuchigami(TokyoInstituteofTechnology)

16:20 2090 SyntheticStudyofO-MethylthalibrineUsingAnodicOxidation–Y.Kawabata,Y.Naito,T.Saitoh,Y.Ishikawa,andS.Nishiyama(KeioUniversity)

16:40 2091 PreparationandReactionofTitaniaParticlesEncapsulatedinHollowSilicaShellsasanEfficientPhotocatalystforStereoselectiveSynthesisofPipecolinicAcid–S.ChandrenandB.Ohtani(HokkaidoUniversity)

17:00 2092 ElectrochemicalOxidationofPoly(p-phenylene-vinylene)DerivativesContainingTetraphenylethyleneUnits–S.Wakana,S.Inagi,T.Fuchigami,andI.Tomita(TokyoInstituteofTechnology)

17:20 2093 VoltammetryofNitrofluorenes:Simulation–I.U.Haque(LeidenUniversity)andA.Dar(UniversityofEngineeringandTechnologyLahore)


C4 – Poster Session – 18:00 – 20:00Co-Chair: A. J. Fry

• 2094 TheElectrochemicalOxidationofPyrogallol:FormationofLong-LivedOxygenRadicalsandApplicationtoAssesstheRadicalScavengingAbilitiesofAntioxidants–S.Mu(YangzhouUniversity)

D2Materials Degradation in Energy Systems: Corrosion and Hydrogen-Material InteractionsCorrosion/Battery/EnergyTechnologyKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

D2 – Poster Session – 18:00 – 20:00Co-Chair: N. Missert

• 2144 First-PrinciplesMolecularDynamicsSimulationoftheChemicalDegradationofPolymerElectrolyteMembranes–A.Kobayashi,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

• 2145 MolecularDynamicsStudyforSinteringCharactersticsofSolidOxideFuelCellAnode–K.Nakao,T.Ishimoto,andM.Koyama(KyushuUniversity)

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• 2146 DensityFunctionalTheoryStudyandModelDevelopmentonPtNano-Particles–G.Brunello,J.Choi,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)

• 2147 DensityFunctionalTheoryStudyofPtDissolutionatWater-PtInterface–J.Choi,G.Brunello,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)

D3Corrosion, Passivity, and Energy: A Symposium in Honor of Digby MacdonaldCorrosion301B, Level 3, Hawaii Convention Center

Models – 08:00 – 09:45Co-Chairs: Takumi Haruna and Dave Williams

08:00 2199 PredictingtheSteadyStateThicknessofPassiveFilmswiththePointDefectModelinFrettingCorrosionExperiments–J.Geringer(ENSM-SE),M.L.Taylor,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:15 2200 OptimizationofImpedanceModelswithDifferentialEvolution–M.L.Taylor,S.Sharifi,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:30 2201 NeuralNetworkasaDataMiningToolforPredictionofCorrosionBehavior–M.(.KamrunnaharandM.Urquidi-Macdonald(ThePennsylvaniaStateUniversity)

08:45 2202 VacancyFormationandElectronicStructureonFeS2Surfaces–ModelSystemforIronSulfideCorrosionFilms–F.W.Herbert,A.Krishnamoorthy,K.J.VanVliet,andB.Yildiz(MassachusettsInstituteofTechnology)

09:00 2203 DeterministicPredictionofLocalizedCorrosionDamageinOilandGasPipelines–G.R.Engelhardt(OLISystems,Inc.),R.Wollam(BP),andD.D.Macdonald(ThePennsylvaniaStateUniversity)

09:15 2204 ApplicationoftheKramers-KronigRelationstoImpedanceSpectroscopy–M.E.Orazem(UniversityofFlorida)

09:30 2205 Microstructure-InfluencedNumericalModelingofPittingCorrosionin316StainlessSteel–N.Kota(ScienceApplicationsInternationalCorporation),S.Qidwai,andV.DeGiorgi(U.S.NavalResearchLaboratory)

Models – 10:00 – 12:00Co-Chairs: Jordi Abellà and Mike McKubre

10:00 2206 TheRoleofMnSInclusionsandPassiveFilmsintheInitiationofPittingCorrosionofStainlessSteels–N.Hara,Y.Sugawara,andI.Muto(TohokuUniversity)

10:30 2207 CPEBehaviorofOxideLayerImpedance–B.Tribollet,I.Frateur(CNRS),M.Musiani(IENICNR),M.E.Orazem(UniversityofFlorida),andV.Vivier(CNRS)

10:45 2208 ASpectroscopicandElectrochemicalInvestigationoftheStructureofNi(OH)2Materials–D.S.Hall(UniversityofOttawa),C.Bock,B.MacDougall(NationalResearchCouncilCanada),D.J.Lockwood(NationalResearchCouncil),andS.Poirier(NationalResearchCouncilCanada)

11:00 2209 ElectrochemicalandSurfaceStudyoftheOxideGrowthandConversionon316LStainlessSteel–Q.W.Knapp,J.J.Noël,andJ.Wren(WesternUniversity)

11:15 2210 ConstantPhaseElementsandImpedanceofRoughSurfaces:ANumericalStudy–M.Venkatraman,I.S.Cole(CSIROMaterialsScienceandEngineering),D.Sherwood(CentralElectrochemicalResearchInstitute),I.G.Bosco(CSIROMaterialsScienceandEngineering),andB.Emmanuel(CentralElectrochemicalResearchInstitute)

11:30 2211 MathematicalModelsforUnder-DepositCorrosion–Y.ChangandM.E.Orazem(UniversityofFlorida)

11:45 2212 WeightLossModelforAtmosphericCorrosionofSteelinMexicoUsingArtificialNeuralNetworks–E.BolanosRodriguez(UniversidadAuonomadelEstadodeHidalgo.Mexico)andJ.GonzálezIslas(UniversidadTecnológicadeTulancingo.México)

Impedance – 13:45 – 15:30Co-Chairs: Ignacio Gonzalez and Patrick Schmuki

13:45 2213 ElectrochemicalCorrelationStudyofOn-LineCorrosionMonitoringProbes–D.Bai(HarbinInstituteofTechnology,ShenzhenGraduateSchool),J.Wu(HarbinInstituteofTechnologyShenzhenGraduateSchool),andF.Chen(ShenzhenGrusenTechnologyCo.,Ltd)

14:00 2214 (CorosionDivisionH.H.UhligAwardPresentation)UnderstandingofPassivityDuetotheApplicationofSurfaceMethods,aReview–H.Strehblow(Heinrich-Heine-UniversityDuesseldorf)

14:30 2215 (CorrisionDivisinMorrisCohenAwardPresentation)EvaluationofThiosulfateasaSubstituteofHydrogenSulfideinSourCorrosionFatigueStudies–M.Kappes(UniversityofAkron),G.Frankel(TheOhioStateUniversity),R.Thodla(DNV),N.Sridhar(DetNorskeVeritas(USA)Inc.),andR.Carranza(ComisiónNacionaldeEnergíaAtómica)

15:00 2216 MarineBiofilmsMimicMetal/AirBatteryCurrentEnhancementStrategies:AStudyofPeroxideDegradationviaManganeseDioxideCatalysisinSeawater–M.J.Strom(U.S.NavalResearchLaboratory),G.W.Luther,andS.C.Dexter(UniversityofDelaware)

15:15 2217 DissolutionBehaviorofNovelLeadAnodesforCopperElectrowinning–M.Clancy,C.Bettles,N.Birbilis(MonashUniversity),andA.Stuart(OrigmaPtyLtd.)

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Energy – 15:30 – 18:15Co-Chairs: Jing-Li Luo and Tim Burstein

15:30 2218 CorrosionBehaviorofHighLevelWaste(HLW)StorageTankMaterials–J.GrantandD.Chidambaram(UniversityofNevadaReno)

15:45 2219 NuclearCorrosionandElectrochemistry:AchievementsandChallenges–D.Feron(CEA)

16:00 2220 ProbabilisticModelforSCC:IntegrationoftheSeveralEnvironmentandFractureProcesses–S.Jain,F.Ayello,J.A.Beavers,andN.Sridhar(DetNorskeVeritas)

16:15 2221 Chloride-InducedStressCorrosionCrackingofAusteniticStainlessSteelforDryStorageofSpentNuclearFuel–T.M.Ahn,G.Oberson,andS.DePaula(U.S.NuclearRegulatoryCommission)

16:30 2222 DynamicPolarizationBehaviorsofStainlessSteelsinWaterFilmSimulatingtheWaterTreatmentPlants–Y.Kim(POSCOTechnicalResearchLaboratory)andY.Park(WaterworksResearchInstituteSMG)

16:45 2223 ElectrochemicalCharacterizationofUNSS32760andUNSS31603AlloysinPresenceofFluorideandBromideSolutions–E.MayaVisuet,A.Karayan,andH.Castaneda-Lopez(NationalCenterforCorrosionResearchandEducationandMaterialsPerformance,TheUniversityofAkron)

17:00 2224 DeterminationofKineticParametersforWaterReductionandOxygenReductiononCopper–S.SharifiaslandD.D.Macdonald(ThePennsylvaniaStateUniversity)

17:15 2225 In SituSpectroscopicEllipsometryandElectrochemicalStudiesoftheBarrierLayeronIroninBorateBufferSolutions–Z.Lu(FordMotorCompany),S.Sharifiasl,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

17:30 2226 CopperAlloysCorrosionandPassivationMonitoringbyElectrochemicalIntegratedProbesinChlorinatedCondenserCoolingCircuits–P.Cristiani,M.Carvalho(RSE-RicercasulSistemaElettricoS.p.A.),andG.Perboni(CESISpA)

17:45 2227 StateofHealthEstimationofLiFePO4/GraphiteCells–Y.ZhangandC.Wang(ThePennsylvaniaStateUniversity)

18:00 2228 OntheStabilityofthePassiveFilmonIronasIndicatedbyElectrochemicalImpedanceSpectroscopy–M.Urquidi-McDonaldandD.D.Macdonald(ThePennsylvaniaStateUniversity)


D3 – Poster Session – 18:00 – 20:00

• 2229 DensityFunctionalTheoryCalculationsofDefectsFormationEnergiesinCr2O3–B.Malki,B.Baroux,O.LeBacq,andA.Pasturel(GrenobleINP)

• 2230 ElectricalMicrodischargeCharacterizationduringSparkAnodizationofZirconium–J.S.Santos(UniversidadeFederaldeSaoCarlos),S.G.Lemos(UniversidadeFederaldaParaiba),W.N.Gonçalves,O.M.Bruno(UniversidadedeSaoPaulo),andE.C.Pereira(UniversidadeFederaldeSaoCarlos)

• 2231 PreparationofPt-Ru/CNT/CarbonClothCatalystsbyElectrodepositionMethodforUseinFuelCell–Y.Lin,T.Yeh,andM.Tsai(NationalTsingHuaUniversity)

• 2232 EffectofPassivationPotentialonAmountofBoundWaterinPassiveFilmonTitanium–T.HarunaandS.Ito(KansaiUniversity)

• 2233 PredictionofStressCorrosionCrackingofType304StainlessSteelWeldComponentsExposedtoChlorideEnvironments–G.NakayamaandY.Sakakibara(IHICorporation)

• 2234 ElectrochemicalStudiesoftheAlloyTi6Al4VafterBeingSubjectedtoUV-CIrradiationTreatment–M.Pacha-Olivenza(CIBER-BBN),A.Gallardo-Moreno,V.Vadillo-Rodríguez,M.González-Martín,C.PérezGiraldo(UniversityofExtremadura),andJ.C.Galván(CentroNacionaldeInvestigacionesMetalúrgicas)

• 2235 EffectsofCuontheLocalizedCorrosionandRepassivationkineticsofFerriticStainlessSteels–S.Ahn,K.Oh(KAIST),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

D5High Temperature Corrosion Materials Chemistry 10HighTemperatureMaterials/Corrosion318A, Level 3, Hawaii Convention Center

Oxidation and Corrosion of Metallic Systems -1 – 08:00 – 12:00Co-Chairs: P. Gannon and T. Maruyama

08:00 2306 FabricationofVerticallyAlignedNano-OxideArraysviaInternalOxidationofDiluteAlloys–M.NankoandD.T.Do(NagaokaUniversityofTechnology)

08:40 2307 High-TemperatureOxidationKineticsforRecoveryofMechanicalStrengthonNano-NiDispersedAl2O3HybridMaterials–D.MaruokaandM.Nanko(NagaokaUniversityofTechnology)

09:00 2308 EarlyOxidationStagesofAluminaFormersandtheeffectoftheAdditions:ABriefSurvey–J.Jedliński(AGHUniversityofScienceandTechnology)

09:20 2309 TheInfluenceofKCl(s)ontheOxidationofaFeCrAlAlloyat600°CinDryandWetEnvironment–N.Israelsson,L.Johansson,andJ.Svensson(ChalmersUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 2310 Deposit-InducedCorrosionofNickel-BaseAlloys

atLowTemperatures(650-750˚C)–B.S.Lutz,M.N.Task,N.M.Yanar,F.S.Pettit(UniversityofPittsburgh),G.R.Holcomb(NationalEnergyTechnologyLaboratory),andG.H.Meier(UniversityofPittsburgh)

10:20 2311 High-TemperatureCorrosionBehaviorofSputteredNi-BasedNanocrystallineCoatingwithYttriumAdditioninChlorideat900°C–P.Yu(ShenyangUniversityofChemicalTechnology),W.Wang,F.Wang,andS.Zhu(ChineseAcademyofSciences)

10:40 2312 AcceleratedCorrosionofLowAlloyandStainlessSteelbyPbCl2-ContainingSaltMixtures–D.P.Bankiewicz,P.Yrjas,andM.Hupa(ÅboAkademiUniversity)

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11:00 2313 AnElectrochemicalImpedanceSpectroscopyStudyontheeffectofCondensateonOxidesFormedona25Cr/20NiCastStainlessSteelinExhaustEnvironments–M.Ekström(RoyalInstituteofTechnology),B.Zhu(MaterialsTechnology,ScaniaCVAB),P.Szakalos,andS.Jonsson(RoyalInstituteofTechnology)

11:20 2314 TheeffectofWaterVaporontheDistributionofOxidePrecipitatesduringInternalOxidationofNi-5CrAlloyat1073K–M.Ueda(TokyoInstituteofTechnology),Y.Kurata(NGKInsulatorsLtd.),K.Kawamura,andT.Maruyama(TokyoInstituteofTechnology)

11:40 2315 OxidationBehaviourofSanicro25inCO2andH2O-RichEnvironments–L.Intiso(CentrosviluppoMateriali),L.Johansson,andM.Halvarsson(ChalmersUniversityofTechnology)

Oxidation and Corrosion of Metallic Systems 2 – 14:00 – 15:20Co-Chairs: P. Masset and G. Meier

14:00 2316 BehaviorsofSOFCInterconnectSteelsandCoatingswithContactingElectrodesandSealsinSingleandDualAtmosphereExposures–R.Amendola,A.Weinstein,S.Sofie,andP.Gannon(MontanaStateUniversity)

14:20 2317 OxygenActivityDistributionfromAtmospheretoScaleSurfaceonHighTemperatureOxidationofIron–K.Kawamura,S.Sonota,M.Ueda,andT.Maruyama(TokyoInstituteofTechnology)

14:40 2318 KineticsandMechanismsofCopperCatastrophicOxidationinthePresenceofLow-MeltingOxides–V.V.Belousov(RussianAcademyofSciences)


High Temperature Electrochemistry – 15:20 – 16:40Co-Chairs: G. Meier and P. Masset

15:20 2319 TheActivityofRh2O3inBoro-SilicateGlassat1373K–H.Kimura,S.Yamamoto,M.Ueda,K.Kawamura,T.Maruyama(TokyoInstituteofTechnology),K.Minami,andE.Ochi(JapanNuclearFuelLimited)

15:40 2320 HighTemperatureElectrolysisforLiquidIronProduction–G.Haarberg,E.Kvalheim(NorwegianUniversityofScienceandTechnology),A.Martinez(SINTEF),S.Rolseth(SINTEFMaterialsandChemistry),andH.Gudbrandsen(SINTEF)

16:00 2321 CorrosionBehaviorofConstructionMaterialsforIntermediateTemperatureSteamElectrolysers–A.V.Nikiforov(TechnicalUniversityofDenmark),I.M.Petrushina(TechnicalIniversityofDenmark),J.Jensen,andN.Bjerrum(TechnicalUniversityofDenmark)

16:20 2322 EvaluationofElectrodeMaterialsforElectrolyticReductionofNuclearFuels–A.MerwinandD.Chidambaram(UniversityofNevadaReno)


D5 – Poster Session – 18:00 – 20:00Co-Chairs: E. Opila and J. Fergus

• 2323 FabricationofNano-RodArrayStructureUsedAluminizingandInternalOxidationofAlloyforMicro-Channel–T.Ishizaki,D.T.Do,andM.Nanko(NagaokaUniversityofTechnology)

• 2324 MeasuringCrVolatilityfromFerriticStainlessSteels:NovelandConventionalMethodsCompared–J.J.Eziashi,C.Key,R.Smith,andP.Gannon(MontanaStateUniversity)

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

Optical, Magnetic and Electronic Properties – 08:00 – 10:00Co-Chairs: D. Lockwood and N. Koshida

08:00 2379 TuningofOpticalPropertiesofSiliconPhotonic-CrystalDevicesbyInfiltrationofGroovesandPoreswithLiquidCrystals–T.S.Perova(TrinityCollegeDublin),V.Tolmachev(IoffePhysicalTechnicalInstitute),andA.V.Baldycheva(TrinityCollegeDublin)

08:30 2380 Size-DependentAssessmentofFe3O4-NanoparticlesLoadedintoPorousSilicon–P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),Y.Tian,G.Akkaraju,J.L.Coffer(TexasChristianUniversity),P.Poelt(UniversityofTechnologyGraz),P.Morales(CSICMadrid),andM.Reissner(ViennaUniversityofTechnology)

08:50 2381 MagneticPropertiesofanIronOxide/PorousSiliconSystemControlledbyMagneticInteractions–K.Rumpf,P.Granitzer(Karl-Franzens-UniversityGraz),P.Poelt(UniversityofTechnologyGraz),P.Morales(CSICMadrid),andM.Reissner(ViennaUniversityofTechnology)

09:10 2382 TheeffectsofConfinementandCoulombBlockadeontheTransportinEnsemblesofSiQuantumDots–I.Balberg(TheHebrewUniversity)


Pore Formation and Characterization – 10:00 – 15:20Co-Chairs: P. Granitzer and T. S. Perova

10:00 2383 OpticalCharacterizationofSelf-AssembledSystems:NanoparticlesandMonolayers–N.Rowell(NationalResearchCouncilCanada)

10:30 2384 XPSAnalysisofPorousSilicon–D.Aureau(CNRS-UVSQ),J.Chazalviel,F.Ozanam(CNRS-Ecolepolytechnique),andA.Etcheberry(CNRS-UVSQ)

10:50 2385 TransientSurfacePhotovoltageStudiesofNano-PorousSiliconwithEmbeddedMetalNanoparticles–P.R.Chapagain,E.Davis,A.Nemashkalo,Y.Strzhemechny(TexasChristianUniversity),P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),andE.Nguyen(PaschalHighSchool)

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11:10 2386 EnhancedSuppressionoftheFormationofPorousSiliconBasedonSecondaryKnocked-OneffectinFIB–J.Wang,J.Jiao,P.Yan,M.Wang,W.Liu,D.Ge(ShanghaiInstituteofMicrosystemandInformationTechnology),andJ.Xu(ShanghaiUniversity)

11:30 2387 ConversionKineticsandCharacterisationofPt/PbNanoparticlesonFluorineDopedTinOxideGlass–K.Yliniemi(AaltoUniversity),D.Wragg,T.M.Watson,D.A.Worsley,H.McMurray(SwanseaUniversity),B.P.Wilson(AaltoUniversity),P.Schmuki(UniversityofErlangen-Nuremberg),andK.Kontturi(AaltoUniversity)

11:50 2388 Low-LyingElectronicExcitationsandOpticalAbsorptionSpectraoftheBlackDyeSensitizer:AFirst-PrinciplesStudy–A.Delgado,S.Corni,andG.Goldoni(CNR-NANOS3Center)

12:20 LunchBreak(90Minutes)13:50 AwardCeremony(90Minutes)

Applications of Silicon and Metal Oxide Nanostructures – 15:20 – 18:10Co-Chairs: F. Ozanam and B. Gelloz

15:20 2389 ApplicationsofPorousSilicontoMulticrystallineSiliconSolarCells:StateoftheArt–C.Levy-Clement(CNRS)

15:50 2390 DepositionofTernaryAlloysofCadmiumSeleno-SulfideThinFilmsonNanoporousTiO2forSolarCellsApplications–A.Sepehrifard,A.Aushana,andS.Morin(YorkUniversity)

16:10 2391 FabricationofHighlyOrderedPorousSiandItsApplicationtoAnodesinLithium-IonBattery–H.Masuda,S.Tagawa,andK.Nishio(TokyoMetropolitanUniversity)

16:30 2392 SiliconandPorousSilicon/CarbonNanocompositesforRechargeableLi-andMg-IonBatteries–S.PolisskiandT.Abe(KyotoUniversity)

16:50 2393 SiliconNanowiresforInnovativeEnergyApplications–V.Sivakov,M.Kulmas(InstituteofPhotonicTechnology),B.Hoffmann(MaxPlanckInstitutefortheScienceofLight),F.Talkenberg(InstituteofPhotonicTechnology),R.Kirchgeorg,C.Lee(FriedrichAlexanderUniversität),P.Schmuki(UniversityofErlangen-Nuremberg),andS.Christiansen(MaxPlanckInstitutefortheScienceofLight)

17:10 2394 TransitionMetalOxideParticlesDepositedontoTitaniaNanotubesasHighPerformanceElectrodesforLi-IonMicrobatteries–N.KyerematengandT.Djenizian(UniversityofAix-Marseille)

17:30 2395 DesigningStructureandCompositionofNanoporousAnodicAluminaforOpticalApplications–D.Routkevitch(InRedoxLLC)

17:50 2396 DepositionofLaF3toPassivatethePore-WallsofPorousSiliconUsingaSimpleSingle-SourceChemicalBathTechnique–A.Ismail(RajshahiUniversity),M.Rahman(PabnaScience&TechnologyUniversity),M.Hossain,M.Nain,andS.Mou(RajshahiUniversity)


D7 – Poster Session – 18:10 – 20:00Co-Chairs: P. Schmuki, H. Masuda, and P. Granitzer

• 2397 PreparationandCharacteristicsofAnodicAluminumOxideMembraneswithMesospongeStructure–T.N.Nguyen,M.Kim,J.Ahn(KoreaElectrotechnologyResearchInstitute),J.Kaewsuk(KoreanElectrotechnologyResearchInstitute),J.Kim,andD.Jeong(KoreaElectrotechnologyResearchInstitute)

• 2398 FabricationofFlexibleAluminaMicrolensArraybyLaserIrradiationandAluminumAnodizing–T.Kikuchi,Y.Wachi,T.Takahashi,M.Sakairi(HokkaidoUniversity),andR.O.Suzuki(Eco-Processing)

• 2399 FormationofSelf-OrganizedNanoporousAnodicFilmsonCarbonSteels–S.Yang,Y.Konno,E.Tuji,Y.Aoki(HokkaidoUniversity),H.Shoji(NipponSteelCorporation),P.Skeldon,G.E.Thompson(TheUniversityofManchester),andH.Habazaki(HokkaidoUniversity)

• 2400 MetalAssistedEtchingofSiliconinaV2O5PlusHFSolution–W.B.BarclayandK.W.Kolasinski(WestChesterUniversity)

• 2401 AnodicPorousEtchingofn-InP:AChemical-AssistedDissolutionProcess–L.Santinacci(CNRS–Aix-MarseilleUniversity),M.Bouttemy,andA.Etcheberry(UniversityofVersailles-CNRS)

• 2402 MathematicalModelfor<111>APorePropagationandRelationtoCurrentforInPinAqueousKOHElectrolytes–R.Lynch,N.Quill,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

• 2403 DifferentialPhotoacousticElectrochemicalCelltoStudyIn SitutheWettingProcessinDifferentMaterials–D.G.Espinosa-ArbelaezandM.Rodriguez-Garcia(UniversidadNacionalAutónomadeMéxico)

• 2404 StudyoftheMicrostructuralandOpticalPropertiesofPorousSiliconBraggReflectorsObtainedbyDifferentialPhotoacousticElectrochemicalCell–M.Rodriguez-GarciaandD.G.Espinosa-Arbelaez(UniversidadNacionalAutónomadeMéxico)

E2Atomic Layer Deposition Applications 8DielectricScienceandTechnology/ElectronicsandPhotonics304B, Level 3, Hawaii Convention Center

Energy – 08:20 – 10:00

08:20 2467 GrowthCharacteristicsandPropertiesofYttriumOxideThinFilmsbyAtomicLayerDepositionfromNovelY(iPrCp)3PrecursorandO3–R.Xu,S.Selvaraj,N.Azimi,andC.G.Takoudis(UniversityofIllinoisatChicago)

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08:40 2468 ElectrocatalyticActivityofPlatinumGrownbyAtomicLayerDepositiononCarbonNanotubesforSi-BasedDMFCApplications–A.Johansson,R.Yang(DanishTechnologicalInstitute),B.Dalslet,J.V.Larsen,K.Haume(TechnicalUniversityofDenmark),L.H.Christensen(DanishTechnologicalInstitute),andE.V.Thomsen(TechnicalUniversityofDenmark)

09:00 2469 AtomicLayerDepositionofCopper(I)SulfideUsingCommerciallyProducedPrecursors–S.Christensen,A.Dameron,T.Gennett,andI.Repins(NationalRenewableEnergyLaboratory)

09:20 2470 HighPerformanceCore-ShellNanowireArrayDevicesPreparedbyAtomicLayerDeposition–H.Kim(YonseiUniversity)


Novel Applications – 10:00 – 12:00

10:00 2471 MetalOxideALDFilmsforLowPowerSensorApplications–S.H.Brongersma(HolstCentre/imec)

10:40 2472 EnablingHighPerformanceDetectorsandOpticsforAstronomyandPlanetaryExplorationwithALD–F.Greer(JetPropulsionLaboratory)

11:20 2473 NanomechanicalPropertiesofUltraThinFilmsSynthesizedbyAtomicLayerDeposition–H.Baumgart(OldDominionUniversity)

Metals – 14:00 – 15:50

14:00 2474 StudyonGrowthCharacteristicsofALDRuO2ThinFilmswithDepositionConditions–W.Kim(SamsungElectronicsCo.Ltd.),B.Kim,J.Chang(SamsungElectronicsCo.,Ltd.),Y.Tak(SamsungElectronicsCo.Ltd.),H.Yang,S.Moon,O.Kwon,K.Cho,C.Yoo,andH.Kang(SamsungElectronicsCo.,Ltd.)

14:20 2475 AtomicLayerDepositionofTiN/Al2O3/TiNNanolaminatesforCapacitorApplications–L.Assaud,M.Hanbücken,andL.Santinacci(CNRS–Aix-MarseilleUniversity)

14:40 2476 ImpactofDirectPlasmaDensificationonResistivityandConformalityofPEALDTantalumNitride–O.VanderStraten(IBMResearch),X.Zhang(GlobalFoundries),C.Penny,J.Maniscalco(IBMSystems&TechnologyGroup),S.Chiang,J.Ren,andP.Ma(AppliedMaterials,Inc.)

15:00 2477 AtomicLayerDepositionofRutheniuminVariousPrecursorandOxygenDoses–J.Kim,K.Son,B.Kim,W.Kim,andJ.Shim(KoreaUniversity)


Reaction Mechanisms II – 15:50 – 17:40

15:50 2478 In SituFTIRCharacterizationofGrowthInhibitioninAtomicLayerDepositionUsingReversibleSurfaceFunctionalization–A.Yanguas-Gil,J.A.Libera,andJ.W.Elam(ArgonneNationalLaboratory)

16:30 2479 SubstrateReactivityeffectsintheALDofAl2O3RevealedbyIn SituALD–M.Tallarida,M.Michling,C.Das,andD.Schmeisser(BrandenburgUniversityofTechnology)

16:50 2480 NewReactionChemistriesforLateTransitionMetalAtomicLayerDeposition–B.Vidjayacoumar,V.Ramalingam,R.Kleinberger,D.J.Emslie(McMasterUniversity),J.Blackwell,andS.Clendenning(IntelCorporation)

17:30 ConcludingRemarks(10Minutes)

E2 – Poster Session – 18:00 – 20:00

• 2481 TungstenNitrideFilmsPreparedbyCyclic-PulsedChemicalVaporDepositionforICMetallization–E.Kim,H.Woo,andD.Kim(ChonnamNationalUniversity)

• 2482 HighlyUniformSelf-AssembledGoldNanoparticlesoverHighSurfaceAreaZnONanorodsasNovelCatalysts–T.M.Abdel-Fattah(ChristopherNewportUniversity),K.Zhang,W.Cao,andH.Baumgart(OldDominionUniversity)

• 2483 CharacterizationofComplexMagneticNanotubes–K.Pitzschel,J.Bachmann,S.Martens,J.MorenoMontero(UniversityofHamburg),J.Escrig(UniversidaddeSantiagodeChile),K.Nielsch,andD.Görlitz(UniversityofHamburg)

• 2484 SynthesisofVO2ThinFilmsbyAtomicLayerDepositionwithTEMAVasPrecursor–K.Zhang,M.Tangirala,D.Nminibapiel(OldDominionUniversity),V.Pallem,C.Dussarrat(AmericanAirLiquide),andH.Baumgart(OldDominionUniversity)

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

GaN Power Switching Transistors – 08:00 – 10:00Co-Chairs: Mike Spencer and Joachim Wurfl

08:00 2528 PhysicsofGaN-basedPowerFieldEffectTransistors–M.Shur(RPI)

08:20 2529 RecentAdvancesinIII-NHigh-PowerElectronics–R.Dupuis,Y.Lee,Z.Lochner,H.Kim,Y.Zhang,J.Ryou,andS.Shen(GeorgiaInstituteofTechnology)

08:40 2530 Quasi-VerticalGaN-on-SiliconTransistorsforCompactEnhancement-modePowerSwitches–B.Brar,D.Kim,C.Neft,C.Nguyen,andV.Mehrotra(TeledyneScientific)

09:00 2531 DemonstrationofLowON-ResistanceCAVETSwithAmmoniaMBEGrownActivep-GaNLayerastheCurrentBlockingLayerforHighPowerApplications–R.Yeluri,C.Hurni,S.Chowdhury,J.S.Speck,andU.Mishra(UniversityofCaliforniaSantaBarbara)

09:20 2532 AlGaN/GaNHeterojunctionFETsforHigh-BreakdownandLow-LeakageOperation–M.KuzuharaandH.Tokuda(UniversityofFukui)


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GaN Crystal Growth and Characterization – 10:00 – 12:00Co-Chairs: Mike Dudley and Ken Jones

10:00 2533 III-NitrideHighVoltagePowerElectronics–M.SpencerandW.Schaff(CornellUniversity)

10:20 2534 HydrophobicGrowthofGaNMaterial:CurrentStatusandFuturePotential–J.M.Mann(USAirForceResearchLaboratory),B.Wang(SolidStateScientificCorporation),andD.Bliss(USAirForceResearchLaboratory)

10:40 2535 ElectrochemicalSolutionGrowthofGalliumNitride–T.C.Monson,K.Waldrip(SandiaNationalLaboratories),V.Krishnamoorthy(WishConsulting),A.Mollo,andL.E.Johnson(SandiaNationalLaboratories)

11:00 2536 ComparisonofSi,Sapphire,SiC,andGaNSubstratesforHEMTEpitaxy–M.Leszczynski,P.Prystawko(InstituteofHighPressurePhysics),J.Plesiewicz(TopGaNLtd.),L.Dmowski,E.Litwin-Staszewska,S.Grzanka,E.Grzanka(InstituteofHIghPressurePhysics),andF.Roccaforte(CNR-IMM)

11:20 2537 GaN-on-SiforPowerTechnology–D.Visalli,J.Derluyn,S.Degroote,andM.Germain(EpiGaN)

11:40 2538 ScalableGaN-On-SiliconUsingRareEarthOxideBufferLayers–M.Lebby(TranslucentInc.),F.Arkun(TranslucentInc),R.Dargis,R.Roucka,R.S.Smith,andA.Clark(TranslucentInc.)

GaN Power Transistor Reliability and Control – 14:00 – 16:00Co-Chairs: Aivars Lelis and Durga Misra

14:00 2539 RecentAdvancesinWideBandgapPowerDevices–K.Sheng(ZhejiangUniversity)

14:20 2540 AdvancedDriverandControlICsforGaNandSiCPowerDevices–S.P.PendharkarandC.Chey(TexasInstrumentsInc.)

14:40 2541 GaN-BasedWide-BandgapPowerSwitchingDevices:FromAtomstotheGrid–S.Atcitty,R.Kaplar,S.DasGupta,M.Marinella,A.Armstrong,L.Biedermann(SandiaNationalLabs),M.Sun,T.Palacios(MassachusettsInstituteofTechnology),andM.Smith(SandiaNationalLabs)

15:00 2542 DeviceBreakdownandDynamiceffectsinGaNPowerSwitchingDevices:DependenciesonMaterialPropertiesandDeviceDesign–J.Würfl,E.Bahat-Treidel,F.Brunner,M.Cho,O.Hilt,A.Knauer,P.Kotara,M.Weyers,andR.Zhytnytska(Ferdinand-Braun-Institut)

15:20 2543 DegradationStudyofSingleandDouble-HeterojunctionInAlN/GaNHEMTsbyTwo-DimensionalSimulation–V.PalankovskiandJ.Kuzmik(TUWien)

15:40 2544 TemperatureDependenceofKinkEffectforAlGaN/GaN/SiCHighElectronMobilityTransistors–C.Cheng,T.Chang,S.Liao,H.Chang,W.Ho,Y.Shiau,andJ.Sen(Chung-ShanInstituteofScience&Technology)

Panel # 2: Safe Operating Area (SOA) – Silicon vs. SiC and GaN – 16:00 – 18:00Co-Chairs: Reenu Garg and Mike Dudley

16:00 IntroductionofPanelists(15Minutes)16:15 MietekBakowski(10Minutes)16:25 JoachimWurfl(10Minutes)16:35 KrishnaShenai(10Minutes)16:45 AivarsLelis(10Minutes)16:55 RobertKaplar(10Minutes)17:05 BobbyBrar(10Minutes)17:15 Q&A(45Minutes)

E5Dielectric Materials and Metals for Nanoelectronics and Photonics 10DielectricScienceandTechnology/ElectronicsandPhotonics313A, Level 3, Hawaii Convention Center

Ge Channel – 09:00 – 09:40Co-Chair: Koji Kita

09:00 2584 ConductionBand-offsetinGeO2/GeStackDeterminedbyInternalPhotoemissionSpectroscopy–W.Zhang,T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

09:20 2585 HydrogenInteractionwithHfO2FilmsDepositedonGe(100)andSi(100)–G.V.Soares(UFRGS),T.Feijó(IF-UFRGS),I.Baumvol(IF-UFRGSandUCS),C.Aguzzoli(UCS),C.Krug(IF-UFRGSandCEITECS.A),andC.Radtke(IQ-UFRGS)

InGaAs and GaAs Passivation – 10:00 – 12:30Co-Chairs: Susanne Stemmer and Heiji Watanabe

10:00 AwardCeremony(10Minutes)10:10 2586 MOSInterfaceControlofHighMobilityChannel

MaterialsforRealizingUltrathinEOTGateStacks–S.Takagi,R.Zhang,R.Suzuki,N.Taoka,M.Yokoyama,andM.Takenaka(TheUniversityofTokyo)

10:40 2587 III-V/OxideInterfacesInvestigatedwithSynchrotronRadiationPhotoemissionSpectroscopy–M.Tallarida(BrandenburgUniversityofTechnology)

11:10 2588 UnitCellbyUnitCellCleaningandNucleationforALDGateOxideDeposition–W.Melitz,T.Kent,E.Chagarov(UCSD),M.Edmonds,T.Kaufman-Osborn(UniversityofCalifornia,SanDiego),J.SungLee(UCSD),K.Kiantaj,andA.Kummel(UniversityofCalifornia,SanDiego)

11:40 2589 ScalingandInterfaceControlofHigh-k/III-VInterfaces–S.Stemmer,V.Chobpattana,Y.Hwang(UniversityofCaliforniaSantaBarbara),andR.Engel-Herbert(ThePennsylvaniaStateUniversity)

12:10 2590 EffectofIn0.53Ga0.47AssurfaceNitridationonElectricalCharacteristicsofHigh-k/Capacitors–Y.Suzuki,D.Zadeh,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

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Metal Work Function Tuning – 14:00 – 15:30Co-Chairs: Akira Toriumi and Atif Noori

14:00 2591 InterfaceDipoleCancellationinSiO2/High-k/SiO2/SiGateStacks–S.Hibino,T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

14:20 2592 PhenomenaofDielectricCappingLayerInsertionintoHigh-κMetalGateStacksinGate-First/Gate-LastIntegration–H.Jagannathan,P.Jamison,andV.Paruchuri(IBMResearch)

14:40 2593 ConformalMetalGateProcessTechnologyfor14nmLogicNodeandBelow–A.M.Noori,A.Brand,Y.Lei,M.Chen,W.Tang,X.Lu,X.Fu,S.Ganguli,J.Anthis,D.Thompson,N.Yoshida,M.Xu,M.Chang,andS.Gandikota(AppliedMaterials)

15:10 2594 InvestigationofMgDiffusioninTa(N)basedElectrodesonHfO2forsub-32nmCMOSGate-LastTransistors–R.Gassilloud,C.Maunoury,C.Leroux(CEAFrance),P.Chevalier(STMicroelectronics),C.Dressler,F.Aussenac,F.Martin(CEAFrance),D.Bensahel(STMicroelectronics),andS.Maitrejean(CEAFrance)

FinFET and 3-D Transistors – 15:40 – 17:40Co-Chairs: Kaushik Roy and Durga Misra

15:40 2595 Device-CircuitCo-designofFinFETsinScaledTechnologies–S.GuptaandK.Roy(PurdueUniversity)

16:10 2596 Independent-Double-GateFinFETSRAMTechnology–K.Endo,S.O’uchi,Y.Liu,T.Matsukawa,andM.Masahara(AIST)

16:40 2597 ElectricalCharacterizationandReliabilityAssessmentofDouble-gateFinFETs–C.D.Young,K.Akarvardar,K.Matthews(SEMATECH),M.Baykan(U.ofFlorida–Gainesville),J.Pater,I.Ok,T.Ngai,K.Ang,M.Minakais,G.Bersuker,C.Hobbs,P.Kirsch,andR.Jammy(SEMATECH)

17:10 2598 CurrentStatusofHigh-kandMetalGatesinCMOS–G.Wilk,M.Verghese,P.Chen(ASMAmerica),andJ.Maes(ASMBelgium)


E5 – Poster Session – 18:00 – 20:00Co-Chairs: Durga Misra and Samares Kar

• 2599 RolesofTargetCompositionontheDielectricPropertyofRFSputteredBi2O3-ZnO-Nb2O5PyrochloreThinFilm–K.Ko,M.Lim,B.Lee,H.Lee,andJ.Choi(AjouUniversity)

• 2600 EffectofErbiumSilicideCrystallinityforLowBarrierContactBetweenErbiumSilicideandn-typeSilicon–H.Tanaka,A.Teramoto,S.Sugawa,andT.Ohmi(TohokuUniversity)

• 2601 MeasurementandIdentificationofThreeContributingChargeTermsinNegativebiasTemperatureInstability–C.Mayberry(AFRL),D.Nguyen,C.Kouhestani(AFRL/RVSE),K.Kambour(SAIC),H.Hjalmarson(SandiaNationalLaboratories),andR.Devine(AFRL/RVSE)

• 2602 ProcesstoEtchNiandPtResiduesduringSilicideContactElectrodeProcessingusingLowTemperatureAqueousSolutions–A.N.Duong(IntermolecularInc),C.Fitz,S.Metzger(Globalfoundries),O.Karlsson,J.C.Foster,G.Nowling(IntermolecularInc),V.Sih,andP.Besser(Globalfoundries)

• 2603 CorrelationbetweenElectricalandOpticalPropertiesofTantalumAnodicOxideandElectronCyclotronResonanceEtchingStudiesofE-beamDepositedTa2O5Films–A.KulpaandN.Jaeger(TheUniversityofBritishColumbia)

• 2604 AreaDependenceofReliabilitycharacteristicsforAtomicLayerDepositionHfO2FilmunderStaticandDynamicStress–Y.Cheng,Y.Chang,C.Hsieh,andJ.Lin(NationalChi-NanUniversity)

• 2605 CharacterizationofSol-Gel-DerivedCrystallineHfO2-Y2O3ThinFilmsonSi(001)Substrates–H.ShimizuandT.Nishide(NihonUniversity)

• 2606 ComparisononPhysicalandElectricalPropertiesofSputteredRuandRuO2GateElectrodesGrownonHfO2/Siforp-MOSFET–H.Kim,S.Lee,I.Yu,J.Lee(SeoulNationalUniversity),T.Park(HanyangUniversity),andC.Hwang(SeoulNationalUniversity)

• 2607 MOSFETsonInPSubstratewithLaAlO3/HfO2BilayerofDifferentLaAlO3ThicknessandSingleLaXAl1-XOLayerwithDifferentLaDopingLevel–Y.Wang,Y.Chen,F.Xue,F.Zhou,Y.Chang,andJ.Lee(TheUniversityofTexasatAustin)

• 2608 Thiol-EneReactionDerivedSol-GelHybridDielectricLayerforOragnicThinFilmTransistors–J.Kim,Y.Kim,J.Ko(KoreaAdvancedInstituteofScienceandTechnology),andB.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST))

• 2609 ComprehensiveStudyonChemicalStructuresofCompositionalTransitionLayeratSiO2/Si(100)Interface–T.Suwa,A.Teramoto(TohokuUniversity),T.Muro,T.Kinoshita(JapanSynchrotronRadiationResearchInstitute),S.Sugawa,T.Hattori,andT.Ohmi(TohokuUniversity)

E6High Purity Silicon 12ElectronicsandPhotonics320, Level 3, Hawaii Convention Center

Advanced Substrates and Characterization – 08:10 – 09:40Co-Chair: J. A. Martino

08:10 2634 ManufacturingofUltraThinSOI–O.Bonnin,W.Schwarzenbach,V.Barec,N.Daval,X.Cauchy,B.Nguyen,andC.Maleville(Soitec)

08:40 2635 Hybrid-FormationofGe-on-InsulatorStructuresonSiPlatformbySiGe-Mixing-TriggeredRapid-MeltingGrowth---ARoadtoArtificialCrystal---–M.Miyao,M.Kurosawa,K.Toko,andT.Sadoh(KyushuUniversity)

09:10 2636 ThePseudo-MOSFET:PrinciplesandRecentTrends–S.Cristoloveanu,I.Ionica,A.Diab,andF.Liu(IMEP)


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Radiation Effects and Characterization – 10:00 – 12:00Co-Chair: S. Cristoloveanu

10:00 2637 InterfaceandBorderTrapsinGepMOSFETs–D.M.Fleetwood(VanderbiltUniversity),E.Simoen(imec),S.Francis(AirForceInstituteofTechnology),X.Zhang(VanderbiltUniversity),R.Arora(GeorgiaTech),E.Zhang,R.Schrimpf,K.Galloway(VanderbiltUniversity),J.Mitard,andC.Claeys(imec)

10:30 2638 RadiationInfluenceonBiaxial+uniaxialStrainedSiliconMuGFETs–C.Bordallo(CentroUniversitáriodaFEI),P.G.Agopian,J.A.Martino(UniversityofSaoPaulo),E.Simoen,andC.Claeys(imec)

10:50 2639 WaferLevelStatisticalEvaluationoftheProtonRadiationHardnessofaHigh-kDielectric/MetalGate45nmBulkCMOSTechnology–C.Claeys,S.Iacovo(imec),D.Kobayashi(ISAS/JAXA),A.Mercha,A.Griffoni,P.Roussel(imec),F.Crupi(DEIS,UniversityofCalabria),andE.Simoen(imec)

11:10 2640 Transistor-BasedExtractionofCarrierLifetimeandInterfaceTrapsinSilicon-on-InsulatorMaterials–J.A.Martino(UniversityofSaoPaulo),V.Sonnenberg(FATEC/SP),M.Galeti(UniversityofSaoPaulo),M.Aoulaiche,E.Simoen,andC.Claeys(imec)

11:40 2641 PhysicalMechanismsofChargePumpingandDCIVCurrentsinFloating-BodySOIMOSFETs–E.Zhang,D.M.Fleetwood,R.Schrimpf(VanderbiltUniversity),E.Simoen,andD.Linten(imec)

12:00 LunchBreak(120Minutes)

Oxygen-, Hydrogen-Related Defects and Their Characterization – 14:00 – 15:20Co-Chairs: R. Job and J. Murphy

14:00 2642 Lifetime-DegradingBoron-OxygenCentresinp-typesandn-typeSilicon–V.V.Voronkov,R.J.Falster(MEMCElectronicMaterials),B.Lim,andJ.Schmidt(ISFH)

14:30 2643 ImpactofOxidePrecipitatesonMinorityCarrierLifetimeinSilicon–J.D.Murphy(UniversityofOxford),K.Bothe,R.Krain(InstitutfürSolarenergieforschungHameln/Emmerthal),M.Olmo,V.V.Voronkov,andR.J.Falster(MEMCElectronicMaterials)

15:00 2644 ComparisonoftheImpactofThermalTreatmentsontheSecondandontheMillisecondScalesonthePrecipitationofInterstitialOxygen–G.Kissinger,D.Kot(IHP),andW.VonAmmon(SiltronicAG)


Point Defects in Si and Ge – 15:40 – 17:30Co-Chairs: R. Job and J. Murphy

15:40 2645 ThermalBudgetofHydrogen-RelatedDonorProfiles–DiffusionLimitedActivationandThermalDissociation–J.Laven(InfineonTechnologiesAG),R.Job(MuensterUniversityofAppliedSciences),H.Schulze,F.Niedernostheide(InfineonTechnologiesAG),W.Schustereder(InfineonTechnologiesAustriaAG),andL.Frey(UniversityofErlangen-Nuremberg)

16:10 2646 DifficultiesinCharacterizingHigh-ResistivitySilicon–P.Nayak,R.Richert,andD.K.Schroder(ArizonaStateUniversity)

16:30 2647 InvestigationofDopingTypeConversionofHydrogenImplantedCz-SiliconbyEBIC–S.Kirnstoetter,M.Faccinelli,P.Hadley(GrazUniversityofTechnology),J.Laven,H.Schulze(InfineonTechnologiesAG),R.Job(MuensterUniversityofAppliedSciences),andW.Schustereder(InfineonTechnologiesAustriaAG)

16:50 2648 CharacterizationofDeepLevelsIntroducedbyRTAandbySubsequentAnnealsinn-TypeSilicon–D.Kot(IHP),T.Mchedlidze(TUDresden),G.Kissinger(IHP),andW.VonAmmon(SiltronicAG)

17:10 2649 Deep-LevelTransientSpectroscopyofMOSCapacitorsonGeSnEpitaxialLayers–E.Simoen,B.Vincent,C.Merckling,F.Gencarelli(Imec),L.Chu(NationalTsingHuaUniversity),andR.Loo(imec)



• 2650 LowTemperatureFluorinatedSiliconFilmSynthesis–D.E.Milovzorov(FluensTechnologyGroupLtd)

• 2651 ChemicalVaporDepositionofSiliconbytheReactionofBromosilanesandHydrogen–K.Tomono,H.Furuya,S.Miyamoto,T.Ogawa,Y.Okamura,R.Komatsu,andM.Nakayama(YamaguchiUniversity)

• 2652 DiodeCharacteristicsandThermalDonorFormationinGermanium-DopedSiliconSubstrates–J.Rafi(InstitutdeMicroelectrònicadeBarcelona(IMB-CNM-CSIC)),J.Vanhellemont(GhentUniversity),E.Simoen(imec),J.Chen(StateKeyLaboratoryofSiliconMaterials),M.Zabala(InstitutdeMicroelectrònicadeBarcelona(CNM-CSIC)),andD.Yang(StateKeyLaboratoryofSiliconMaterials)

E7Low-Dimensional Nanoscale Electronic and Photonic Devices 5ElectronicsandPhotonics/DielectricScienceandTechnology/Sensor304A, Level 3, Hawaii Convention Center

Low-Dimensional Materials for Nanoelectronics/Optoelectronics I – 08:20 – 09:40Co-Chairs: Jr-Hau He and Yu-Lun Chueh

08:20 2669 GaN-basedNanorods:FromHigh-GainPhotoconductortoSolarHydrogenGeneration–Y.Huang(NationalTaiwanUniversity),Y.Huang(AcademiaSinica),W.Tu(NationalTaiwanUniversity),K.Chen(AcademiaSinica),andL.Chen(NationalTaiwanUniversity)

08:45 2670 FromOrganicPowderstoGeometricallyWellDefinedLow-DimensionalStructures:AwayforUnprecedentedOpticalandChemicalProperties–J.Park,H.Moon,andH.Choi(PohangUniversityofScienceandTechnology)

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09:10 2671 HybridSiliconSolarCellswithHierarchicalStructureforEnergyHarvesting–W.Wei,C.Ho,S.Tai(NationalTaipeiUniversityofTechnology),H.Wang(PhotonicsandOptoelectronics),A.Li,R.Chung(NationalTaipeiUniversityofTechnology),andJ.He(NationalTaiwanUniversity)

09:25 2672 Three-dimensionalSiliconPhononicCrystal–Y.Lin,H.Ting,L.Chou,andL.Chen(NationalTsingHuaUniversity)

Low-Dimensional Materials for Nanoelectronics/Optoelectronics II – 10:00 – 12:00Co-Chairs: Li-Chyong Chen and Hee Cheul Choi

10:00 2673 One-DimensionalSemiconductorHeterostructures:ChallengesandOpportunities–S.Dayeh(LosAlamosNationalLaboratory)

10:25 2674 ChemicalVaporDepositedMoS2ThinLayersandTheirApplications–L.Li(AcademiaSinica)

10:50 2675 EpitaxialGrowthofIron-SilicideNanodotsonSiSubstratesUsingUltrathinSiO2FilmTechniqueandTheirPhysicalProperties–Y.Nakamura(OsakaUniversity)andM.Ichikawa(UniversityofTokyo)

11:15 2676 Au@SnO2Core-ShellNanowires:NovelMaterialforGasSensor–W.Liu,C.Hsu,andL.Chou(NationalTsingHuaUniversity)

11:30 2677 DCandRFCharacteristicsofGa2O3/GaNSingleNanowireMOSFET–J.Yu,C.Li,P.Yeh,Y.Wu,andL.Peng(NationalTaiwanUniversity)

11:45 2678 ControllableSurfacePlasmonResonancePropertiesofHexagonalClose-packedMetalNanosphereArrays–H.Ting,Y.Lin,L.Chou,C.Tsai,andL.Chen(NationalTsingHuaUniversity)

Low-Dimensional Materials for Nanoelectronics/Optoelectronics III – 14:00 – 15:45Co-Chairs: Lain-Jong Li and Shadi Dayeh

14:00 2679 SurfacePlasmon-EnhancedOpticalPropertiesofCompositeMaterialsContainingMetalNanoparticles:BirefringenceandLaserOscillation–K.Tanaka,K.Fujita,S.Murai,X.Meng,Y.Moriguchi,andT.Komine(KyotoUniversity)

14:25 2680 NanoheterostructuresofSemiconductingNanowiresforElectronicSensorsandPhotodetectors–P.Lee(NanyangTechnologicalUniversity)

14:50 2681 ImplantableandBio-IntegratedFlexibleGaNLED–K.Lee(KAIST)

15:15 2682 PhotoacousticEmissionfromLocalPlasmonResonatorsNanostructuredbyGlancingAngleDeposition–K.Namura,M.Suzuki,K.Nakajima,andK.Kimura(KyotoUniversity)

15:30 2683 FieldEmissionofCore-ShellGa2O3Nanowires–K.Cheng,C.Hsu,C.Hsieh,andL.Chou(NationalTsingHuaUniversity)

Low-Dimensional Materials: Functional Metal Oxide I – 16:00 – 17:35Co-Chairs: Katsuhisa Tanaka and Pooi See LEE

16:00 2684 2DOxideNanosheets:ControlledAssemblyandApplications–M.OsadaandT.Sasaki(NationalInstituteforMaterialsScience)

16:25 2685 OpticalSecondHarmonicGenerationofPtNanowiresCreatedbyShadowDepositiononMgO(110)FacettedTemplates–G.MizutaniandY.Ogata(JapanAdvancedInstituteofScienceandTechnology)

16:50 2686 SiO2nano-cylinderstructureforlow-kdielectriclayer–R.Maeno,T.Fujii,andM.Omiya(KeioUniversity)

17:05 2687 SynthesisandCharacterizationoftheCore-ShellAu/Ga2O3Nanowires–B.Wu,C.Hsu,andL.Chou(NationalTsingHuaUniversity)

17:20 2688 Horizontal-SlotDiskResonatorsIncorporatingNanocrystalsforLow-Cost,On-ChipBio-Sensors–S.Lee,G.Kim,andJ.H.Shin(KAIST)



• 2689 StudyoftheactivevolumeforHighBrightAlGaInP-basedLightEmittingDiodes–H.Oh(KoreaPhotonicsTechnologyInstitute)

• 2690 Near-InfraredLightDetectionofn-Typeβ-FeSi2/i-Si/p-TypeSiHeterojunctionPhotodiodesatLowTemperatures–R.Iwasaki,K.Yamashita,N.Promros,S.Izumi,andT.Yoshitake(KyushuUniversity)

• 2691 Single-NanowireCMOSInverterbasedonAmbipolarSiNanowireFETs–H.Yuan,Q.Li,H.Zhu(GeorgeMasonUniversity),H.Li(NIST&GeorgeMasonUniversity),D.Ioannou(GeorgeMasonUniversity),andC.A.Richter(NIST)

• 2692 VisibleLight-InducedImmobilizationofGoldNanoparticlesonSiliconSubstrates–S.Mo,T.Ichii,K.Murase,andH.Sugimura(KyotoUniversity)

• 2693 FabricationofSiliconNanowireArraysforPhotovoltaicApplications–H.Li(NationalChiaoTungUniversity),J.Tseng(St.John’sUniversity),S.Chiou,H.Liu(NationalChungHsingUniversity),andH.Cheng(NationalChiaoTungUniversity)

• 2694 Ultra-CompactPhotonicCircuitComponentsbasedonPropagationofExcitonPolaritonsinOrganicDyeNanofibers–K.Takazawa,J.Inoue,andK.Mitsuishi(NationalInstituteforMaterialsScience)

• 2695 ExtremelyLowElectronDensityinaModulation-DopedSi/SiGe2DEGbyEffectiveSchottkyGating–J.Li,C.Huang,andJ.Sturm(PrincetonUniversity)

• 2696 InfluencesofHydrogenPassivationonNear-InfraredLightDetectionofn-Typeβ-FeSi2/p-TypeSiHeterojunctionPhotodiodes–R.Iwasaki,K.Yamashita,N.Promros,S.Izumi,andT.Yoshitake(KyushuUniversity)

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E8Processing Materials of 3D Interconnects, Damascene and Electronics Packaging 4DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics310, Level 3, Hawaii Convention Center

Electrochemical Processing for TSVs – 08:00 – 09:40Co-Chairs: R. Akolkar and P. Ramm

08:00 2727 BathStabilityMonitoringforElectrolessCuSeedFormationinHighAspectRatioTSV–F.Inoue(KansaiUniversity),H.Philipsen,S.Armini,A.Radisic,Y.Civale,P.Leunissen(IMEC),andS.Shingubara(KansaiUniversity)

08:20 2728 ViaFillingElectrodeposotionof4μmDiameterviabyPeriodicalReverseCurrent–T.Hayashi,K.Kondo(OsakaPrefectureUniversity),M.Takeuchi(NittoboMedicalCo.,Ltd.),T.Saito,N.Okamoto(OsakaPrefectureUniversity),M.Bunya(NittoboMedicalCo.,Ltd.),andM.Yokoi(OsakaPrefectureUniversity)

08:40 2729 TheEffectofPolymerAdditivesonTSVFillingbyCopperElectroplating–C.Lin,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

09:00 2730 PeriodicPulseReverseCuElectroplatingforThroughHoleFilling–F.Shen,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

09:20 2731 Copper-freeThroughSiliconViaFillingbyNi-WElectrodeposition–H.Huang,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

Electrochemical Processes for Damascene Interconnects – 10:00 – 12:00Co-Chairs: S. Shingubara and M. Hayase

10:00 2732 HighDensityCopperNucleationonRutheniumUsingCommercialPlatingChemistryandItsApplicationtoMetallizationofHighAspectRatioThrough-SiliconVias–P.Shi(AtotechUSAInc.)

10:20 2733 ExplorationofProcessWindowforFillofSub30nmFeaturesbyDirectPlating–M.Nagar,A.Radisic(imec),K.Stubbe(GhentUniversity),andP.Vereecken(imec)

10:40 2734 TheImpactofElectrolyteAcidityonBottom-upMetallizationofCopperInterconnects–L.Boehme(CaseWesternReserveUniversity),J.Wu,X.Kang,R.Preisser(AtotechUSAInc.),andU.Landau(CaseWesternReserveUniversity)

11:00 2735 TemperatureEffectsonAdditivesInducedPolarizationinCopperElectroplatingofInterconnects–L.BoehmeandU.Landau(CaseWesternReserveUniversity)

11:20 2736 EffectofAdditivesonDirectCopperElectrodepositiononTransitionMetalDiffusionBarriersforSilicon-basedIntegratedDevices–B.ImandS.Kim(UniversityofUlsan)

11:40 2737 SuperconformalFilmGrowth–T.MoffatandD.Josell(NationalInstituteofStandardsandTechnology)

Modeling and Characterization of Novel Interconnect Processes – 14:00 – 18:00Co-Chairs: K. Kondo and S. Shingubara

14:00 2738 Multi-ScaleModelingofDirectCopperPlatingonResistiveNon-CopperSubstrates–L.Yang,A.Radisic,M.Nagar(imec),J.Deconinck(VrijeUniversiteitBrussel),L.Leunissen,P.Vereecken(imec),andA.West(ColumbiaUniversity)

14:20 2739 SynergisticEffectsofAdditivesontheFillingProcessofHigh-Aspect-RatioTSV–KineticMonteCarloSimulation–-Y.Fukiage,Y.Kaneko(KyotoUniversity),K.Ohara,andF.Asa(C.Uyemura&Co.,Ltd.)

14:40 2740 UltrathinCopperLayersDepositedbyGalvanicDisplacement:CharacterizationbyAtomProbeTomography–J.Ai,Y.Zhang,A.C.Hillier,andK.R.Hebert(IowaStateUniversity)

15:00 2741 SimulationofShapeEvolutioninThrough-MaskElectrochemicalDeposition–G.J.Wilson,P.McHugh,S.Lee,andT.L.Ritzdorf(AppliedMaterials)

15:20 2742 InverseAnalysisofAcceleratorDistributionforThroughSiliconViaFilling–M.Hayase,T.Matsuoka,K.Otsubo(TokyoUniversityofScience),Y.Onishi,andK.Amaya(TokyoInstituteofTechnology)

15:40 2743 CuElectroplatingforThroughSiliconVias(TSVs)FillingUsingaDimensionallyStableAnode(DSA)–W.Hsiung,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,H.Lee(IndustrialTechnologyResearchInstitute),andS.Lin(WasteRecoveryTechnol)

16:00 2744 LeadFreeSolderDepositedbyECD–MaterialAnalysis–T.L.Ritzdorf,S.Lee,andI.Drucker(AppliedMaterials)

16:20 2745 EvaluationofGrainSizeDistributionsof50nmWideCuInterconnectsbyX-rayDiffractionMethod–T.InamiandJ.Onuki(IbarakiUniversity)

16:40 2746 ANovelSynthesisMethodofCuNanoparticleswithHighStabilityandTheirApplicationsActingasSeedLayerofTSV–C.Hsieh,W.Dow,andY.Chang(NationalChungHsingUniversity)

17:00 2747 Halide-FreeFluxActivityatCopperandTinSurface–S.Vegunta,G.Qu,K.Mai,J.Nguyen,andJ.Flake(LouisianaStateUniversity)

17:20 2748 InvestigationoftheMechanismofCuEruption-InducedCopperVoidDefectsinMemoryApplications.–K.Chung,J.Park,T.Yoon,G.Oh,D.Park,S.Kim,D.Im,D.Lee,J.Kim,M.Park,D.Kim,Y.Chung,J.Baek,S.Kwon,H.Jeong,J.Kim,S.Nam(SamsungElectronicsCo.,LTD),H.Kang(SamsungElectronicsCo.,Ltd.),andC.Chung(SamsungElectronicsCo.,Ltd)

17:40 2749 FailureMechanismofCopperThrough-SiliconViasUnderBiasedThermalStress–S.Seo,J.Hwang(SejongUniversity),J.Yang(NationalNanoFabCenter),andW.Lee(SejongUniv.)

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E10More than MooreDielectricScienceandTechnology/ElectronicsandPhotonics/Sensor/NewTechnologySubcommittee319A, Level 3, Hawaii Convention Center

3D Systems Part 2 – 08:30 – 10:00

08:30 2793 Multi-physicsEquivalentCircuitModelsforMEMSSensorsandActuators–T.Konishi,K.Machida(NTTAdvancedTechnologyCorp.),K.Masu(TokyoInstituteofTechnology),andH.Toshiyoshi(TheUniversityofTokyo)

09:05 2794 ThruChipInterfaceforHeterogeneousChipStacking–T.Kuroda(KeioUniversity)


Novel Devices and Processing Part 1 – 10:00 – 11:45

10:00 2795 Energy-efficientNovolatileLogicsystemsbasedonCMOS/spintronicsHybridtechnology–S.Sugahara,Y.Shuto,andS.Yamamoto(TokyoInstituteofTechnology)

10:35 2796 ProgrammableCellArrayusingRewritableAtomSwitch–M.Miyamura,T.Sakamoto(Low-powerElectronicsAssociation&Project),M.Tada(LEAP),N.Banno,K.Okamoto,N.Iguchi,andH.Hada(Low-powerElectronicsAssociation&Project)

11:10 2797 WaferProcessingPhotoresistStrippingRequirements–C.L.Arvin(IBM)andG.Banerjee(AirProductsandChemicals)

Novel Materials and Processing – Graphene – 14:00 – 15:30

14:00 2798 GrapheneforNanoelectronicDeviceApplications–L.Colombo(TexasInstrumentsIncorporated)

14:35 2799 ImprovingIon/IoffinBilayerGrapheneTransistorsbyMolecularFunctionalization–M.Cantoro,A.Nourbakhsh,A.Klekachev,I.Asselberghs,C.Huyghebaert,M.Heyns,andS.DeGendt(imec)


Novel Materials and Processing Part 2 – 15:30 – 17:30

15:30 2800 IntegrationwithDiverseFunctionalitiesonStandardCMOS–K.Masu(TokyoInstituteofTechnology)

16:05 2801 HeterogeneousIntegrationofAlternativeMaterialsandDevicesonSiliconCMOSIntegratedCircuits–T.S.Mayer(ThePennsylvaniaStateUniversity)

16:40 2802 NewTechnologyTrends:ExpandandExtend–R.Rhoades(Entrepix,Inc.)

17:15 ConcludingRemarks(15Minutes)

E12Photovoltaics for the 21st Century 8DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering314, Level 3, Hawaii Convention Center

Dye Sensitized Solar Cells I – 08:00 – 12:00Co-Chairs: Miyasaka, Druffel, and Rajeshwar

08:00 2853 MicrostructuralControlsofaTitaniaElectrodeforDye-SensitizedSolarCells–A.Nakamura,T.Hyodo,andY.Shimizu(NagasakiUniversity)

08:20 2854 RapidSynthesisofHighPerformanceTiO2NanoparticlesforDye-SensitizedSolarCellsEmployingMicrowaveandSupercriticalWater–K.Manseki,Y.Kondo,D.Ishihama,T.Ban,T.Sugiura(GifuUniversity),andT.Yoshida(YamagataUniversity)

08:40 2855 ProtonatedCarboxylAnchorforStableAdsorptionofRuN749dyeonTiO2Anatase(101)Surface–K.Sodeyama,M.Sumita,andY.Tateyama(NationalInstituteforMaterialsScience(NIMS))

09:00 2856 HighEfficiencyDye-sensitizedSolarCellsUsingThinTiO2FilmsCo-sensitizedbyIndolineDyes–S.MORITA,M.Ikegami,A.Ishii,andT.Miyasaka(ToinUniversityofYokohama)

09:20 2857 PreparationofNon-annealedAnataseTiO2FilmsonITOsubstratesbyAnodizinginHotPhosphate/glycerol–E.Tsuji,N.Hirata,andH.Habazaki(HokkaidoUniversity)

09:40 Intermission(20Minutes)10:00 2858 EnhancedHoleTransportinNickelOxide

ElectrodesforPhotoelectrochemicalSensitizedCells–K.Zhu,S.Kang,N.Neale,andA.Frank(NationalRenewableEnergyLaboratory)

10:20 2859 AlkylationofChlorine6forHigherEfficiencyDye-SensitizedSolarCells–X.Wang(YamagataUniversity),H.Tamiaki(RitsumeikanUniversity),andS.Sasaki(NagahamaInstituteofBio-ScienceandTechnology)

10:40 2860 TinOxideNanowiresandTheirHybridArchitecturesforKineticallyFastRedoxCouplesinDye-SensitzedSolarCells–V.Vendra(UniversityofLouisville),T.Nguyen,D.Amos(UniveristyofLouisville),T.Druffel,andM.K.Sunkara(UniversityofLouisville)

11:00 2861 Nano-ClayElectrolyteforHighPerformanceDye-SensitizedSolarCells–S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

11:20 2862 IntegrationofPolymerElectrolytesinNanostructuredElectrodesofDyeSensitizedSolarCells–S.Nejati,D.Martin(DrexelUniversity),C.Prejean(DrexelUniveristy),J.Deshmukh(DrexelUniversity),andK.K.Lau(DrexelUnversity)

11:40 2863 ConductivityEnhancedCuSCNforImprovedPerformanceinDye-SensitizedSolid-stateSolarCells–A.Konno,E.Premalal,andN.Dematage(ShizuokaUniversity)

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Dye Sensitized Solar Cells II – 14:00 – 16:00Co-Chairs: Druffel and Miyasaka

14:00 2864 Dye-sensitizedphotocapacitorsfabricatedwithionicliquidelectrolytesforpowergenerationandstorage–T.Miyasaka,H.Ina,andM.Ikegami(ToinUniversityofYokohama)

14:20 2865 ImmobilizationofPolymer-ProtectedPlatinumNanoclusteronPlasticSubstrateforHighlyEfficientDye-SensitizedPlasticSolarCell–T.Wei,M.Ikegami,andT.Miyasaka(ToinUniversityofYokohama)

14:40 2866 AtmosphericProcessingofDyeSensitizedSolarCellPhotoanode–T.Druffel,V.Vendra,andR.Lupitskyy(UniversityofLouisville)

15:00 2867 ElectrochemicalAnalysisfortheRealizationofLowTemperatureProcessedZnODye-SensitizedSolarCells–D.T.Bryant,M.Carnie,T.M.Watson,andD.A.Worsley(SwanseaUniversity)

15:20 2868 NanostructuredPhotoelectrodesforDyeSensitizedSolarCells–I.Turkevych,K.Matsubara,andM.Kondo(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:40 2869 StudyonCentralMetalIonsandElectrolytesforEfficientPorphyrin-sensitizedSolarCells–F.AWAI(TheUniversityofTokyo),Y.Arai(ResearchCenterforAdvancedScienceandTechnology(RCAST)),S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)


E12 – Poster Session – 18:00 – 20:00

• 2870 In SituObservationofStructuralChangeinN719DyeMoleculeinDyeSensitizedSolarCellsunderaVisibleLightExposure–C.Yoshida,S.Nakajima(SekisuiChemicalCo.),Y.Syoji,andF.Hirose(YmagataUniversity)

• 2871 GoldNanoparticlesEmbeddedSingleCrystallineZnO(AuNPs@ZnO)NanowireArraysforPlasmonicEnhancedDye-sensitizedSolarCells(DSSCs)–M.Lu,H.Chen,H.Chen,C.Peng,Y.Chueh,S.Gwo,andH.Chen(NationalTsingHuaUniversity)

• 2872 ZincOxideNano-pillarArraypreparedbyaMicrowave-assistedProcessforanOrganicPhotovoltaicCell–N.Murakami,Y.Imoto,andT.Ohno(KyushuInstituteofTechnology)

• 2873 DevelopmentofInvertedOrganicPhotovoltaicCellsUsingAmorphousNiobiumOxideasElectronCollectionLayer–K.Hamada,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 2874 Dye-SensitizedSolarCellPreparedwithTNOTransparentConductiveFilm–S.Takemura(ShizuokaUniversity),R.Muramoto,Y.Sekine(ShizuokaUnivercity),M.Okuya(ShizuokaUniversity),S.Okazaki,E.Sakai,N.Yamada(KAST),T.Hitosugi(TohokuUniversity),andT.Hasegawa(UniversityofTokyo)

• 2875 ReliableandSecureDSSCSub-ModuleAssembledbyOneDropFillingMethod–C.Nishiyama,S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

• 2876 Cu2SCounterPhotocathodesforQuantum-DotSensitizedSolarCells–S.LeeandK.Ahn(YeungnamUniversity)

• 2877 CdSQuantumDotsDepositedbyChemicalBathDepositionfortheApplicationtoQuantumDot-SensitizedSolarCells–D.LeeandK.Ahn(YeungnamUniversity)

• 2878 EffectsofHighPressureAnnealedforElectrodepositedCuInSe2SolarCell–T.Chang,W.Lee,andY.Su(NationalChengKungUniversity)

• 2879 OrganicPhotovoltaicsbyUsingaNanoscaleThinFilmofSolution-basedTitaniumSub-Oxide(SolutionbasedTitaniumsub-oxideNanoscaledThinFilmsforPassivation(orSealant)ofOrganicPhotovoltaicCells)–K.Foe,V.Potturi,M.Samson,H.Baumgart,andG.Namkoong(OldDominionUniversity)

• 2880 TheEffectofTiO2MicrostructureandIntroductionofSilverNanoparticlesonConversionEfficiencyofSb2S3SensitizedSemiconductorSolarCells–S.Yoshioka,T.Mishima,andM.Ihara(TokyoInstituteofTechnology)

• 2881 ZnSFilmsDepositedbyALDforSolarCellApplications–Y.Erkaya,D.Nminibapiel,N.Hegde,K.Aryal,G.Rajan,P.Boland,K.Zhang,H.Baumgart,andS.Marsillac(OldDominionUniversity)

• 2882 MolecularPrecursorsandTheirApplicationtoChalcogenideSolarCell–C.Kim,J.Park,H.Choi,B.Park,J.Song,T.Chung,andD.Jeon(KoreaResearchInstituteofChemicalTechnology)

• 2883 EffectofPost-TreatmentforColloidalPbSQuantumdotsonPerformanceofSchottkySolarCell–J.Kim,J.Song,H.An(KoreaInstituteofMachinery&Materials),K.Kim,andS.Jeong(KoreaInstituteofMachineryandMaterials)

• 2884 AnalysisofDegradationProductsinElectrolyteofDyeSensitizedSolarCellbyHighMassAccuracyMSnandMultivariateStatisticalTechnique–T.Goda,D.Nakayama,T.Nishine,S.Satoshi(SHIMADZUCORPORATION),C.Nishiyama,S.Uchida(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

• 2885 ApplicationofElectrochemicalImpedanceSpectroscopyinCharacterizationofMass-andChargeTransferProcessesinDye-SensitizedSolarCell–N.T.Hoang,H.Tran,andT.Nguyen(VietnamNationalUniversity)

• 2886 PhotovoltaicPropertiesinAl-dopedZnO/non-dopedZn1-XMgXO/Cu2OHeterojunctionSolarCells–T.Minami,Y.Nishi,T.Miyata,andS.Abe(KanazawaInstituteofTechnology)

• 2887 Two-StepAnodizationforTiO2NanotubeArrays–Y.Lee,J.Kim(Gangneung-WonjuNationalUniversity),J.Lee(KonkukUniversity),andW.Choi(Gangneung-WonjuNationalUniversity)

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• 2888 DevelopmentofaCu2OZnONanorodHeterojunctionSolarCell–D.Marui,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 2889 FabricationofCZTSbasedSolarCellsUsingNanocrystals–S.Suehiro,M.Yuasa(KyushuUniversity),T.Tanaka(SagaUniversity),K.Fujita,S.Hata,T.Kida,andK.Shimanoe(KyushuUniversity)

• 2890 ElectrochemicallySelf-AssembledZnO/RhodaminedyeHybrid2D-NanostructuretowardsOne-PotSynthesisofSolarCells–S.Lina(YamagataUniversity),T.Sekiya,Y.Kimikado(GifuUniversity),andT.Yoshida(YamagataUniversity)

• 2891 ImprovedConversionEfficiencyofCdSQuantumDot-SensitizedSolarCellsbasedonNanoporous-Layer-CoveredTiO2NanotubeArrays–S.JungandK.Ahn(YeungnamUniversity)

• 2892 PhotovoltaicPerformancesofp-typeNickelOxideasPhotocathodeinPhotoelectrochemicalsolarCells–M.ParkandK.Ahn(YeungnamUniversity)

• 2893 TheEffectofCuILayerDepositedfromVariousSolutionsonthePerformanceofDye-SensitizedSolid-StateSolarCells–S.Endo,T.Yamamoto,andA.Konno(ShizuokaUniversity)

• 2894 FabricationofSiliconandCarbonbasedWide-GapSemiconductorThinFilmsforHighConversionEfficiency–K.Yoshinaga,H.Naragino,A.Nakahara,S.Tanaka,andK.Honda(YamaguchiUniversity)

• 2895 ImprovingtheEfficiencyofPolymer:FullereneBulkHeterojunctionSolarCellsbyVaryingtheMaterialConcentrationinthePhotoactiveLayer–M.Samson,K.Latimer,P.Boland,K.Foe,G.Namkoong,H.Baumgart(OldDominionUniversity),andT.M.Abdel-Fattah(ChristopherNewportUniversity)

• 2896 OpticalManagementbyLocalizedSurfacePlasmonofMetalNanoparticlesandApplicationtoaSolarCell–K.NAM,H.Hachimura,K.Hirano,M.Ihara,P.Sichanugrist,andM.Konagai(TokyoInstituteofTechnology)

• 2897 NovelMethodofSynthesisofZincOxideDopedwithNitrogenforphotocatalyticApplications–J.Flores,J.Valladares,andP.Nandakumar(MidlandCollege)

• 2898 FTOFilmwithHighHazeandTransmittancePreparedforDye-SensitizedSolarCell–R.Murakami(ShizuokaUniversity),R.Muramoto(ShizuokaUnivercity),andM.Okuya(ShizuokaUniversity)

• 2899 Dye-SensitizedSolarCellsBasedonPolyaniline–SingleWallerCarbonNanotubesComposite–T.M.Abdel-Fattah(ChristopherNewportUniversity),S.Ebrahim,andM.Soliman(AlexandriaUniversity)

• 2900 ElectrodepositedZnOMorphological,StructuralandOpticalPropertiesControlbyPotentialSweepRate–E.Matei,M.Enculescu,C.Florica,andI.Enculescu(NationalInstituteofMaterialsPhysics)

• 2901 PhotovoltaicR&DStatusandStrategyofKorea–C.Park(YeungnamUniversity)

E14Semiconductor Wafer Bonding 12: Science, Technology, and ApplicationsElectronicsandPhotonics312, Level 3, Hawaii Convention Center

Metal and 3D Integration – 08:00 – 09:40

08:00 2964 CuSurfacePassivationwithSelf-AssembledMonolayer(SAM)andItsApplicationforWaferBondingatModeratelyLowTemperature–C.Tan(NanyangTechnologicalUniversity)andD.Lim(NTU)

08:40 2965 EvaluationofTitaniumDirectBondingMechanisms–F.Baudin,L.DiCioccio,P.Gergaud,N.Chevalier,V.Delaye,D.Mariolle,J.Fabbri,B.Imbert(CEA,LETI,MinatecCampus),andY.Bréchet(SIMaP)

09:00 2966 ANewCombinedProcessofFormicAcidPretreatmentforLow-temperatureBondingofCopperElectrodes–W.Yang,M.Akaike,M.Fujino(TheUniversityofTokyo),andT.Suga(UniversityofTokyo)

09:20 2967 Low-TemperatureCu-CuWaferBonding–B.Rebhan(EVGroup),G.Hesser(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity),J.Duchoslav(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity;andChristianDopplerLaboratoryforMicroscopicandSpectroscopicMaterialCharacterization),V.Dragoi(EVGroupE.ThallnerGmbH),M.Wimplinger(EVGroup),andK.Hingerl(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity)

Materials and Device Integration – 10:20 – 12:00

10:20 2968 AdvancedHeterogeneousIntegrationofInPHBTandCMOS/SiGeBiCMOSTechnologies–A.Gutierrez-Aitken,P.Chang-Chien,B.Oyama,D.Scott,K.Hennig,E.Kaneshiro,P.Nam,K.Thai,B.Poust,A.K.Oki,andR.Kagiwada(NorthropGrummanAerospaceSystems)

11:00 2969 WaferLevel3DStackingusingSmartCutTMandMetal-MetalDirectBondingTechnology–L.DiCioccio,F.Mazen(CEA,LETI,Minatec),F.Baudin(CEA,LETI,MinatecCampus),A.Mounier,T.Lacave(CEA,LETI,Minatec),V.Delaye(CEA,LETI,MinatecCampus),B.Imbert(Cea.leti.Minatec),N.Chevalier(CEA,LETI,MinatecCampus),M.Denis(CEA,LETI,Minatec),G.Gaudin,I.Radu,S.Thieffry,andT.Signamarcheix(Soitec)

11:20 2970 Cu-SnTransientLiquidPhaseWaferBonding:ProcessParametersInfluenceonBondedInterfaceQuality–C.Floetgen,K.Corn,M.Pawlak,andV.Dragoi(EVGroupE.ThallnerGmbH)

11:40 2971 LaserTransmissionBondingofSiliconwithTitaniumandCopperLayerforWafer-LevelPackaging–A.Wissinger(RWTHAachenUniversity),M.Schmitz,A.Olowinsky,A.Gillner(FraunhoferInstituteforLaserTechnologyILT),andR.Poprawe(AachenUniversity)

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9


Mechanics of Wafer Bonding – 14:00 – 16:00

14:00 2972 MechanicsofWaferBondingandLayerTransferProcesses–K.T.Turner(UniversityofPennsylvania)

14:40 2973 AStudyofFactorsInfluencingMicro-Chevron-TestingofGlassFritBondedInterfaces–F.Naumann(FraunhoferInstituteforMechanicsofMaterials),S.Brand(FraunhoferInstituteforMechanicsofMaterialsIWM),D.Wünsch(FraunhoferInstituteforElectronicNanoSystems),P.Czurratis(PVATeplaAnalyticalSystemsGmbH),andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:00 2974 FailureMechanismsandMechanicalCharacterizationofReactiveBondedInterfaces–B.Boettge(FraunhoferInstituteforMechanicsofMaterialsIWM),F.Naumann(FraunhoferInstituteforMechanicsofMaterials),F.Schippel,andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:20 2975 LowTemperatureFusionWaferBondingQualityInvestigationforFailureModeAnalysis–V.Dragoi(EVGroupE.ThallnerGmbH),P.Czurratis(PVATeplaAnalyticalSystemsGmbH),S.Brand,A.Graff,C.Patzig,andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:40 2976 UsingofDifferentNanoScaleEnergeticMaterialSystemsforReactiveBonding–J.Braeuer,J.Besser,M.Wiemer,andT.Gessner(FraunhoferENAS)


E14 – Poster Session – 18:00 – 20:00

• 2977 IntegratingLaserDiodeandOpticalIsolatorbyPhotosensitiveAdhesiveBonding–H.Yokoi,N.Ichishima,andI.Myouenzono(ShibauraInstituteofTechnology)

• 2978 RoomTemperatureWaferBondingbySurfaceActivatedALD-Al2O3–Y.Li(InterUniversityMicroelectronicsCentreofchina),S.Wang(InstituteofMicroelectronics,ChineseAcademyofSciences),B.Sun,H.Chang,W.Zhao(ChineseAcademyofSciences),X.Zhang(SoutheastUniversity),andH.Liu(ChineseAcademyofSciences)

• 2979 InterfaceMorphologyandElectricalPropertiesofBondedGaAs/GaAsWafersatDifferentTemperatures–S.ChangandY.Wu(NationalChiaoTungUniversity)

• 2980 Multi-WavelengthHighResolutionMicro-RamanandOpticalReflectanceCharacterizationofNano-ScaleStrainedSilicon-on-InsulatorSubstrates–T.Kim,T.Shim(HanyangUniversity),W.Yoo(WaferMasters,Inc.),andJ.Park(HanyangUniversity)

• 2981 AdvancedProcessControlinMegasonic-EnhancedPre-BondingCleaning–D.Dussault(ProSysInc.),F.Fournel(CEA,LETI),andV.Dragoi(EVGroupE.ThallnerGmbH)

• 2982 GlassDirectBonding–G.Kalkowski,C.Rothhardt,R.Eberhardt,P.Jobst,andM.Schürmann(FraunhoferIOF)

• 2983 QualityControlofBondStrengthinLow-TemperatureBondedWafers–J.Siegert(amsAG),C.Cassidy,F.Schrank(austriamicrosys-temsAG),R.Gerbach(FraunhoferInstituteforMechanicsofMaterialsIWM),F.Naumann(FraunhoferInstituteforMechanicsofMaterials),andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

• 2984 Micro-StructuralAnalysisofAlNWaferBondingandHydrogenIon-InducedSplittingforFilmExfoliation–M.Mamun,K.Tapliy(OldDominionUniversity),O.Moutanabbir(UniversitedeMontreal,Canada),D.Gu,H.Baumgart,andA.Elmustafa(OldDominionUniversity)

• 2985 TheEffectsofCompositionandDesignofExperimentontheQualityofAl-GeEutecticBondingforWaferLevelPackaging–X.Huang,C.Cheng,P.Liu,Y.Hsieh,L.Chao,C.Tsai,D.Huang(TaiwanSemiconductorManufacturingCompany,Ltd.),andC.Colinge(Waferbond)

• 2986 HighResolutionDouble-CrystalX-rayDiffractionImagingforInterfacialDefectDetectioninBondedWafers.–S.Sharma(UCLA)andM.Goorsky(UniversityofCalifornia,LosAngeles)

• 2987 OptimizationofH+ImplantationParametersforExfoliationof4H-SiCFilms–V.P.Amarasinghe,L.Wielunski(RutgersUniversity),A.Barcz(InstituteofElectronTechnology),L.C.Feldman,andG.K.Celler(RutgersUniversity)

E15State-of-the-Art Program on Compound Semiconductors 54 (SOTAPOCS 54)ElectronicsandPhotonics/LuminescenceandDisplayMaterials328, Level 3, Hawaii Convention Center

Advances in Compound Semiconductor – 08:45 – 12:00

08:45 3014 RevisitingImpurityDopingofIII-NitrideMaterialsforOpticalandMagneticDeviceApplications–J.M.Zavada(NationalScienceFoundation)

09:15 3015 EffectsofProtonIrradiationontheReliabilityofInAlN/GaNHighElectronMobilityTransistors–L.Liu,C.Lo,Y.Xi,Y.Wang(UniversityofFlorida),H.Kim,H.Kim(KoreaUniversity),S.Pearton(UniversityofFlorida),O.Laboutin,Y.Cao,J.Johnson(KopinCorporation),I.Kravchenko(OakRidgeNationalLaboratory),andF.Ren(UniversityofFlorida)

09:45 3016 EfficiencyDroopinGaN-basedLight-EmittingDiodes:MechanismsandSolutions–J.Kim(PohangUniversityofScienceandTechnology(POSTECH)),S.Hwang,J.Park,D.Kim(POSTECH),J.Cho,andE.Schubert(RensselaerPolytechnicInstitute)

10:15 3017 GaNHEMTDegradation:EffectofRFStress–E.Douglas(SandiaNationalLaboratories),B.Gila,F.Ren,C.Abernathy,andS.Pearton(UniversityofFlorida)

10:45 3018 ASurveyofElectricalSignaturesCharacteristicofStep-StressedInGaP/GaAsHBTs–A.G.Baca,A.Scruggs,A.Gorenz,T.Fortune,J.Klem,R.Briggs,J.Clevenger,G.Patrizi,andC.Sullivan(SandiaNationalLaboratories)

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Oct

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9


11:15 3019 DirectDieSolderofGaAsPowerAmplifierDiesandApplicationofElectrolesslyPlatedNickelBarrier–H.ShenandS.Maganti(SkyworksSolutions,Inc.)

11:30 3020 ResistiveSwitchingCharacteristicsofN-dopedZnOFilmsUsingAtomicLayerDepsition–T.Huang(PhotonicsandOptoelectronics),W.Chang(NationalTaiwanUniversity),J.Chien(MaterialsScienceandEngineering),C.Kang,P.Yang(NationalTaiwanUniversity),M.Chen(MaterialsScienceandEngineering),andJ.He(NationalTaiwanUniversity)

11:45 3021 InfluenceofCatalysticEffectonTransportBehaviorsofInAsNWsForHighPerformanceNanoscaleTransistors–Y.Chueh(NationalTsingHuaUniversity)

Compound Semiconductor Process – 13:30 – 17:15

13:30 3022 SemiconductorNanostructureDirect-WriteUsingScanningProbesandConductingStamps–M.Rolandi(UniversityofWashington)

14:00 3023 CMOS-CompatiblePrecisePlacementofGeQuantumDotsforNanoelectronic,Nanophotonic,andEnergyConversionDevices–K.Chen,I.Chen,C.Wang,andP.Li(NationalCentralUniversity)

14:30 3024 Why<111>APorePropagationOccursinInPandtheMechanismthatDictatesPoreWidth–R.Lynch(UniversityofLimerick),N.Quill,C.O’Dwyer,S.Nakahara(MaterialsandSurfaceScienceInstitute,UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

14:45 3025 TiCElectrodeFormedbyMulti-StackingProcessforDiamondContactMetal–Y.Tanaka,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori(TokyoInstituteofTechnology),S.Yamasaki(AdvancedIndustrialScienceandTechnology),andH.Iwai(TokyoInstituteofTechnology)

15:00 3026 ApplicationofInlineX-rayMetrologyforDefectCharacterizationofIII-V/SiHeterostructures–P.Hung(Sematech),M.Wormington,K.Matney,P.Ryan(JordanValleySemiconductorsLtd),K.Dunn(CNSE),A.Wang,R.Hill,M.Wong,J.Price,W.Wang,andG.Bersuker(SEMATECH)

15:15 Intermission(15Minutes)15:30 3027 AdvancedCompoundSemiconductorandSilicon

FabricationTechniquesforNext-GenerationSolarPowerSystems–G.N.Nielson(SandiaNationalLaboratories)

16:00 3028 ImprovementinEtchingRateofEpilayerLift-OffforHighConcentratedSolarCellApplicationswithLowSurfaceTensionFluid–R.Horng,F.Wu,andM.Tseng(NationalChungHsingUniversity)

16:30 3029 BandOffsetsinDielectric/InGaZnO4Heterojunctions–H.Cho(PusanNationalUniversity),K.Kim,E.Douglas,B.Gila,V.Craciun,E.Lambers,F.Ren,andS.Pearton(UniversityofFlorida)

17:00 3030 AnodicFormationofPorousInPinKClSolutions–N.Quill,R.Lynch,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)


E15 – SOTAPOCS 54 Poster Session – 18:00 – 20:00Co-Chair: Pablo Chang

• 3031 CytotoxicityStudyofZincOxideNanoparticlesModifiedwithBiologicalCoatings–R.Chung,W.Wei,R.Lin(NationalTaipeiUniversityofTechnology),W.Shih(MetalIndustriesResearchandDevelopmentCentre),andH.Wang(MackayMemorialHospital)

• 3032 4H-SiCLateralJFETforLowPowerOperationalAmplifierApplications–W.Lien(UniversityofCalifornia,Berkeley),D.G.Senesky(StanfordUniversity),andA.Pisano(UniversityofCalifornia,Berkeley)

• 3033 Visible-BlindUltravioletPhotodetectorFabricatedonn-ZnO/LaAlO3/p-SiHeterojunction–D.Tsai,C.Kang,H.Wang(NationalTaiwanUniversity),Y.Chu(NationalChiaoTungUniversity),andJ.He(NationalTaiwanUniversity)

E16Thin Film Transistors 11 (TFT 11)ElectronicsandPhotonics327, Level 3, Hawaii Convention Center

Si-Based TFTs I – 08:00 – 10:20Co-Chairs: R. Ishihara and O. Bonnaud

08:00 3056 TwentyfiveYearsofImprovementoftheSiliconBasedTFT:FromAs-DepositedPolycrystallineSilicontoNanostructuredSiliconDepositedatVeryLowTemperature–T.Mohammed-BrahimandO.Bonnaud(UniversityRennes1)

08:40 3057 BeyondtheCurrentHorizontalofSiliconThinFilmTechnology:Light-SoakingFreeNano-CrystalEmbeddedPolymorphousSiliconThinFilmandTFTbyNeutralBeamAssistedCVDatRoomTemperature–M.HongandJ.Jang(KoreaUniversity)

09:20 3058 ImpactsofChannelThicknessontheCharacteristicsofN-TypePlanarJunctionlessPoly-SiThin-FilmTransistors–C.Lin,H.Lin,andT.Huang(NationalChiaoTungUniversity,Hsinchu,Taiwan,R.O.C.)


Si-Based TFTs II – 10:20 – 11:40Co-Chairs: O. Bonnaud and R. Ishihara

10:20 3059 GrainGrowthControlduringMicro-Thermal-Plasma-JetIrradiationUsingAmorphousSiStripsandSlitMasks–Y.Fujita,S.Hayashi,K.Sakaike,andS.Higashi(HiroshimaUniversity)

10:40 3060 DecreasingtheOff-CurrentforVerticalTFTbyUsinganInsulatingLayerbetweenSourceandDrain–P.Zhang,E.Jacques,R.Rogel,andO.Bonnaud(UniversityRennes1)

11:00 3061 ThickSingleGrainSiliconFormationwithMicrosecondGreenLaserCrystallization–A.Arslan(DelftUniversityofTechnology),H.Kahlert,P.Oesterlin(InnovaventGmbH),D.Mofrad,R.Ishihara,andC.Beenakker(DelftUniversityofTechnology)

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11:20 3062 Single-GrainSiTFTsFabricatedbyLiquid-SiandLong-PulseExcimer-Laser–R.Ishihara,J.Zhang,M.Trifunovic,M.VanderZwan(DelftUniversityofTechnology),H.Takagishi,R.Kawajiri(JapanScienceandTechnologyAgency),T.Shimoda(JapanAdvancedInstituteofScienceandTechnology),andC.Beenakker(DelftUniversityofTechnology)

Si-based TFTs II Continued – 14:00 – 15:50Co-Chairs: K. Takechi and M. P. Hong

14:00 3063 Materials,Processing,andCharacterizationforPrintedFlexibleElectronics–W.S.Wong(UniversityofWaterloo)

14:40 3064 InvestigationofTransferMechanismofSiFilmwithMid-AirStructureInducedbyNear-InfraredSemiconductorDiodeLaserIrradiation–K.Sakaike,Y.Kobayashi,S.Nakamura,M.Akazawa,andS.Higashi(HiroshimaUniversity)

15:00 3065 ModesofOperationandOptimumDesignforApplicationofSource-GatedTransistors–R.A.Sporea,J.M.Shannon,andS.Silva(UniversityofSurrey)


Graphene and Organic TFTs – 15:50 – 17:30Co-Chairs: M. P. Hong and K. Takechi

15:50 3066 CVDProducedGraphene/SiliconNitrideTFTs–W.Milne,M.T.Cole,P.Kidambi(CambridgeUniversity),K.Ying,M.Drapeko,S.Hofmann,andA.Nathan(UniversityofCambridge)

16:30 3067 CharacterizationandModelingofOrganicField-EffectTransistors–G.Horowitz(CNRS)

17:10 3068 CarrierBehaviorinaHighly-DopedP3HTLayerandItsApplicationtoOrganicThinFilmTransistors–D.Tadaki,T.Ma,J.Zhang,S.Iino,Y.Kimura,andM.Niwano(TohokuUniversity)


E16 – Poster Session – 18:00 – 20:00Co-Chair: H. H. Lee

• 3069 HighPerformanceLow-VoltageOrganicPhototransistors:InterfaceModificationandtheTuningofElectrical,PhotosensitiveandMemoryProperties–X.Liu,G.Dong,L.Duan,L.Wang,andY.Qiu(TsinghuaUniversity)

• 3070 InfluenceofAnnealingConditionsontheBiasTemperatureStabilityofMgZnOTFTs–Y.Tsai,J.Chen,andI.Cheng(NationalTaiwanUniversity)

• 3071 ComparativeStudyofIn2O3,ZnOandIn-Zn-OSourceSolutionsforOxideChannelThinFilmTransistors–E.Tokumitsu(JapanAdvancedInstituteofScienceandTechnology),T.Shimizu,K.Haga(TokyoInstituteofTechnology),andT.Shimoda(JapanAdvancedInstituteofScienceandTechnology)

• 3072 Thin-FilmTransistorUsingDielectrophoreticAssemblyofSingle-walledCarbonNanotubes–T.Toda(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),T.Kawaharamura(InstituteforNanotechnology,KochiUniversityofTechnology),H.Furusawa(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),andM.Furuta(KochiUniversityofTechnology)

• 3073 Degradationofp-ChannelLowTemperaturePoly-SiTFTswithPositiveSourcePulseStress–H.Liu,S.Chiou,P.Chan,C.Kung,F.Wang(NationalChungHsingUniversity),andT.Kang(Feng-ChiaUniversity)

• 3074 SimplePatterningProcessofthePolymerSource/DrainelectrodesforOrganicThin-FilmTransistors–Y.Jang(KoreaInstituteofMachinery&Materials)

• 3075 InfluenceofPolymerDielectricSurfaceEnergyonThin-FilmTransistorPerformanceofSolution-ProcessedTriethylsilylethynylAnthradithiophene(TES-ADT)–L.Chen,P.Lin(DepartmentofMaterialsScienceandEngineering,NationalChiao-TungUniversity,Hsinchu,Taiwan,ROC),C.KIM(SogangUniversity),M.Chen,P.Huang(DepartmentofChemistry,NationalCentralUniversity,Chung-Li,Taiwan,ROC.),J.Ho,andC.Lee(ProcessTechnologyDivision,DisplayTechnologyCenter,IndustrialTechnologyResearchInstitute,Hsinchu,Taiwan,ROC.)

• 3076 StudyofElectronicStructureandFilmCompositionatBackChannelSurfaceofAmorphousIn-Ga-Zn-OThinFilms–A.Hino,T.Kishi,S.Morita,K.Hayashi,andT.Kugimiya(KobeSteel,Ltd.)

• 3077 PerformanceVariationsofAmorphous-In2Ga2ZnO7Thin-FilmTransistorsAccordingtoThinAl2O3PassivationLayerDepositedbyAtomicLayerDeposition–S.Rha,U.Kim,J.Jung,W.Jeon,Y.Yoo,E.Hwang,B.Park,andC.Hwang(SeoulNationalUniversity)

• 3078 Chemical-StructureTailored,HighPerformanceIndiumGalliumZincOxideThin-FilmTransistors–S.Jeong,J.Lee,Y.Seo,S.Choi,Y.Choi,andB.Ryu(KoreaResearchInstituteofChemicalTechnology)

• 3079 ElectrosprayDepositedSemiconductingOxideThinFilmsForDisplayBackplaneTFTApplication–S.LEE(ElectronicsandTelecommunicationsResearchInsitute(ETRI))andC.Hwang(ETRI)

• 3080 Low-Temperature,AqueousSolutionProcessedAmorphousIndiumOxideThinFilmTransistors–K.Choi,S.Chang,T.Oh,S.Jeong,K.Lee,Y.Kim,H.Ha,andB.Ju(KoreaUniversity)

• 3081 CharacteristiscsofNanocrystallineSiliconFilmsDepositedbyCat-CVDBelow100°C–T.Song,K.Keum,S.Kang,J.Park,J.Kim,andW.Hong(UniversityofSeoul)

• 3082 InfluenceofThermalStressandKineticBiasStressonTheElectricalPerformanceofMixedOxideThinFilmTransistors–T.L.Alford,S.Husein,andR.Vemuri(ArizonaStateUniversity)

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• 3083 CompositionDependenceoftheNegativeBiasLightIlluminationInstabilityofIndiumZincOxideTransistors–S.Oh,B.Yang,Y.Kim,andH.Kim(SeoulNationalUniversity)

• 3084 SKPMStudyonOxideTFT–J.ParkandH.Cha(ETRI)

• 3085 TheChangeofElectricalPerformanceandStabilityofTi,B-dopedIn-ZnOxideThinFilmTransistorsDependingonGateInsulators–B.Kim,J.Shin,C.Hong,K.Kim,N.Park,andW.Cheong(ElectronicsandTelecommunicationsResearchInstitute)

• 3086 AqueousInorganicInksforLowTemperatureFabricationofMetalOxide-BasedHigh-MobilityTransparentThin-FilmTransistors–C.Liu,W.Lee,andT.Shih(NationalChengKungUniversity)

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

FET/Processing/Strain Session 1: SiGe and Ge Channel FET – 08:00 – 10:40Co-Chairs: Yee-Chia Yeo and Bernd Tillack

08:00 3113 ImplantFreeSiGe-QuantumWell:FromDeviceConceptToHigh-PerformingpFETs–J.Mitard,G.Hellings,L.Witters,G.Eneman,A.Hikavyy,B.Vincent,R.Loo,N.Collaert,N.Horiguchi,andA.Thean(imec)

08:30 3114 EffectiveCondensationProcessforHigherGeConcentrationandThinSiGelayer-on-insulatorSubstratesinAdvancedHighMobilityMOSFETs–D.LEE,T.Shim,T.Kim,S.Song,S.Lee(HanyangUniversity),R.Okuyama(SumcoCorporation),andJ.Park(HanyangUniversity)

08:50 3115 SiGeDoped-ChannelFETFormedbySputterEpitaxyMethod–M.Yoshikawa,H.Otsuka(TokyoUniversityofAgriculture&Technology),A.Kasamatsu,N.Hirose,T.Mimura,T.Matsui(NationalInstituteofInformationandCommunicationsTechnology),andY.Suda(TokyoUniversityofAgriculture&Technology)

09:10 3116 HoleMobilityBoostofGep-MOSFETsbyCompositeUniaxialStressandBiaxialStrain–H.Lan,Y.Chen,J.Lin,andC.Liu(NationalTaiwanUniversity)

09:30 Intermission(20Minutes)09:50 3117 ModelingofField-Effect-Transistorswith

StrainedandAlternativeChannelMaterials–F.Conzatti,D.Esseni,P.Palestri,andL.Selmi(UniversityofUdine)

10:20 3118 PhysicalMechanismofEnhancedUniaxialStressEffectonCarrierMobilityinETSOIMOSFETs–T.Ohashi,O.Shunri,andU.Ken(TokyoInstituteofTechnology)

Surfaces and Interfaces Session I – 10:40 – 12:40Co-Chairs: Seiichi Miyazaki and Shigeaki Zaima

10:40 3119 ReliabilityofSiGechannelMOS–J.Franco,B.Kaczer,J.Mitard,M.Toledano-Luque,G.Eneman,P.Roussel,M.Cho,T.Kauerauf(imec),T.Grasser(T.U.Wien),L.Witters,G.Hellings,L.Ragnarsson,N.Horiguchi,M.Heyns,andG.Groeseneken(imec)

11:10 3120 EvaluationofTwocontactResistivityReferencesonSi1-xGexforFDSOI20nmpMOS–E.Bourjot(STMicroelectronics),F.Nemouchi,V.Carron(CEA-LETI),Y.Morand(STMicroelectronics),S.Bernasconi,M.Vinet,J.Damlencourt,F.Allain,O.Cueto,D.Lafond(CEA-LETI),andD.Mangelinck(IM2NP,UMRCNRS)

11:30 3121 GateStackandSource/DrainJunctionFormationsforHigh-MobilityGeMOSFETs–H.Nakashima,K.Yamamoto(KyushuUniversity),H.Yang(KyushuUniverisy),andD.Wang(KyushuUniversity)

12:00 3122 ThermallyStableNiSi2forGeContactwithSchottkyBarrierHeightModulationCapability–R.Yoshihara,Y.Tamura,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

12:20 3123 EffectofanAtomicallyMatchedStructureonFermi-levelPinningatMetal/p-GeInterfaces–K.Kasahara,H.Yoshioka,S.Yamada,T.Nishimura,M.Miyao,andK.Hamaya(KyushuUniversity)

Processing Session 1: Strain, Defects, and Diffusion – 13:50 – 16:05Co-Chairs: D. Gruetzmacher and A. Sakai

13:50 3124 UnderstandingDiffusion,Activation,andRelatedPhenomenainSiGeAlloys:ModelsandChallenges–H.W.Kennel(IntelCorporation)

14:20 3125 StrainControlofSiandSi1-x-yGexCyLayersinSi/Si1-x-yGexCy/SiHeterostructures–J.Murota(TohokuUniversity),T.Kikuchi,andM.Sakuraba(TohokuUniv.)

14:50 3126 PhosphorusProfileControlinGebySiDeltaLayers–Y.Yamamoto,P.Zaumseil,R.Kurps(IHP),J.Murota(TohokuUniversity),andB.Tillack(IHP)

15:10 3127 DopantEnhancedDiffusionforHighn-typedDopedGe–Y.Cai,R.E.Camacho-Aguilera,J.Bessette,L.Kimerling,andJ.Michel(MassachusettsInstituteofTechnology)

15:30 3128 AThreadingDislocationDensityStudyofGeEpitaxialLayeronSiandTheDependencyonVariousPostGrowthTreatments–A.SilberandE.Ginsburg(MicronSemiconductorsIsraelLtd.)


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316B, Level 3, Hawaii Convention Center

Optoelectronics Session 1: Solar Cells, Emission, and Photonics – 13:50 – 16:05Co-Chair: Gianlorenzo Masini

13:50 3129 GeOpticalEmittersFabricatedbyGeCondensationandEpitaxialGrowth–K.Oda,K.Tani,S.Saito,andT.Ido(PETRA)

14:20 3130 Group-IVSubcellsinMultijunctionConcentratorSolarCells–R.R.King,C.Fetzer,P.Chiu,E.Rehder,K.Edmondson,andN.Karam(Spectrolab,Inc.)

14:50 3131 SubstrateDesignandThermalBudgetTuningforIntegrationofPhotonicComponentsinaHigh-PerformanceSiGe:CBiCMOSProcess–D.Knoll,H.Richter,B.Heinemann,S.Lischke,Y.Yamamoto,L.Zimmermann,andB.Tillack(IHP)

15:10 3132 DirectBand-gapElectroluminescencefromStrainedn-GeLightEmittingDiodes–P.Velha,K.F.Gallacher,D.C.Dumas,D.J.Paul(UniversityofGlasgow),M.Myronov,andD.R.Leadley(UniversityofWarwick)

15:30 3133 ParametersControllingEmissionofTerahertzFrequencyElectromagneticRadiationfromInAsandGaAs:AnEnsembleMonteCarloSimulationStudy–D.CortieandR.Lewis(UniversityofWollongong)


316A, Level 3, Hawaii Convention Center

Epitaxy Session 1: Pre-epi Si Surface Cleaning and III-V Compound Semiconductor Hetero-Epitaxy – 16:05 – 18:05Co-Chairs: Yee-Chia Yeo and Alexander Reznicek

16:05 3134 Selective-AreaEpitaxialLateralOvergrowthofInGaAsMicrodiscsonSi–M.Sugiyama(UniversityofTokyo)

16:35 3135 III-V/GaPEpitaxyonSiforAdvancedPhotovoltaicsandGreenLightEmitters–S.A.Ringel,T.Grassman,C.Ratcliff,A.Carlin,J.Carlin,L.Yang,andM.Mills(TheOhioStateUniversity)

17:05 3136 ControllingEpitaxialGaAsP/SiGeHeterovalentInterfaces–P.Sharma,T.Milakovich,M.Bulsara,andE.A.Fitzgerald(MassachusettsInstituteofTechnology)

17:25 3137 HighEfficiencyLowTemperaturePre-epiCleanMethodforAdvancedGroupIVepiProcessing–V.Machkaoutsan(ASMBelgium),D.Weeks,M.Bauer(ASMAmerica),J.Maes(ASMBelgium),J.Tolle(ASMAmerica),S.Thomas(ASM),A.Alian,A.Hikavyy,andR.Loo(imec)

17:45 3138 HeteroepitaxyofIII-VCompoundSemiconductorsonSiforLogicApplications:SelectiveAreaEpitaxyinShallowTrenchIsolationStructuresvs.DirectEpitaxymedi-atedbyStrainRelaxedBuffers–M.Cantoro,C.Merckling,S.Jiang,W.Guo,N.Waldron,H.Bender,J.Dekoster,R.Loo,W.Vandervorst,M.Caymax,andM.Heyns(imec)

316B, Level 3, Hawaii Convention Center

Optoelectronics Session 2: Lasing, Strain and Interconnects – 16:05 – 18:05Co-Chair: Gianlorenso Masini

16:05 3139 ElectricallyPumpedLasingfromGe-on-Si–J.Michel(MassachusettsInstituteofTechnology)

16:35 3140 StrainEngineeringforOpticalGaininGermanium–P.Boucaud(CNRS),M.ElKurdi,M.DeKersauson,A.Ghrib(UnivParis-Sud),S.Sauvage,R.Jakomin,G.Beaudoin,O.Mauguin,L.Largeau,I.Sagnes(CNRS),G.Ndong,M.Chaigneau,andR.Ossikovski(EcolePolytechnique)

17:05 3141 SiliconCompatibleHighPerformanceOpticalInterconnectTechnology–B.Dutt(APICCorporation)

17:25 3142 OpticalCharacterizationofGe-on-SiGrownbyusingRTCVD–T.Kim,Y.Kil,W.Hong,H.Yang,S.Kang,T.Jeong,andK.Shim(ChonbukNationalUniversity)

17:45 3143 HighExtinctionRatio,LowEnergyConsumptionGeQuantumWellElectro-AbsorptionModulatorwith23GHzBandwidth–G.Isella(PolitecnicodiMilano),P.Chaisakul,D.Marris-Morini,M.SaïdRouifed(Univ.Paris-Sud),D.Chrastina,J.Frigerio(L-NESSDip.diFisica–PolitecnicodiMilano),X.LeRoux,S.Edmond,J.Coudevylle,andL.Vivien(Univ.Paris-Sud)


E17 – Poster Session – 18:00 – 20:00

• 3144 EffectsofHClontheGrowthofEpitaxialGe–D.Franca(ResearchFoundationofSUNY)

• 3145 AnalysisofLocalElectricConductivePropertyforSiNanowireModels–Y.Ikeda,M.Senami,andA.Tachibana(KyotoUniversity)

• 3146 Ge1-xSnxAlloysPseudomorphicallyGrownbyR.F.MagnetronSputtering–H.PérezLadróndeGuevara(UniversidaddeGuadalajara),Á.RodríguezVázquez,H.NavarroContreras,andM.VidalBorbolla(UniversidadAutónomadeSanLuísPotosí)

• 3147 HighQualitySiliconCapLayerfor28nmandBeyondPMOSProcesses–C.Liao,T.Hsuan,C.Chien,M.Chan(UnitedMicroelectronicscorp),C.Yang(UnitedMicroelectronicsCorp.),J.Wu(UnitedMicroelectronicsCorp),andB.Ramachandran(AppliedMaterialsInc.)

• 3148 AccurateReactiveIonEtchingofSi,GeandPDopedGeinanSF6-O2Radio-FrequencyPlasma–C.Wongwanitwattana,V.A.Shah,M.Myronov,E.H.Parker,T.E.Whall,andD.R.Leadley(UniversityofWarwick)

• 3149 FormationofLargeGrainSiGeonInsulatorbySiSegregationinSeedless-Rapid-MeltingProcess–R.Kato,M.Kurosawa(KyushuUniv.),R.Matsumura,T.Sadoh(KyushuUniversity),andM.Miyao(KyushuUniv.)

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• 3150 DirectMeasurementofSiliconStrainInducedbyStressedTiNxStripesThroughRaman–Z.Fu,X.Ma,H.Yin,J.Niu,J.Yan(InstituteofMicroelectronicsofChineseAcademyofSciences),andC.Zhao(ChineseAcademyofSciences)

• 3151 Nano-EngineeredGexSi1-x-onInsulatorforHeteroepitaxy–K.Hossain,O.Holland(AmethystResearchInc),M.Debnath,T.Mishima,andM.Santos(UniversityofOklahoma)

• 3152 NMOSSiPEpitaxyProcess–OptimizingFacetGrowth–C.Liao,C.Chien,M.Chan(UnitedMicroelectronicscorp),C.Yang(UnitedMicroelectronicsCorp.),J.Wu(UnitedMicroelectronicsCorp),C.Chung(AppliedMaterialsInc),andB.Ramachandran(AppliedMaterialsInc.)

• 3153 ControlofSchottkyBarrierHeightatAl/p-GeJunctionsbyUltrathinLayerInsertion–A.Ohta,M.Matsui,H.Murakami,S.Higashi(HiroshimaUniversity),andS.Miyazaki(NagoyaUniv.)

• 3154 CharacterizationofResistance-SwitchingPropertiesofSiOxFilmsUsingPtNanodotsElectrodes–K.Makihara,M.Fukushima(NagoyaUniversity),A.Ohta,M.Ikeda(HiroshimaUniversity),andS.Miyazaki(NagoyaUniv.)

• 3155 X-rayandRamanCharacterizationofstrainedSiGeLayersTreatedbyStainEtching–W.Zhou,R.Liang,andL.Yan(TsinghuaNationalLaboratoryforinformation,InstituteofMicroelectronics,TsinghuaUniversity)

• 3156 Ge-on-SiBufferlessEpitaxialGrowthforPhotonicDevices–R.E.Camacho-Aguilera,Y.Cai,J.Bessette,X.Duan,L.Kimerling,andJ.Michel(MassachusettsInstituteofTechnology)

• 3157 FormationofLarge-GrainGe(111)FilmsonInsulatorbyGold-InducedLayer-ExchangeCrystallizationatLowTemperature–J.Park,T.Suzuki,M.Kurosawa,M.Miyao,andT.Sadoh(KyushuUniversity)

• 3158 ImpedanceSpectroscopyofGeSn/GeHeterostructuresbyaNumericalMethod–B.Baert(UniversityofLiege),O.Nakatsuka,S.Zaima(NagoyaUniversity),andN.Nguyen(UniversityofLiege)

• 3159 ImprovementsinAtomicLayerDepositionNucleationonGe(100)andSiGe(100)viaHOOHdosing–T.Kaufman-Osborn,J.Lee,K.Kiantaj,andA.Kummel(UniversityofCalifornia,SanDiego)

• 3160 OrientationDependenceofSi1-xCx:PGrowthandtheImpactonFinFETStructures–J.Tolle,D.Weeks,M.Bauer(ASMAmerica),V.Machkaoutsan,J.Maes(ASMBelgium),M.Togo,A.Hikavyy,S.Brus,andR.Loo(imec)

• 3161 HighThroughputSEGofHighlyIn SituDopedSiCP/SiPLayersforNMOSDevicesUsingaSi3H8SiH3CH3/PH3/Cl2basedCDEProcess–M.Bauer(ASMAmerica)

• 3162 Ge-on-Si:Single-CrystalSelectiveEpitaxialGrowthinaCVDreactor–A.Sammak,W.DeBoer,andL.K.Nanver(TUDelft)

• 3163 TheStructuralandElectricalPropertiesinCeO2DielectriconGeSubstrateforMOSCapacitorsbyAtomicLayerDepositionwithCe(iprCp)3–I.Oh,M.Kim,J.Park(YonseiUniversity),J.Gatineaub,K.Changhee(K.K.AirLiquideLaboratories),andH.Kim(YonseiUniversity)

• 3164 Point-of-UseSamplingandOrganicImpurityAnalysisforBulkGasesinSemiconductorProcessing–J.PARK,S.Shin*,Y.Lee*,P.Jun*,andJ.Kim*(SamsungElectronicsCo.,Ltd)

• 3165 ElectronicBandStructureandEffectiveMassesofGe1-xSnxAlloys–K.Low,Y.Yang,G.Han(NationalUniversityofSingapore),W.Fan(NanyangTechnologicalUniversity),andY.Yeo(NationalUniversityofSingapore)

• 3166 Multi-WavelengthHighResolutionMicro-RamanandOpticalReflectanceCharacterizationofNano-ScaleStrainedSilicon-on-InsulatorSubstrates–T.Kim,T.Shim(HanyangUniversity),W.Yoo(WaferMasters,Inc.),andJ.Park(HanyangUniversity)

• 3167 TheoreticalCalculationofDefectsFormationUnderThermalEquilibriuminHeavilyn-typeDopedGermanium–K.Takinai,Y.Ishikawa,andK.Wada(TheUniversityofTokyo)

• 3168 StrainEngineeringinGeSnSiMaterials–H.Radamson,M.Noroozi,A.Jamshidi,andM.Ostling(RoyalInstituteofTechnology(KTH))

• 3169 OptimizationofSiC:PRaisedSourceDrainEpitaxyforPlanar20nmFullyDepletedSOIMOSFETStructures–N.Loubet(STMicroelectronics),T.Nagumo(Renesas),T.Adam(IBM),Q.Liu(STMicroelectronics),M.Raymond(Globalfoundries),K.Cheng,A.Khakifirooz,Z.Zhu(IBM),P.Khare(STMicroelectronics),V.Paruchuri(IBMResearch),B.Doris(IBM),andR.Sampson(STMicroelectronics)

• 3170 EvidenceofBoronClusterFormationinUltra-ShallowIonImplantedGe–B.R.Yates,B.L.Darby,N.Rudawski(UniversityofFlorida),D.H.Petersen,O.Hansen(TechnicalUniversityofDenmark),R.Lin,P.F.Nielsen(CAPRESA/S),A.Kontos(AppliedMaterials),andK.S.Jones(UniversityofFlorida)

• 3171 StrainEvolutionofSi1-xGexSelectiveEpitaxialGrowthinSteps–S.Koo,S.Kim,andD.Ko(YonseiUniversity)

• 3172 FormationofSiliceneand2DSiSheetsonAg(111):GrowthMode,StructuralandElectronicProperties–P.Vogt,T.Bruhn(TU-Berlin),A.Resta(CNRS-CINaM),B.Ealet(Aix-MarseilleUniversity),P.DePadova(CNR-ISM),andG.LeLay(Aix-MarseilleUniversity)

• 3173 InvestigationsonGeODisproportionationUsingX-rayPhotoelectronSpectroscopy–S.Wang(InstituteofMicroelectronics,ChineseAcademyofSciences),H.Liu(ChineseAcademyofSciences),T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

• 3174 TheOxidationofGermaniumSurfacesInvestigatedattheAtomicScale:Site-specificAtomicandElectronicStructure–C.Fleischmann,K.Schouteden(KULeuven),C.Merckling,S.Sioncke,M.Meuris(imec),C.VanHaesendonck,K.Temst,andA.Vantomme(KULeuven)

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F1Bio-Enabled Materials, Processes, and DevicesElectrodeposition/PhysicalandAnalyticalElectrochemistry/Sensor311, Level 3, Hawaii Convention Center

Biological Templates for Device Fabrication – 10:00 – 12:00Co-Chair: Nosang Myung

10:00 3250 (Invited)RationalDesignofProteinsforModulationofMaterialsGrowthProcesses–D.T.Schwartz(UniversityofWashington)

10:40 3251 (Invited)SelectiveMetallizationofScaffoldedDNAOrigamitoFormSelf-AssembledNanoelectronicSystems–A.T.Woolley,Y.Geng,E.Pound,M.Lydiksen,A.Pearson,J.Liu,B.Uprety,R.Davis,andJ.N.Harb(BrighamYoungUniversity)

11:20 3252 DNA/MetalNanoparticlesFunctionalizedSingle-WalledCarbonNanotubesBasedGasSensorArrays–H.C.Su,M.Zhang(UniversityOFCALIFORNIA,RIVERSIDE),J.Lim(KoreaInstitutteofMaterialsScience),andN.Myung(UniversityofCalifornia–Riverside)

11:40 3253 UseofGalvanicDisplacementtoFabricateDNA-TemplatedTelluriumandBismuthTellurideNanowires–J.Liu,B.Uprety(BrighamYoungUniversity),N.Myung(UniversityofCalifornia–Riverside),andJ.N.Harb(BrighamYoungUniversity)

Bio-enabled Materials – 14:00 – 16:40Co-Chairs: John Harb and Sachio Yoshihara

14:00 3254 (Invited)ModificationofSolidSurfacewithSelf-AssembledMonolayerforChiralSensing–T.NakanishiandT.Osaka(WasedaUniversity)

14:40 3255 DesignofMolecularRecognitionInterfaceforDetectingCarbohydrateandLectinWeakInteractions–Y.SATO(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),K.Yoshioka(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Murakami(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andO.Niwa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:00 3256 InterfacialStructureandFunctionofNano-StructuredMembranesofNewlySynthesizedPhosporylcholineDerivatives–T.SawaguchiandM.Tanaka(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:20 3257 AStudyontheEffectofNovelSurfaceTreatmentsandBiodegradablePolymerCoatingsonCorrosionandSurfacePropertiesofTernaryNitinolAlloys–C.PulletikurthiandN.Munroe(FloridaInternationalUniversity)

15:40 3258 UsingBiocompatibleIonicliquidtoControltheCorrosionofMgAlloysinSimulatedBodyFluid–Y.Zhang(ACES/IFM),B.Hinton(IFM/DeakinUniversity),G.Wallace,X.Liu(IPRI/UniversityofWollongong),andM.Forsyth(DeakinUniversity)

16:00 3259 DevelopmentofNovelGuidedTissueRegenerationMembranesforBiomedicalApplications–Y.C.ChenandK.Ou(TaipeiMedicalUniversity)

16:20 3260 MultifunctionalBiodegradableCross-LinkedPolymerResearchandDevelopmentandClinicalApplicationofAnimalExperiments–W.SuandK.K.Ou(TaipeiMedicalUniversity)


F1 – Poster Session – 18:00 – 20:00

• 3261 InvestigatingPhosphonateMonolayerStabilityasProtectiveCoatingsforRetinal-NeuralSensors–B.A.Branch(TheUniversityofNewMexico/LosAlamosNationalLaboratory),M.Dubey,A.Aaron,K.Baldwin,A.M.Dattelbaum(LosAlamosNationalLaboratory),andD.Petsev(TheUniversityofNewMexico)

F2Electrodeposition General Session: Fundamentals and New Materials – Dieter M. Kolb Memorial SymposiumElectrodeposition313B, Level 3, Hawaii Convention Center

Session III Cont’d: Thin Film Electrodeposition – 08:00 – 11:00Co-Chairs: G. Zangari and R. Sawaguchi

08:00 3276 ElectroformingofThickFilmBi2Te3-basedThermoelectrics–C.L.Arrington,P.Sharma,J.Coleman,E.Baca,A.Rowen,D.Banga,D.B.Robinson,andV.Stavila(SandiaNationalLaboratories)

08:20 3277 ElectrodepositionofSbxTeyandBixTeyThinFilmsforThermoelectricapplication–J.Lim(KoreaInstitutteofMaterialsScience),I.Yoo(KIMS),N.Myung(UniversityofCalifornia–Riverside),Y.Song,D.Chang,D.Lim(KoreaInstituteofMaterialsScience),Y.Kim(PusanNationalUniversity),andK.Lee(KoreaInstituteofMaterialsScience)

08:40 3278 WearandCorrosionResistanceofCr-CDepositsObtainedfromaTrivalentChromiumElectroplatingBathwiththeAdditionofNanosizedAl2O3Powder–C.Huang,C.Chuang,andC.Lin(ChangGungUniversity)

09:00 3279 EffectsofSonicationonElectrodepositedNickel-basedCarbonNanotubeCompositesCoatings–T.SuzukiandM.Kato(YamagataResearchInstituteofTechnology)

09:20 3280 ApplicationofArtificialNeuralNetworkstoPredictChemicalCompositionofElectrodepositedNanocrystallineNi-MoThinFilms–M.Allahyarzadeh(AbadanfacultyofPetroleumEngineering),A.Ashrafi(ShahidChamranUniversityofAhvaz),B.Roozbehani(AbadanfacultyofPetroleumEngineering),andA.Seddighian(SharifUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 3281 StepwiseAnodizingProcessesforHierarchical

NanoporousStructures–C.JeongandC.Choi(StevensInstituteofTechnology)

10:20 3282 DependenceofFermiLevelinConductingPolymersJoinedwithOxideSemiconductoronItsCrystalPlane–Y.Fujikawa(ChibaInstituteofTechnology),J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

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10:40 3283 PhotoluminescencePropertiesofElectrodepositedPorousSilicon/CeriumoxideComposite–M.MizuhataandY.Kubo(KobeUniversity)

Session IV: Deposition – 11:00 – 12:00Co-Chairs: S. Yoshimoto and S. Brankovic

11:00 3284 SuperconformalFilmGrowth:ChallengesandOpportunities–T.Moffat,G.Liu(NationalInstituteofStandardsandTechnology),S.Zou(MiamiUniversity),L.Richter(NationalInstituteofStandardsandTechnology),L.OuYang(TSMC),C.Lee(KAERI),andD.Josell(NationalInstituteofStandardsandTechnology)

11:20 3285 BeyondInterfacialAnion/CationPairing:TheRoleofCu(I)CoordinationChemistryfortheActionofLevelerAdditivesinCopperElectroplating–M.Hai,F.Janser,T.Brunner(UniversityofBern),A.Fluegel(BASFSE),F.Simona,M.Cascella,K.Kraemer(UniversityofBern),D.Mayer,M.Arnold(BASFSE),andP.Broekmann(UniversityofBern)

11:40 3286 InfluenceofGlycineasAdditiveonCobaltElectrodeposition–R.A.CritelliandP.Sumodjo(UniversidadedeSãoPaulo)

Session IV Cont’d: Deposition – 14:00 – 16:00Co-Chairs: U. Stimming and T. Kondo

14:00 3287 MechanisticStudiesofZincElectrodepositionfromDeepEutecticElectrolytes–L.Vieira(CESTCompetenceCentreforElectrochemicalSurfaceTechnology),B.Gollas(GrazUniversityofTechnology),andR.Schennach(InstituteofSolidStatePhysics,GrazUniversityofTechnology)

14:20 3288 TheoreticalAnalysisoftheSolventEffectonHypophosphiteIonAdsorptiononPdandCuSurfaces–M.Kunimoto,K.Seki,H.Nakai,andT.Homma(WasedaUniversity)

14:40 3289 ElectrodepositionofFeRhAlloys:InfluenceofAgUnderlayer–R.DellaNoce(Unesp),D.Cornejo,H.Kumar(USP),andA.Benedetti(Unesp)

15:00 3290 SurfaceAlloyFormationDuringPbUPDonCu(100)andItsRoleinCu-PbAlloyDeposition–D.Gokcen,C.Hangarter,andT.Moffat(NationalInstituteofStandardsandTechnology)

15:20 3291 AnEnvironmentallyFriendlyProcessforElectroplatingCopperonZinc–C.Liao,F.Ernst,andU.Landau(CaseWesternReserveUniversity)

15:40 3292 StudyoftheCopperElectrodepositionMechanismonMolybdenumSubstrate–E.Delbos,H.ElBelghiti(OMGUltraPureChemicals),D.Mercier,J.Vigneron,M.Bouttemy,andA.Etcheberry(InstitutLavoisierdeVersailles)

Session IV Cont’d: Deposition – 16:00 – 18:00Co-Chairs: L. Kibler and M. Mizuhata

16:00 3293 DepositionofMetallicNanoparticles;VariationsofParticleSize–T.Brülle,O.Schneider(TechnischeUniversitätMünchen),andU.Stimming(TUMCREATECentreforElectromobility)

16:20 3294 ElectrodepositionofArraysofAu/NiO/AuNanowireHeterostructuresforReRAMApplications–D.Perego,S.Franz,M.Bestetti(PolitecnicodiMilano),S.Brivio,G.Tallarida(LaboratorioMDM,IMM-CNR),andS.Spiga(CNR-IMM)

16:40 3295 CrystalOrientationofIronProducedbyElectrodeoxidationofHematiteParticles–M.Tokushige(NorwegianUniversityScienceTechnology),O.Kongstein(SINTEF),andG.Haarberg(NorwegianUniversityofScienceandTechnology)

17:00 3296 StudyoftheElectrodepositionofZn-TiO2DispersionCoatings–M.K.Camargo(IlmenauUniversityofTechnology),U.Schmidt(TechnischeUniversitaetIlmenau),andA.Bund(TechnischeUniversitätIlmenau)

17:20 3297 EpitaxialGrowthofAuonPt(111)andPt(poly)bySurfaceLimitedRedoxReplacementofPbUPDLayer–N.Dimitrov,C.Mitchell,andM.Fayette(SUNYatBinghamton)

17:40 3298 ImplicationsontheUseof1-Dand2-DModelsforMetalElectrodeposition:VoltammetryandImpedanceAnalysis–J.G.VazquezandM.Pritzker(UniversityofWaterloo)


F2 – Poster Session – 18:00 – 20:00

• 3299 UnderstandingtheMechanismofFunctionalMoleculesinShape-ControlledSynthesisofNanomaterials--In SituFTIRSpectroscopicStudyofCitrateAdsorptiononPtPolycrystallineandSingleCrystalElectrodes–D.Chen,J.Ye,C.Xu,X.Li,J.Li,C.Zhen,andS.Sun(XiamenUniversity)

• 3300 FabricationofLowCTEMetalMasksbytheInvarFe-NiAlloyElectroformingProcessforLargeandFinePitchOLEDDisplays–T.Nagayama,T.Yamamoto,T.Nakamura,andY.Mizutani(Kyotomunicipalinstituteofindustrialtechnologyandculture)

• 3301 SynthesisandCharacterizationofElectrodepositedCu2OThinFilmforPhoto-ElectrochemicalCells–M.Kim(KoreaInstituteofMaterialsScience),S.Yoon(HanyangUniversity),D.Chang(KoreaInstituteofMaterialsScience),N.Myung(UniversityofCalifornia–Riverside),D.Lim(KoreaInstituteofMaterialsScience),I.Kim(Dong-AUniversity),B.Yoo(HanyangUniversity),K.Lee(KoreaInstituteofMaterialsScience),andJ.Lim(KoreaInstitutteofMaterialsScience)

• 3302 CharacterizationofZn-Ni-PalloysElectrodepositedinAlkalineSolutions–Y.Kamimoto,K.Yamamoto,S.Yamashita,andR.Ichino(NagoyaUniversity)

• 3303 TheElectrodepositionofZinc-BismuthAlloys–A.Luegger(CESTCompetenceCentreforElectrochemicalSurfaceTechnology),B.Gollas(GrazUniversityofTechnology),andJ.Zidar(MibaGleitlagerGmbH)

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• 3304 InfluenceofAdatomSupersaturationonRealActivationEnergyofChargeTransferStagedur-ingMetalElectrocrystallization–I.Kryshtop,N.Yurchenko,andV.Trofimenko(DnipropetrovskNationalUniversity)

• 3305 ElectrochemicalAssemblyofRutheniumComplexesduringtheMultilayeringProcessofMnO2–K.Tomono,R.Yamaguchi,andM.Nakayama(YamaguchiUniversity)

• 3306 AFMAnalysisforInitialStageofElectrolessDisplacementDepositionofSilveronSiliconSurface–T.Ego(GraduateschoolofEngineering,UniversityofHyogo),S.Yae(UniversityofHyogo),T.Hagihara(ShinkoseikiCo.,Ltd.),N.Fukumuro,andH.Matsuda(UniversityofHyogo)

• 3307 FabricationofCu-AgFilmUsingElectrodepositionandCharacterizationofItsProperties–H.Ko(UniversityofIncheon),M.Kim,J.Kim(SeoulNationalUniversity),andO.Kwon(UniversityofIncheon)

• 3308 DegradationofAdditivesandItsInfluencesonCopperElectrodeposition–S.Choe,M.Kim,H.Kim,T.Lim(SeoulNationalUniversity),A.Lee,S.Jun,K.Woo(LSMtronLtd.),andJ.Kim(SeoulNationalUniversity)

• 3309 ElectrodepositionofCoNiWAlloys:HCP-FCCStructuralTransition–A.M.Sakita(InstitutodeQuímica–Unesp),R.DellaNoce,C.SadaoFugivara,andA.VicenteBenedetti(Unesp)

• 3310 ElectrochemicalFormationofFunctionalSilverCoatings:NanostructuralPeculiarities–O.BersirovaandV.Kublanovsky(V.I.VernadskiiInstituteofGeneralandInorganicChemistryNASofUkraine)

• 3311 HighTemperatureHardnessofElectrodepositedNickel-basedCarbonNanotubeCompositeCoatings–T.Suzuki,M.Kato,T.Matsuda,andS.Kobayashi(YamagataResearchInstituteofTechnology)

F3Electroless Deposition: Principles, Activation, and Applications 2Electrodeposition306A, Level 3, Hawaii Convention Center

Co-Chairs: Stojan Djokic, T. Homma, L. Magagnin, and J. Stickney

10:00 3328 ElectrolessAtomicLayerDeposition:aScalableApproachtoTailoredSurfaceStructures–D.B.Robinson,P.Cappillino(SandiaNationalLaboratories),L.Sheridan,andJ.Stickney(TheUniversityofGeorgia)

10:20 3329 ElectrolessDepositionofCuandAgonValveMetalSubstrates–L.Nolan(UniversityofAlberta),S.Djokic(ElchemConsultingLtd.),K.Cadien,andT.Thundat(UniversityofAlberta)

10:40 3330 ChemicalModificationofNano-NonwovenFabricsUsingElectrochemicalandElectrolessDeposition–S.NdzesseandC.Shannon(AuburnUniversity)

11:00 3331 MiniatureFuelCellwithMonolithicallyFabricatedSiElectrodes-ReductionofPtbyUPD-SLRR-–D.Ogura,T.Honjo,andM.Hayase(TokyoUniversityofScience)

11:20 3332 LargeScale,ElectrolessSynthesisofHighlyStableFlower-likeSilverNanostructuresbyaTemplatelessMethodforSERSApplication–C.DesmondaandY.Tai(NationalTaiwanUniversityofScienceandTechnology)

11:40 3333 SERS-ActiveSubstratesFabricatedbyDisplacementDepositionofMetalsonPorousSilicon–K.Artsemyeva(BSUIR),H.Bandarenka(BelarussianStateUniversityofInformaticsandRadioelectronics),A.Panarin,I.Khodasevich,S.Terekhov(NASB),M.Balucani(UniversitySapienza),andV.Bondarenko(BelarussianStateUniversityofInformaticsandRadioelectronics)


F3 – Poster Session – 18:00 – 20:00Co-Chair: Stojan Djokic

• 3334 TheKineticParameteroftheNi-WAlloyElectrodeposition–H.Xiao,N.Yu,Y.Feng,andZ.Liu(YunnanUniversity)

• 3335 CohesionPropertyofElectrolessPlatedNi-PCoatingonFiberBraggGrating–L.Fang,P.Zhang,A.Tang,andS.Xue(ChongQingUniversity)

• 3336 Oxygen-AssistedVacuumUltra-VioletSurfaceModificationofPolymersasaPretreatmentforElectrolessNickelPlatimg–A.Nakamura,N.Mukado,T.Ichii,andH.Sugimura(KyotoUniversity)

• 3337 EnhancedPdDistributionbyThree-StepActivationProcessforElectrolessCuPlating–C.Lee,H.Lee,M.Lee,J.Hur,andH.Lee(KoreaInstituteofIndustrialTechnology)

• 3338 PreparationandpropertiesofNi-Co-P/nano-sizedSiCelectrolesscompositecoatings–J.Hu,L.Fang,P.Zhong,andY.Yang(ChongQingUniversity)

• 3339 RamanandDFTstudyofReductantAdsorptiononMetalSurfacesinElectrolessDepositionProcess–B.Jiang(WASEDEUniversity),M.Kunimoto,M.Yanagisawa,andT.Homma(WasedaUniversity)

F5Magnetic Materials and Devices 12Electrodeposition323C, Level 3, Hawaii Convention Center

Magnetic Recording and Materials 2 – 08:00 – 12:00Co-Chairs: E. Podlaha, W. Schwarzacher, and T. Osaka

08:00 3399 DevelopmentofThinFilmTechnologyforHigh-DensityMagneticRecordingMedia–M.Futamoto(ChuoUniversity)

08:40 3400 ElectroplatedHardmaskforBitPatternedMediaNanoimprintingTemplateFabricationusingBlockCopolymerLithography–C.Bonhote(HGST,aWDcompany),G.Siddiqi,J.Lille,andR.Ruiz(HGST)

09:00 3401 MicrostructuralandMagneticStudiesofElectrodeposited,EquiatomicFe-PtFilms–D.LiangandG.Zangari(UniversityofVirginia)

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09:20 3402 MetastableL11andBhOrderedPhaseFormationinCoPtAlloyThinFilmsEpitaxiallyGrownonMetalUnderlayers–M.Ohtake,D.Suzuki(ChuoUniversity),F.Kirino(TokyoNationalUniversityofFineArtsandMusic),andM.Futamoto(ChuoUniversity)

09:40 Intermission(20Minutes)10:00 3403 SuperconformalElectrodepositionofNi,Coand

Fe-GroupAlloys–T.Moffat(NationalInstituteofStandardsandTechnology),C.Lee(KAERI),S.Kim(Chung-AngUniversity),Y.Liu,andD.Josell(NationalInstituteofStandardsandTechnology)

10:40 3404 InducedCodepositionofNiMo,NiWandCoWAlloyswithaCompetingSideReaction–S.Sun,T.Bairachna(NortheasternUniversity),T.Maliar,H.Cesiulis(VilniusUniversity),andE.Podlaha(NortheasternUniversity)

11:20 3405 ElectrodepositionofSuperInvarintoMicro-andNano-Recesses–H.Kim(NortheasternUniversity),M.Murphy(LouisianaStateUniversity),S.Soper(UniversityofNorthCarolina),andE.Podlaha(NortheasternUniversity)

11:40 3406 AqueousDCElectrodepositionandMechanismofMagneticSmCoAlloys–J.Wei,M.Schwartz,andK.Nobe(UCLA)

Magnetic MEMS and Devices – 14:00 – 18:00Co-Chairs: H. Gatzen and P. Hesketh

14:00 3407 DevelopmentsinIntegratedOn-ChipInductorswithMagneticYokes–E.J.O’Sullivan,N.Wang,P.Herget(IBMResearchDivision),L.Romankiw(IBM,ThomasJ.WatsonResearchCenter),B.Webb,R.Fontana(IBMResearchDivision),N.Sturcken,K.Shepard(ColumbiaUniversity),andW.Gallagher(IBMResearchDivision)

14:40 3408 AUniqueMagneticAlloyforIntegratedPowerSystemsonaChip–A.Panda(EnpirionInc),T.Liakopoulos(EnpirionInc.),M.Wilkowski,andA.Lotfi(EnpirionInc)

15:00 3409 MagneticMicroandNanoActuatorSystems–H.H.Gatzen(LeibnizUniversitaetHannover)

15:40 3410 EvaluationoftheEffectsofElectroplatingConditionsontheMaterialPropertiesofIronCobaltThickFilmsusingDesignofExperiments–W.C.PattersonandD.P.Arnold(UniversityofFlorida)

16:00 3411 NanoporousAluminaGrowthinaMagneticField–A.Ispas(TechnischeUniversitätIlmenau),I.Vrublevsky(BelarusianStateUniversityofInformaticsandRadioelectronicsMinsk),U.Schmidt(TechnischeUniversitaetIlmenau),andA.Bund(TechnischeUniversitätIlmenau)

16:20 3412 InvestigationoftheCrystallizationofNiFe81/19DependingontheAnnealingTemperature–M.Wurz(LeibnizUniversityofHanover),A.Shaganov,A.Filimonov(PhysicsofNanocompositeMaterials),andL.Rissing(LeibnizUniversitaetHannover)

16:40 3413 IntegrationofElectroplatedCoFeinTrenchTypeFluxGuidesforMagneticMEMSApplications–J.Chen,S.Cvetkovic,andL.Rissing(LeibnizUniversitaetHannover)

17:00 3414 MicrofabricationofHigh-PerformanceThickCo80Pt20PermanentMagnetsforMicrosystemsApplications–O.D.OnikuandD.P.Arnold(UniversityofFlorida)

17:20 3415 FabricationandCharacterizationofanImprovedMicroInductosyn®Sensor–D.Miletic(LeibnizUniversitaetHannover),J.Flügge(Physikalisch-TechnischeBundesanstalt(PTB)),andH.H.Gatzen(LeibnizUniversitaetHannover)

17:40 3416 EmbossingofSoft-magneticStructuresandInfluenceonMagneticProperties–M.Kaiser(LeibnizUniversitaetHannover),M.Wurz(LeibnizUniversityofHanover),S.Cvetkovic(LeibnizUniversitaetHannover),R.Schwaiger(KarlsruheInstituteforTechnology),andL.Rissing(LeibnizUniversitaetHannover)


F5 – Poster Session – 18:00 – 20:00Co-Chairs: C. Bonhote and G. Zangari

• 3417 MagneticPropertiesofNi-CuAlloyNanowiresObtainedbytheTemplateMethod–I.Enculescu,E.Matei(NationalInstituteofMaterialsPhysics),M.ToimilMolares(GSIDarmstadt),A.Leca,andV.Kuncser(NationalInstituteofMaterialsPhysics)

• 3418 CPP-GMRofCo/CuMultilayeredNanowiresElectrodepositedintoAnodizedAluminumOxideNanochannelswithLargeAspectRatio–N.Goya,Y.Zenimoto,K.Takao,T.Ohgai(NagasakiUniversity),M.Nakai,andS.Hasuo(KyushuMitsuiAluminiumCo.Ltd.)

• 3419 ElectroplatingofCu/SnLayersforHermeticEncapsulationforVacuumApplications–M.Wurz(LeibnizUniversityofHanover),S.Cvetkovic,L.Rissing(LeibnizUniversitaetHannover),andF.Bach(LeibnizUniversityofHanover)

• 3420 AnisotropicMagnetoresistanceofNi-Co-FeAlloyNanowiresElectrodepositedintoAnodizedAluminiumOxideMembraneThinFilms–Y.Ikeda,T.Egawa,K.Takao,T.Ohgai(NagasakiUniversity),M.Nakai,andS.Hasuo(KyushuMitsuiAluminiumCo.Ltd.)

• 3421 Current-InducedMagnetizationSwitchinginCPPJunctionsbasedonFe3Si/FeSi2MultilayeredFilms–Y.Noda(KyushuUniversity),K.Sakai(KurumeNationalCollegeofTechnology),T.Sonoda(KyushuUniversity),K.Takeda(FukuokaInstituteofTechnology),andT.Yoshitake(KyushuUniversity)

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H1Carbon Nanotubes and Graphene: From Fundamental Properties and Processes to Applications and DevicesFullerenes,Nanotubes,andCarbonNanostructures/DielectricScienceandTechnology/EnergyTechnology/Sensor317A, Level 3, Hawaii Convention Center

Session I – 08:00 – 12:20Co-Chairs: T. Akasaka, D. Guldi, and F. D’Souza

08:00 3471 N-typeGrapheneInducedbyMolecularHydrogenExposureatRoomTemperature–B.Kim(UlsanNationalInstituteofScienceandTechnology),S.Hong,S.Baek(SeoulNationalUniversity),H.Jeong,N.Park,M.Lee(UlsanNationalInstituteofScienceandTechnology),S.Lee(KonkukUniversity),J.Lim,Y.Jun(UlsanNationalInstituteofScienceandTechnology),andY.Park(SeoulNationalUniversity)

08:20 3472 DFTCalculationforVariousAdatomAdsorptionsonGrapheneforUsingGrapheneasSubstrate–A.Ishii,K.Nakada,andT.Torobu(TottoriUniversity)

08:40 3473 TheoreticalStudyofaZigzagGrapheneNanoribbonFieldEffectTransistor–H.Karamitaheri,M.Pourfath,N.Neophytou,andH.Kosina(IUE/TUWien)

09:00 3474 HierarchicalGrapheneMacroassemblies–M.A.Worsley,M.Merrill,M.Suss,J.Lee,S.Kucheyev,C.Valdez,H.Mason,B.Mayer,J.Lewicki,A.Wittstock,M.Stadermann,J.Satcher,J.Biener,andT.Baumann(LawrenceLivermoreNationalLaboratory)

09:20 3475 Nitrogen-ContainingGrapheneforElectrochemicalOxygenReduction–S.M.Lyth,J.Liu,andK.Sasaki(KyushuUniversity)

09:40 Intermission(20Minutes)10:00 3476 GrapheneThermalInterfaceMaterials–A.A.

Balandin(UniversityofCalifornia)10:20 3477 TowardsNovelPillaredNanostructuresbased

onGraphene–K.Spyrou(RUGUniversity),P.Rudolf(RUGUniversityTheNetherlands),D.Gournis(UniversityofIoanninaGreece),P.Maurizio,L.Kang(UniversitàdegliStudidiTrieste),andE.Diamanti(UniversityofIoanninaGreece)

10:40 3478 ChemicallyPreparedReducedGrapheneOxideasUltraFastTemperatureSensor–S.Sahoo,S.Barik,G.Sharma,G.Khurana,andJ.Scott(UniversityofPuertoRico)

11:00 3479 ComparisonofEpitaxialGraphenegrowthonnon-PolarandPolar6H-SiC–L.O.Nyakiti(U.S.NavalResearchLaboratory),V.Wheeler,R.Myers-Ward,N.Garces,F.Bezares,J.Caldwell,C.EddyJr.,andD.Gaskill(U.SNavalResearchLaboratory)

11:20 3480 Non-MonotonicSizeDependenceofThermalConductivityofGrapheneRibbons–D.Nika,A.Askerov(MoldovaStateUniversity),andA.A.Balandin(UniversityofCalifornia)

11:40 3481 LayerbyLayerEtchingofCVDGrapheneforFullGrapheneDeviceFabrication–J.OH,J.Lim,J.Park,andG.Yeom(SungKyunKwanUniversity)

12:00 3482 Wafer-ScaleGrapheneSynthesisandTailoringviaSegregationMethodsExtendedtoMetalswithLowCarbonSolubility–A.Zenasni(CEA),A.Delamoreanu(CNRS/LTM),andC.Rabot(CEA)

Session II – 14:00 – 18:20Co-Chairs: S. De Gendt, M. T. Carter, and S. Fukuzumi

14:00 3483 StudyofthePointDefectsInducedbyElectrochemicalPotentialinGrapheneMonolayers–J.J.Velasco-Velez,Y.Zhang,I.Martin-Fernandez,C.Martinez,andM.Salmeron(LawrenceBerkeleyNationalLaboratory)

14:20 3484 InterfacingNanocarbonswithOrganicandInorganicSemiconductors–FromExtendedTetrathiafulvalenestoNanocrystals/QuantumDots–D.M.Guldi(UniversitätErlangen-Nürnberg)

14:40 3485 MechanochemicalSynthesisofCarbonNanomaterialsbyaHigh-SpeedBall-MillingProcess–S.Ohara,Z.Tan,K.Yamamoto(OsakaUniversity),andT.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity)

15:00 3486 Far-InfraredAbsorptionofSingle-WalledCarbonNanotubeFilms–T.Morimoto,S.Joung(TASC/AIST),andT.Okazaki(AIST)

15:20 Intermission(20Minutes)15:40 3487 PhotosensitizedHydrogenEvolutionfrom

WaterUsingSingle-WalledCarbonNanotube/Fullerodendron/SiO2CoaxialNanohybrid–Y.Takaguchi,T.Wada,W.Sakata,andT.Tajima(OkayamaUniversity)

16:00 3488 ElectrochemicalPropertyofWell-CoatedMulti-WalledCarbonNanotubewithPolyaniline-CyclodextrinPolymerComposites–W.Zhang,M.Chen,X.Gong,andG.Diao(YangzhouUniversity)

16:20 3489 AdvantageofCarbonNanotubesasCatalystSupportinPolymerElectrolyteMembraneFuelCells–M.Berber,T.Fujigaya,andN.Nakashima(KyushuUniversity)

16:40 3490 EffectofChargeofSolubilizersontheElectronicStatesofSingle-WalledCarbonNanotubes–Y.Hirana,Y.Niidome,andN.Nakashima(KyushuUniversity)

17:00 3491 EnlargementofSpaceChargeLayerbyP-NJunctionofMulti-walledCarbonNanotubesModifiedwithTinOxideNanoparticles–T.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity),H.Ikenoko,K.Kojima,andJ.Tamaki(RitsumeikanUniversity)

17:20 3492 SingleMoleculeLysozymeMonitoringbyaCarbonNanotubeCircuit–Y.Choi,P.Sims,I.Moody,T.Olsen,G.Weiss,andP.G.Collins(Univ.ofCalifornia,Irvine)

17:40 3493 ApplicationofCarbonaceousNanomaterialsinBiomedicine–J.Zhen,Q.Liu,D.Chen,C.Wang,andC.SHU(InstituteofChemistry,ChineseAcademyofSciences)

18:00 3494 One-StepLiquid-PhaseSynthesisofCarbonNanomaterialswithCarbonPaper–K.Yamagiwa,Y.Ayato(TokyoUniversityofScience),H.Shiroishi(TokyoNationalCollegeofTechnology),andJ.Kuwano(TokyoUniversityofScience)

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H1 – Poster Session – 18:00 – 20:00Co-Chairs: F. D’Souza and D. Guldi

• 3495 PVDF/MWCNTCompositeFilmsforInfraredSensingandEnergyHarvestingApplications–A.K.Batra,A.Chilvery,andM.Thomas(AlabamaA&MUniversity)

• 3496 TheInvestigationofPartialReducedGrapheneOxide(GO)/PEDOT:PSSNanocomposite–J.Seo,H.Yun,W.Hong(KoreaBasicScienceInstitute),J.Jung(ChonbukNationalUniversity),B.Sohn,J.Lee(KoreaBasicScienceInstitute),andC.Choi(ChonbukNationalUniversity)

• 3497 EvaluationsofNonbondingInteractionsinEndohedrallyandExohedrallyFunctionalizedFullerenes–N.Mizorogi,T.Akasaka(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3498 SynthesisandStructuralCharacterizationofFullerenederivativesEncapsulatingTrimetallicNitrideCluster–T.ABE(UniversityofTsukuba),S.Sato(NationalInstituteforMaterialsScience),C.Saito,Z.Slanina,T.Tsuchiya,T.Akasaka(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3499 CatalyticSynthesisofCarbonNanotubeandNanofilamentOverOxidizedDiamond-SupportedCatalysts–K.Nakagawa,T.Toriyama,G.Tsujino(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 3500 Large-AreaGrapheneGrownwithaNovelrapidCoolingMethod–M.C.Chen(NationalTaitungUniversity),Y.Huang,C.Chen,S.Hung(DepartmentofPhysics,NationalCentralUniversity),C.Cheng,C.Li,H.Hsieh,H.Wu(DepartmentofAppliedScience,NationalTaitungUniversity),andG.Chi(DepartmentofPhotonics,NationalChiaoTungUniversity)

• 3501 SynthesisandPropertiesofParamagneticMetallofullerene/ElectronDonorDyad–Y.Kawana,T.Tanaka,T.Tsuchiya,T.Akasaka,N.Mizorogi(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3502 ComplexationStudiesofEndohedralMetallofullerenewithConcaveπ-System–N.Umekita,T.Tsuchiya,N.Mizorogi(UniversityofTsukuba),H.Sakurai(InstituteforMolecularScience),N.Martín(UniversidadComplutensedeMadrid),D.M.Guldi(UniversitätErlangen-Nürnberg),S.Nagase(KyotoUniversity),andT.Akasaka(UniversityofTsukuba)

• 3503 FrameworkTransformationofNon-IPRStructuredMetallofullerene–Y.Muto,H.Kurihara,Z.Slanina,T.Tsuchiya(UniversityofTsukuba),S.Nagase(KyotoUniversity),andT.Akasaka(UniversityofTsukuba)

• 3504 ThermallyReducedGrapheneOxideasEnergyStorageMaterials–W.Hong(KoreaBasicScienceInstitute),B.Kim(UlsanNationalInstituteofScienceandTechnology),J.Kim,S.Lee,andH.Kim(KoreaBasicScienceInstitute)

• 3505 SoftLithographicPatterningandTransferProcessofGrapheneSheets–H.Kim,M.Jung(KoreaResearchInstituteofChemicalTechnology),D.Jung(SungKyunKwanUniversity),S.Lee,J.Lim,J.Lee,andK.An(KoreaResearchInstituteofChemicalTechnology)

• 3506 NovelGrowthProcessofCarbonNanotubesinAtmosphere–S.LuandW.Hsu(NationalTsingHuaUniversity)

• 3507 TheOrganicAdditivesEffectsduringElectrolessNickelandSilverDepositiononCarbonNanotube–T.Saito,Y.Takagi,N.Okamoto,K.Kondo(OsakaPrefectureUniversity),Y.Kobayashi,andY.Fujiwara(OsakaMunicipalTechnicalResearchInstitute)

• 3508 IntegratedFieldEmissionDiodewithaNano-graphite-diamond-likeEmittersProcessDevelopmentandItsElectricalCharacteristicsStudy–N.Zaytsev,S.N.Orlov,S.Yanovich,A.Krasnikov,I.Matyushkin,I.Khomyakov,K.Svechkarev(MolecularElectronicsResearchInstituteJSC),andR.Yafarov(RAS,Kotel’nikovInstituteofRadioEngineeringandElectronics)

• 3509 MultipleAugerDecayatResonantPhoto-ExcitationinCarbonThinFilms–M.Richter,D.Friedrich,andD.Schmeißer(BrandenburgUniversityofTechnology)

• 3510 Photo-Thermo-VoltaicEffectsinCarbonNanotubeFilms–M.Omari,T.Hosseini,andN.Kouklin(UniversityofWisconsin-Milwaukee)

• 3511 EnhancementofDiamondCrystalliteSizeofUltrananocrystallineDiamond/AmorphousCarbonCompositeFilmsbyControllingArcDischargeEnergyofCoaxialArcPlasmaGun–K.Hanada,A.Tominaga,T.Sugiyama(KyushuUniversity),K.Sumitani,H.Setoyama(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 3512 p-TypeSemiconductingPropertiesofBoronDopedUltrananocrystallineDiamond/AmorphousCarbonCompositeFilmsPreparedbyCoaxialArcPlasmaDeposition–Y.Katamune,S.Ohmagari(KyushuUniversity),H.Setoyama,K.Sumitani,Y.Hirai(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 3513 ControllableSynthesisofHigh-QualityGrapheneUsingInductively-CoupledPlasmaChemicalVaporDeposition–L.Nang,N.Park(ChungnamNationalUniversity),Z.Lee(UNIST),andE.Kim(ChungnamNationalUniversity)

• 3514 HighReactiveCatalystsBasedonGoldNanoparticlesSupportedOverCarbonNanotubes–T.M.Abdel-Fattah(ChristopherNewportUniversity)

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I1Physical and Analytical Electrochemistry General SessionPhysicalandAnalyticalElectrochemistry318B, Level 3, Hawaii Convention Center

PAED General Session 3 – 09:00 – 12:00Co-Chairs: C. Hussey and T. Chung

09:00 3541 PreparationandElectrochemicalBehaviorofWater-SolubleInclusionComplexofImidaclopridwithβ-cyclodextrinPolymer–M.Chen,J.Wang,W.Zhang,andG.Diao(YangzhouUniversity)

09:20 3542 FabricationofPorousConductiveDiamondHollowFibers–T.Kondo,Y.Kodama,andM.Yuasa(TokyoUniversityofScience)

09:40 Intermission(20Minutes)10:00 3543 ElectroanalyticalPerformanceofNitrogen-

ContainingTetrahedralAmorphousCarbonThin-FilmElectrodes–X.Yang,G.DeVivo(MichiganStateUniversity),L.Haubold(TheFraunhoferCenterforCoatingsandLaserApplications),andG.Swain(MichiganStateUniversity)

10:20 3544 SynthesisofPt-IrCatalystsbyCoelectrodeposition:ApplicationtoAmmoniaElectrooxidationinAlkalineMedia–S.LeVot(UniversitéduQuébecàMontréal),L.Roué(INRS-ÉnergieMatériauxetTélécommunications),andD.Bélanger(UniversitéduQuébecàMontréal)

10:40 3545 ElectrochemicalStudyofIlmeniteusingCarbonPasteElectrodeUnderReducingCondition–N.Jabit,G.Senanayake,andM.Nicol(MurdochUniversity)

11:00 3546 ExperimentsandModelingofElectrochemicalImpedanceSpectroscopyonPressurizedSOFC–C.Willich,M.Henke,C.Westner,L.Florian,W.Bessler,J.Kallo,andK.Friedrich(GermanAerospaceCenter(DLR))

11:20 3547 DiffusionImpedanceAnalyzedbyEquivalentCircuitInvolvingCPEusingMicroelectrode–Y.Hoshi,S.Kawakita,I.Shitanda,andM.Itagaki(TokyoUniversityofScience)

11:40 3548 ElectrochemicalBehaviorofSamariumandYtterbiuminthe1-(1-Butyl)trimethylammoniumBis(trifluoromethylsulfonyl)imideIonicLiquidContainingTODGA–Y.PanandC.Hussey(TheUniversityofMississippi)

PAED General Session 4 – 14:00 – 15:00Co-Chairs: P. Atanassov and P. Kulesza

14:00 3549 ElectrochemicalBehaviorofPraseodymiumandNeo-Dymiuminthe1-butyl-3-methylpyrro-lidiniumbis(trifluoromethylsulfonyl)imideIonicLiquidContainingChloride–L.ChouandC.Hussey(TheUniversityofMississippi)

14:20 3550 In-depthStudyonNano-structuredElectrodeReactionMechanisminLithium-IonBatteries–H.Cho(UniversityofCalifornia,SanDiego)andY.Meng(UniversityofCaliforniaSanDiego)

14:40 3551 InvestigationonPolyoxometalatesfortheApplicationinRedoxFlowBatteries–J.Friedl(TUM-CREATE),C.Bauer(TUMCREATECentreforElectromobility),R.Al-Oweini(JacobsUniversity),D.Yu(EnergyResearchInsitute@NTU),U.Kortz(JacobsUniversity),H.Hoster,andU.Stimming(TUMCREATECentreforElectromobility)


I1 – Poster Session – 18:00 – 20:00Co-Chairs: S. Minteer and A. Hillier

• 3552 ElectrodeReactionsofDissolvedp-Dimethoxy-benzeneonaPolyaniline-ModifiedElectrode–J.Yano(NiihamaNationalCollegeofTechnology)

• 3553 EquivalentCircuitsofZinc-AirBatteryandAnalysisofZinc-AirBatteryOxygenSensorusingtheEquivalentCircuits–M.TakahashiandM.Yamauchi(TokyoNationalCollegeofTechnology)

• 3554 TheElectrocatalyticActivityofLigand-ProtectedGoldParticles:FormaldehydeOxidation–K.Luo(GuilinUniversityofTechnology),X.Li,andY.Gong(CollegeofMaterialsScienceandTechnology,GuilinUniversityofTechnology)

• 3555 NanocompositeCoatingsbasedontheConductivePolymersandFunctionalizedCarbonNanotubesforObtainedofModifiedElectrodes–V.Branzoi(UniversityofPolitehnicaBucharest),F.Branzoi(InstituteofPhysicalChemistry),andA.Musina(UniversityPolitehnicaofBucharest)

• 3556 SolarDrivenHydrogenProductionwithco-dopedGalliumandNitrogeninZincOxidefilmspre-paredbyReactiveRFMagnetronSputtering–S.Shet(NationalRenewableEnergyLaboratory)

• 3557 ComparisonbetweenPalladiumElectrodeandNanoparticlesintheEthanolDetectiontoBiosensorandSensorApplications–I.Feliciano,D.Diaz,Y.DelaTorre,andC.Cabrera(UPRRioPiedras)

• 3558 PreparationofBismuthTungstateNanocrystallitesbyBallMillingofFlake-ballParticlesandTheirPhotocatalyticActivity–H.Hori(HokkaidoUniversityCatalysisResearchCenter)andB.Ohtani(HokkaidoUniversity)

• 3559 ElectrochemicalPropertiesofFree-StandingBoron-DopedHeteroepitaxialDiamondElectrode–H.Kodama(AoyamaGakuinUniversity),K.Suzuki(ToplasEngineeringCo.,Ltd),S.Kono,andA.Sawabe(AoyamaGakuinUniversity)

• 3560 StudyontheEffectsofElectrochemicalRealkalizationMethodwithAlcaminesInhibitorsasElectrolyte–J.Lu,Y.Zhang(ShanghaiHarborEngineeringDesign&ResearchInstituteCo.,Ltd.),J.Zhang,andJ.Jiang(ShanghaiUniversityofElectricPower)

• 3561 TranscutaneousVeinImagingandVenepunctureSystemforBloodTest–H.Saito,S.Yamamoto,andH.Takagi(TokyoNationalCollegeofTechnology)

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• 3562 ReductionofPerchloratebyElectrochemicallyGeneratedZero-ValentIrononConductingPolymerElectrode–E.Kim,S.Choi(YonseiUniversity),S.Kim(HannamUniversity),andK.Paeng(YonseiUniversity)

• 3563 AnomalousCodepositionofNi-ZninAcidSolutions–Y.ADDI(ENPEI-USTHB)andA.Khouider(USTHB)

• 3564 Irregular-StairsMethod:AMorePreciseMethodofMeasuringthePerformanceofDye-SensitizedSolarCells–J.ShimuraandK.Noda(SonyCorporation)

• 3565 CyclicVoltmogramforHUPDonPt(111)CalculatedfromTotalGibbsEnergies–H.A.Asiri(CWRU)andA.Anderson(CaseWesternReserveUniversity)

• 3566 LongTermEvaluationofPotentiometricOxygenSensorsinMoltenLead–A.Verdaguer,S.Colominas,andJ.Abella(UniversitatRamonLlull)

• 3567 ElectrochemicalReductionofSeleniteandSelenateAcceleratedbyMethylViologen–F.Koshikumo,W.Murata,A.Ooya,andS.Imabayashi(ShibauraInstituteofTechnology)

• 3568 EffectofpHonAbsorptionandReductiveDesorptionProcessesforSelf-assembledMonolayerofAromaticthiolStudiedbySurfaceEnhancedIRSpectroscopy–K.Nishiyama,A.Kumatabara(KumamotoUniv.),H.Ueda(GraduateSchoolofScienceandTechnology,KumamotoUniversity),andS.Yoshimoto(KumamotoUniversity)

• 3569 CrystallineCompositionAnalysisofTitanium(IV)OxidePhotocatalystParticlesbyX-rayDiffractionAnalysis–M.SANOandB.Ohtani(HokkaidoUniversity)

• 3570 PhotoelectrochemicalWaterSplittingwithAluminumandNitrogenco-dopedZincOxidepreparedbySputteringTechnique–S.Shet(NationalRenewableEnergyLaboratory)

• 3571 PotentiometricDeterminationofPotassiumIonsinBiodieselataNickel(II)HexacyanoferrateModifiedElectrodeUsingMicroemulsions–G.Sedenho,L.Paim,andN.R.Stradiotto(InstituteofChemistry)

I2Bioelectroanalysis and BioelectrocatalysisPhysicalandAnalyticalElectrochemistry317B, Level 3, Hawaii Convention Center

Biofuel Cells – 08:00 – 12:00Co-Chairs: S. Minteer and S. Higgins

08:00 3588 CharacterizationofMicrobialFuelCellAnodicBiofilmsGrownonPureandMixedCultures–S.R.Higgins,R.Lopez,D.Foerster,M.Cooney(HawaiiNaturalEnergyInstitute),P.Atanassov,C.Lau(TheUniversityofNewMexico),S.Minteer(UniversityofUtah),K.Nealson,A.Cheung(UniversityofSouthernCalifornia),O.Bretschger(J.CraigVenterInstitute),T.Yan,andE.Pagaling(UniversityofHawaii)

08:20 3589 InVivoOperatingMiniature,DirectElectronTransferbased,Membrane-lessGlucose/OxygenBiofuelCell–M.Falk,V.Andoralov(BiomedicalSciences),M.Granmo(NeuronanoResearchCenter),D.Suyatin(DivisionofSolidStatePhysics),J.Schouenborg(NeuronanoResearchCenter),J.Sotres(BiomedicalSciences),R.Ludwig(FoodBiotechnologyLaboratory),O.Morozova(KurchatovNBICCentre),Z.Blum,andS.Shleev(BiomedicalSciences)

08:40 3590 EnhancedElectricalContactofMicrobesusingMagnetiteParticleCoatedwithPolyelectrolyteontoMulti-WalledCarbonNanotubeNanohybrid(MaPoNT)inMicrobialFuelCell–I.Park,Y.Heo,P.Kim,andK.Nahm(ChonbukNationalUniversity)

09:00 3591 AmmoniaProductionatAnabaenavariabilisModifiedElectrodes–T.PaschkewitzandJ.Leddy(UniversityofIowa)

09:20 3592 SolarBioelectrocatalysisUtilizingThylakoids–S.Minteer(UniversityofUtah)

09:40 Intermission(20Minutes)10:00 3593 InvestigatingSeparatorstoImprovePerformance

ofFlat-PlateMicrobialFuelCells–S.Kazemi(UniversityofBritishColumbia),K.Fatih(NationalResearchCouncilCanada(NRC)-UniversityofBritishColumbia(UBC)),M.Mohseni(UniversityofBritishColumbia(UBC)),andH.Wang(NationalResearchCouncilCanada(NRC)-UniversityofBritishColumbia(UBC))

10:20 3594 DirectElectron-TransferReactionsfromSolidElectrodestoChemoautotrophicCO2FixationMicrobes–T.ISHII(Universityoftokyo),K.Hashimoto,andR.Nakamura(TheUniversityofTokyo)

10:40 3595 ANovelRecombinantPQQAlcoholDehydrogenaseasCatalystforBioanode:Two-StepElectrochemicalOxidationofAlcohols–K.Takeda(TokyoUniversityofAgricultureandTechnology),H.Matsumura(OregonHealthandScienceUniversity),K.Igarashi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

11:00 3596 SurfaceModificationofCarbonBlacktowardRetentionofEnzymeActivityinHigh-Surface-AreaEnzymaticBiofuelCellElectrodes–T.Tamaki,H.Fujimoto,H.Ohashi,andT.Yamaguchi(TokyoInstituteofTechnology)

11:20 3597 Simultaneous3-DImpedanceMeasurementofWholeBiofuelCell,AnodeandCathodeusingPorousCarbonElectrode–I.Shitanda,H.Yanai,Y.Yoshihata,Y.Hoshi,M.Itagaki(TokyoUniversityofScience),andS.Tsujimura(UniversityofTsukuba)

11:40 3598 PolyanilineNanofiber/CarbonBlackCompositeasanAirCathodeMaterialforMicrobialFuelCells–J.AhmedandS.Kim(KonkukUniversity)

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I2 – Poster Session – Bioelectroanalysis and Bioelectrocatalysis – 18:00 – 20:00Co-Chair: S. Minteer

• 3599 CatecholBiosensorbasedonPolyphenolOxidaseImmobilizedbyCombiningElectropolymerizationandCross-LinkingProcess–S.WangandJ.Kan(YangzhouUniversity)

• 3600 ABioanodeforanEthanolBiofuelCellOperatingatHighTemperature–A.Kontani,M.Masuda,N.Nakamura,M.Yohda,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3601 ImmobilizationofNAD+onanElectrodeUsingHydrophobicIonicLiquids–M.Masuda,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3602 InvestigationofImpedanceSpectraofMediator-typeAmperometricBiosensorbyFaradaicImpedanceAnalysis–I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 3603 TheDirectElectronTransferReactionofBilirubinOxidaseinProticIonicLiquids–R.Ikari,J.Kuwahara,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

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

Electrodeposition – 08:00 – 12:00Co-Chairs: M. Ueda and H. De Long

08:00 3628 RecentDevelopmentsinLow-TemperatureElectrolysisofAluminum–A.Redkin,A.Apisarov,A.Dedyukhin,V.Kovrov,Y.Zaikov(InstituteofHighTemperatureElectrochemistry),O.Tkacheva,andJ.Hryn(ArgonneNationalLaboratory)

08:20 3629 AlCl3/TrimethanylHydrochlorideIonicLiquidasanElectrolyteforElectrodepoisitonofAluminiumWires–C.Su(NationalChengKungUniversity),T.Wu(NationalYunlinUniversityofScienceandTechnology),Y.Sun,andI.Sun(NationalChengKungUniversity)

08:40 3630 ElectrodepositionofLeadfromChlorideMelts–G.Haarberg,L.Owe,B.Qin,J.Wang,andR.Tunold(NorwegianUniversityofScienceandTechnology)

09:00 3631 TheInterfaceIonicLiquids/Au(111)andnano-structuredmaterialsmadefromionicliquids–F.Endres(ClausthalUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 3632 ElectrodepositiononTantaluminAlkaliHalide

Melts–J.H.VonBarner,A.H.Jensen,andE.Christensen(TechnicalUniversityofDenmark)

10:20 3633 ElectrochemicalDepositionofNiobiumontotheSurfaceofCopperUsingaNovelCholineChloride-BasedIonicLiquid–A.I.Wixtrom,J.Buhler(ChristopherNewportUniversity),C.E.Reece(ThomasJeffersonNationalAcceleratorFacility),andT.M.Abdel-Fattah(ChristopherNewportUniversity)

10:40 3634 TaandNbElectrodepositionfromIonicLiquids–S.Krischok,A.Ispas,A.Zühlsdorff,A.Bund(TechnischeUniversitätIlmenau),andF.Endres(ClausthalUniversityofTechnology)

11:00 3635 Al-WAlloyDepositionfromLewisAcidicRoom-TemperatureChloroaluminateIonicLiquid–T.Tsuda,Y.Ikeda,T.Arimura,A.Imanishi,S.Kuwabata(OsakaUniversity),C.Hussey(TheUniversityofMississippi),andG.Stafford(NIST)

11:20 3636 AnInvertedAluminiumElectrolysisCellUsingaHighDensityElectrolyteandanInertAnode–S.Rolseth(SINTEFMaterialsandChemistry),H.Gudbrandsen(SINTEF),andJ.Thonstad(NorwegianUniversityofScienceandTechnology)

11:40 3637 Al-PtAlloyDepositioninAlCl3-NaCl-KClMoltenSalt–M.Ueda,H.Hayashi,andT.Ohtsuka(HokkaidoUniversity)

Biomass – 14:00 – 16:40Co-Chairs: K. Brown and L. Haverhals

14:00 3638 PolysaccharideEcocompositeMaterials:Synthesis,CharacterizationandApplicationinRemovalofPollutantsandBacteria–C.D.TranandS.Duri(MarquetteUniversity)

14:20 3639 ImpactofAnti-SolventsontheStructuralFeaturesandEnzymeDigestibilityofRegeneratedCellulosefromIonicLiquidDissolution–X.GengandW.A.Henderson(NorthCarolinaStateUniversity)

14:40 3640 ElectrospinningofBiopolymersfromIonicLiquid–Co-SolventSystems–E.K.Brown(UnitedStatesNavalAcademy),L.Haverhals(U.S.NavalAcademy),M.P.Foley(U.S.NavalAcademy),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:00 3641 IonicLiquid-basedSolventsforNaturalFiberWelding–L.M.Haverhals(UnitedStatesNavalAcademy),M.P.Foley(U.S.NavalAcademy),L.Nevin,E.K.Brown(UnitedStatesNavalAcademy),D.Fox(AmericanUniversity),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:20 Intermission(20Minutes)15:40 3642 FormationofSurfaceStructuresonBiopolymer

SubstratesThroughtheInkjetPrintingofIonicLiquids–E.K.Brown(UnitedStatesNavalAcademy),L.Haverhals(U.S.NavalAcademy),M.P.Foley(U.S.NavalAcademy),K.Sweely(UnitedStatesNavalAcademy),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

16:00 3643 ChitintoPlastic:UtilizationofIonicLiquidsfortheDepolymerizationofChitin–W.M.Reichert,A.Mirjafari,T.Goode,N.Williams,andM.La(UniversityofSouthAlabama)

16:20 3644 SelectiveRemovalandRecoveryofLigninUsingProticIonicLiquids(PILs)foraCost−EffectiveBiomassPretreatmentMethod–E.C.Achinivu,G.Li,andW.A.Henderson(NorthCarolinaStateUniversity)

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I3 – Poster Session 1 – 18:00 – 20:00Co-Chairs: D. Fox and M. Foley

• 3645 ElectrochemicalBehaviorofVanadiumOxidesin(NH2)2CO–KClMelt–A.SavchukandS.V.Devyatkin(InstituteofGeneralandInorganicChemistry)

• 3646 EffectoftheSecondCoordinationSphereontheStandardRateConstantsofChargeTransferfortheCr(III)/Cr(II)RedoxCoupleinChlorideMelts–Y.Stulov,V.Kremenetsky(InstituteofChemistry,KolaScienceCentreRAS),andS.Kuznetsov(KSCRAS)

• 3647 CharacteristicofSteam-ActivatedBoron-DopedDiamondElectrodeinaMoltenNH4F·2HF–A.Oishi(DoshishaUniversity),H.Kazuhiro,M.Uno,T.Nakai(PermelecElectrodeLTD.),W.Sugimoto(ShinshuUniversity),M.Saito,M.Inaba,andA.Tasaka(DoshishaUniversity)

• 3648 CorrosionofNickel-Chromium-MolybdenumBasedAlloyinChlorideMeltsContainingTransitionMetalIons–A.Abramov,V.Karpov,I.B.Polovov,D.Vinogradov,V.A.Volkovich,andO.Rebrin(UralFederalUniversity)

• 3649 ElectronicAbsorptionSpectraofNiobiumSpeciesinHalideMelts–N.Brevnova,I.B.Polovov,M.Chernyshov,V.A.Volkovich,B.Vasin(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3650 CorrosionofFerriticandFerritic-MartensiticSteelsinNaCl-KCl-VCl2Melts–I.B.Polovov,D.Vinogradov,A.Abramov,A.Shak,V.A.Volkovich,O.Rebrin(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3651 CorrosionofAusteniticSteelsandTheirComponentsinVanadium-ContainingChlorideMelts–A.Abramov,I.B.Polovov,V.A.Volkovich,O.Rebrin,E.Denisov(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3652 EvaluationofNaTFSI-TBATFSIIonicLiquidasanElectrolyticMeltforNaElectrorefining–R.Inaba,M.Ueda,andT.Ohtsuka(HokkaidoUniversity)

• 3653 InductionofLiquid-CrystallineBicontinuousCubicPhasesintoZwitterionsbyAdditionofLithiumSalts–T.Matsumoto(TokyoUniversityofAgricutureandTechnology),T.Ichikawa(TokyoUniversityofAgricultureandTechnology),T.Kato(TheUniversityofTokyo),andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3654 InfluenceofNonflammableDiluentsonPropertiesofPhosphoniumIonicLiquidsasLithiumBatteryElectrolytes–K.Tsunashima,H.Taguchi(WakayamaNationalCollegeofTechnology),andF.Yonekawa(NipponChemicalIndustrialCo.,Ltd.)

• 3655 AbsorptionandDesorptionofWaterby1-Alkyl-3-Methylimidazolium+IonicLiquids,andStudiesofTheirElectrochemicalandPhysicalProperties–J.DeCerboandV.Katovic(WrightStateUniversity)

• 3656 ElectrochemicalBehaviorofBis(trifluoromethylsulfonyl)imide-basedILsatGoldSingleCrystalElectrodes–H.Ueda(GraduateSchoolofScienceandTechnology,KumamotoUniversity),K.Nishiyama(KumamotoUniv.),andS.Yoshimoto(KumamotoUniversity)

• 3657 HysteresisEffectsintheIn SituSFGandDifferentialCapacitancemeasurementsonMetalelectrode/IonicLiquidsInterface–W.Zhou,Y.Wang,R.Yin(ShanghaiUniversity),andY.Ouchi(NagoyaUniversity)

• 3658 SpatialDistributionofChemicalSpeciesatIonicLiquid/ElectrodeInterfaceStudiedbyIn SituX-rayPhotoelectronSpectroscopy–M.Hirogaki,T.Tsuda,S.Kuwabata,K.Fukui,andA.Imanishi(OsakaUniversity)

• 3659 VisualizationofIonic-Liquid/SolidInterfacesbyFrequencyModulationAtomicForceMicroscopy–M.Negami,T.Ichii,K.Murase,andH.Sugimura(KyotoUniversity)

• 3660 ElectrochemicalStudiesofCyclicAmmoniumBasedIonicLiquidswithAllylSubstituents–T.Wu(NationalYunlinUniversityofScienceandTechnology),C.Su,C.Chen(NationalChengKungUniversity),C.Kuo(NationalKaohsiungUniversityofAppliedSciences),andI.Sun(NationalChengKungUniversity)

• 3661 ElectrochemicalOxidationofGlucosebyNitroxideRadicalsorGoldNanoparticlesinIonicLiquids–A.Konno,M.Abe,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3662 CharacterizationofAuNanoparticlesPreparedbyX-ray-InducedReductioninIonicLiquidatNanopore–T.Arimura,T.Sakamoto,T.Tsuda,S.Kuwabata,K.Fukui,andA.Imanishi(OsakaUniversity)

• 3663 ElectrodeKineticsofOxygen/SuperoxideIonRedoxCoupleinSomeAmide-TypeIonicLiquids–T.Nakagawa,Y.Katayama,andT.Miura(KeioUniversity)

• 3664 MoltenSaltsasaPromisingMediumfortheSynthesisofHighActiveCatalyticCoatings–A.Dubrovskiy(InstituteofChemistry,KolaScienceCentreRAS)andS.Kuznetsov(KSCRAS)

• 3665 SynthesisofCarbidesRefractoryMetalNanocoatingsonCarbonFibersandNanoneedlesofSiliconinMoltenSalts–V.Dolmatov(TananaevInstituteofChemistryandTechnologyofRareElementsandMineralRawMaterials)andS.Kuznetsov(KSCRAS)

• 3666 FacileSynthesisofCu-basedSemiconductorNanoparticlesbytheOxidationofCuMetalSputter-depositedinanIonicLiquid–A.Morimoto,K.Okazaki(NagoyaUniversity),S.Kuwabata(OsakaUniversity),andT.Torimoto(NagoyaUniversity)

• 3667 ReactionEntropiesofsomeRedoxCouplesinIonicLiquids–Y.Yamato,Y.Katayama,andT.Miura(KeioUniversity)

• 3668 EffectofIonStructuresonPhaseBehaviorsofHydrophobicandPolarIonicLiquidsafterMixingwithWater–Y.Fukaya,T.Nakano,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

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• 3669 SynthesisofIonicLiquidsasSolventsforPoly(3-Hydroxybutyrate)underMildCondition–H.Mokudai,Y.Fukaya,N.Nakamura(TokyoUniversityofAgricultureandTechnology),andH.Ohno(TokyoUniversityofAgricultureandTechnology,JSTCREST)

• 3670 DesignofIonicLiquid-BasedPolyelectrolytesShowingDynamicPhaseTransitionwithWater–Y.KohnoandH.Ohno(TokyoUniversityofAgricultureandTechnology)

I4Electrocatalysis 6PhysicalandAnalyticalElectrochemistry/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering315, Level 3, Hawaii Convention Center

Electrocatalysts Structural Effects II – 08:20 – 12:00Co-Chairs: G. Brisard and D. Guay

08:20 3752 (Invited)ApplicationofOrderedIntermetallicPhasestoElectrocatalysis–F.Matsumoto(KanagawaUniversity)andH.Abe(NationalInstituteforMaterialsScience(NIMS))

09:00 3753 ActivationofNobleMetalCentersthroughModificationwithMetalOxoSpeciestowardsElectrocatalyticOxidationofAlcoholsandFormicAcid–P.J.Kulesza,I.Rukowska(UniversityofWarsaw),A.Wadas,D.Marks,K.Klak(DepartmentofChemistry,UniversityofWarsaw),andS.Zoladek(UniversityofWarsaw)

09:20 3754 Synthesis,CharacterizationandElectrocatalyticPropertiesofElectrodepositedPtThinFilmswithPreferential{100}Orientation–E.Bertin,S.Garbarino(INRS-EMT),J.Solla-Gullón,F.Vidal-Iglesia,J.Feliu(UniversityofAlicante),A.Ponrouch,M.H.Martin,andD.Guay(INRS-EMT)

09:40 3755 ElectrodeSurfaceControlbyPlatinumNanoparticlesProtectedbyPolyacrylicAcidforElectrocatalyticHydrogenGeneration–M.KajitaandM.Yagi(NiigataUniversity)

10:00 Intermission(20Minutes)10:20 3756 (Invited)ElectrochemicalBehaviorofPt-Skin

LayersonPt-CoAlloySingle-CrystalElectrodesinAcidMedia–M.Wakisaka,S.Morishima,Y.Hyuga,H.Uchida,andM.Watanabe(UniversityofYamanashi)

11:00 3757 UniquePropertiesofReducedSnOx:COOxidationonNanostructuredSnOx/Pt(111)–S.Axnanda,W.Zhou,M.G.White(BrookhavenNationalLaboratory),Z.Zhu(UniversityofCalifornia,Berkeley),andZ.Liu(LawrenceBerkeleyNationalLaboratory)

11:20 3758 ClarificationofTwo-ConsecutivePotentialDrivenPhaseTransitionProcessesofDiphenylViologenataAu(111)ElectrodeSurface–T.HigashiandT.Sagara(NagasakiUniversity)

11:40 3759 ElectrooxidationofCOonEpitaxialBilayerOxideFormedonPlatinumNanofacets–V.Komanicky(SafarikUniversity),D.Hennessy,andH.You(ArgonneNationalLaboratory)

Theoritical Aspects in Electrocatalysis – 14:00 – 17:20Co-Chairs: N. Hoshi and T. Ohsaka

14:00 3760 MultiscaleModelingoftheH2OxidationReactionattheNi/YSZInterfaceinthePresenceandAbsenceofSulfur–A.HeydenandS.C.Ammal(UniversityofSouthCarolina)

14:20 3761 TheoreticalInvestigationoftheH2OxidationontheSr2Fe1.5Mo0.5O6-δ(001)PerovskiteSurfaceunderAnodicSolidOxideFuelCellConditions–S.Suthirakun,S.C.Ammal,andA.Heyden(UniversityofSouthCarolina)

14:40 3762 ElectrochemistrybyFirst-PrinciplesCalculations:ElectrochemicalOxidationofAmmoniaatPt(hkl)/AlkalineSolutionInterfaces–D.Skachkov,C.VenkateswaraRao,andY.Ishikawa(UniversityofPuertoRico)

15:00 3763 DensityFunctionalTheoryComputationofElectrolyteCompetitiveAdsorptionandElectrochemicalActivationBarriers–M.J.Janik,K.Yeh,andG.Rostamikia(ThePennsylvaniaStateUniversity)

15:20 Intermission(20Minutes)15:40 3764 ADFTCalculationStudyoftheHydrogen

ElectrodeProcessesonPt(111)andPt(100)Surfaces–Q.Zhang,J.Chen,andS.Chen(WuhanUniversity)

16:00 3765 DFTStudyofWaterDissociationandDiffusiononMetalSurfaces,KinksandStep–L.Arnadottur(OregonStateUniversity)

16:20 3766 CostEffectiveComputationalMethodforPerformingFirst-PrinciplesMolecular-DynamicsSimulationsunderConstantPotentialBias–N.Bonnet,T.Morishita(AIST),O.Sugino(UniversityofTokyo),andM.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 3767 VibrationAnalysisof(Bi)SulfateAdsorptiononPt(111)SurfaceinAqueousSolutionfromtheFirstPrinciplesSimulation–Y.Qian(FC-CubicCutting-EdgeCenterTechnologyResearchAssociation),M.Otani,andT.Ikeshoji(NationalInstituteofAdvancedIndustrialScienceandTechnology)

17:00 3768 FundamentalInsightsontheElectrochemicalWaterSplittingusingSolidOxideElectrolyzers–E.Nikolla(WayneStateUniversity)


I4 – Poster Session – Electrocatalysis VI – Poster – 18:00 – 20:00Co-Chairs: G. Brisard and A. Wieckowski

• 3769 ElectrochemicallyFabricatedMetalCatalystsforGlucoseOxidationinBioFuelCellApplication–J.Lim,S.Pyo,D.Lee,H.Park,andS.Kim(Chung-AngUniversity)

• 3770 RedoxCatalysisforDehydrogenationofLiquidHydrogenCarrierforFuelCellApplications–E.Deunf(LawrenceBerkeleyNationalLaboratory/UniversityCaliforniaBerkeley),L.Rubin(UniversityofCaliforniaBerkeley),D.Pete(LawrenceBerekeleyNationalLaboratory),J.Arnold(UniversotyofCaliforniaBerkeley),andJ.Kerr(LawrenceBerekeleyNationalLaboratory)

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• 3771 TheGraphene-supportedPdSnNanoparticlesasEfficientCatalystsforEthanolElectrooxidation–Y.Kim,S.Choi,E.Lim,S.Lee(GwangjuInstituteofScienceandTechnology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 3772 StructuralEffectsontheOxygenReductionReactionontheHighIndexPlanesofPt3Co–Y.Takesue,T.Rurigaki(ChibaUniversity),A.Hototsuyanagi,M.Nakamura(ChibaUniveristy),andN.Hoshi(ChibaUniversity)

• 3773 ControllingDiffusionProfileofElectroactiveSpeciesforSelectiveAnodicStrippingVoltammetryofCd[sup]2+[/sup]–A.Sugitani,T.Watanabe,andY.Einaga(KeioUniversity)

• 3774 MolecuarSelf-AssemblingControlOvertheSurfaceStatesandFieldEffectsatN-Gaas(100)Electrodes–V.Lazarescu,M.Enache,G.Dobrescu,M.Gartner(InstituteofPhysicalChemistry“IlieMurgulescu”),C.Negrila,andM.Lazarescu(NationalInstituteofMaterialPhysics)

• 3775 One-StepElectrodepositionofMultilayeredSurfactant/MnO2CompositeandItsElectrochemistry–M.Shamoto,S.Mito,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 3776 TungstenCarbidePromotedCo@PdCore-ShellNanoparticlesasHighlyActiveORRElectrocatalyst–Z.LiandP.Shen(SunYat-SenUniversity)

• 3777 HydrazineOxidationat{100}PreferentiallyOrientedPtBlackSurfaces–C.Roy,E.Bertin,M.H.Martin,S.Garbarino,andD.Guay(INRS-EMT)

• 3778 SurfaceModificationofDiamondNanoparticleandItsElectrochemicalProperties–J.Urai,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 3779 ElectrocatalyticWaterOxidationonaMesoporousIrO2FilmFabricatedUsingaTriblockCopolymerTemplate–D.Chandra,N.Abe,andM.Yagi(NiigataUniversity)

• 3780 In SituObservationofAdsorptionBehaviorsofNafionSide-ChainModelCompoundsonElectrodesbyATR-SEIRAS–K.Nomura,N.Ohta,H.Notsu(FC-CubicTRA),T.Kondo(OchanomizuUniversity),andI.Yagi(FC-CubicTRA)

• 3781 ElectrochemicalActivityandStabilityofPtCatalystsSupportedonSilica-CNFHybridMaterials–A.Kim,S.Lim,D.Peck,S.Kim,B.Lee,andD.Jung(KoreaInstituteofEnergyResearch)

• 3782 IntermediatesofEthanolElectro-oxidationonSnOx/PtCatalystsStudiedbyIn SituFTIRSpectroscopy–J.Magee,W.Zhou,andM.G.White(BrookhavenNationalLaboratory)

• 3783 SynthesisandElectrocatalyticActivityofShapeControllableGoldNanoparticlesEnclosedbyHigh-indexFacets–B.C.Solomon,F.Ke,andX.Zhou(UniversityofSouthCarolina)

J1Chemical Sensors 10 – Chemical and Biological Sensors and Analytical SystemsSensor319B, Level 3, Hawaii Convention Center

J1-3 – Gas and Liquid Phase Chemical Sensors – 08:00 – 12:20Co-Chairs: J. Li and L. Nagahara

08:00 3845 (SensorDivisionOutstandingAchievementAwardPresentation)CeramicGasSensorstoOxideNanostructures:OpportunitiesandChallenges–S.Akbar(OhioStateUniversity)

08:40 3846 TheCharacteristicsofNanocompositeChemicalSensors–A.K.Batra,J.Stephens(AlabamaA&MUniversity),andJ.Currie(NASA-MSFC)

09:00 3847 DiminishingEthanolCross-sensitivityviaLaminationofSelectiveOxidationCatalystlayeronZirconia-basedVOCSensor–T.Sato(KyushuUniversity),M.Breedon(JapanSocietyforthePromotionofScience),Y.Kugimiya(SaseboHeavyIndustries),andN.Miura(KyushuUniversity)

09:20 3848 RapidandSimpleImmunoassayBasedonNegativeDielectrophoresiswithThree-DimensionalInterdigitatedArrayElectrodes–T.Yasukawa(UniversityofHyogo),H.Shiku,T.Matsue(TohokuUniversity),andF.Mizutani(UniversityofHyogo)

09:40 3849 Bismuth-filmelectrodesforSn2+Sensing:TheRolesofGrainSize,PreferredOrientationRatio,andSurfaceRoughness–C.H.Lien,K.Chang,C.Hu,Y.Tsai,andD.Wang(NationalTsingHuaUniversity)

10:00 Intermission(20Minutes)10:20 3850 High-ThroughputSeparationAssayforNO

MetabolitesinBloodusingMicrofluidicElectrophoresis–S.Wakida(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Miyado(KinkiPolytechnicCollege),K.Shimazu,Y.Shibutani(OsakaInstituteofTechnology),T.Mizukami,K.Nose,andA.Shimouchi(NationalCerebralandCardiovascularCenter)

10:40 3851 EffectsofSurfaceModificationofNoble-MetalElectrodeswithAuontheH2SensingPropertiesofDiode-typeGasSensors–T.Hyodo,T.Yamashita,andY.Shimizu(NagasakiUniversity)

11:00 3852 ApplicationofElectrospunCarbonNanofiberandItsCompositesinElectroanalyticalChemistry–J.Huang,Y.Liu,andT.You(ChangchunInstituteofAppliedChemistry)

11:20 3853 SolublePolyanilineforaStateofHealthSensor–M.Kane(SandiaNationalLaboratories)

11:40 3854 PotentiometricYSZ-basedSensorsUsingZn-Ta-O-basedSensingElectrodeforSelectiveH2Detection–S.A.Anggraini(KyushuUniversity),M.Breedon(JapanSocietyforthePromotionofScience),andN.Miura(KyushuUniversity)

12:00 3855 SolidElectrolyteTypeAmmoniaGasSensorwithHighWaterDurability–S.Tamura,T.Nagai,andN.Imanaka(OsakaUniversity)

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J1-4 – Gas and Liquid Phase Chemical Sensors – 14:00 – 18:00Co-Chairs: M. Carter and Z. M. Sailor

14:00 3856 LowCost8nmRadiusNanoelectrodesArraysbySol-GelChemistry:ToFundamentalUnderstandingofMassTransportTowardDirectDNAHybridizationDetectionElectrochemicalSensor–O.Fontaine(UniversityofSt.Andrews),C.Laberty,H.Perrot,andC.Sanchez(UniversityofPierreetMarieCurrie)

14:20 3857 DirectComparisonofAnti-InterferencePropertyforBimetallicPtAu,PtIr,andPtRuNanoparticlecatalystsinAmperometricDetectionforH2O2BasedBiosensors–M.Janyasupab(CaseWesternReserveUniversity),Y.Zhang(ShanghaiUniversity),C.Liu(NationalCentralUniversity),andC.Liu(CaseWesternReserveUniversity)

14:40 3858 AHigh-ThroughputAssayforEvaluationofEmbryoidBodiesusingLocalRedoxCycling-BasedElectrochemicalChipDevice–K.Ino,T.Nishijo,Y.Kanno,H.Shiku,andT.Matsue(TohokuUniversity)

15:00 3859 PrintedAmperometricGasSensors–M.T.Carter,J.Stetter,M.Findlay,andV.Patel(KWJEngineering,Inc.)

15:20 3860 InteractionofWaterVaporwithSnO2SensorMaterials:AComparisonofDRIFTSandResistanceMeasurements–R.G.Pavelko(KyushuUniversity),K.Grossmann,N.Barsan(UniversityofTuebingen),andK.Shimanoe(KyushuUniversity)

15:40 3861 pHSensingCharacteristicsandBiosensingApplicationofSolution-GatedReducedGrapheneOxideField-EffectTransistors–I.Sohn,D.Kim,J.Jung,O.Yoon,andN.Lee(SungkyunkwanUniversity)

16:00 3862 DevelopmentofMicroHydrogenGasSensorUtilizingPolymerizedGelwithIonicLiquidasaSolvent–T.Yamauchi(NiigataUniversity)

16:20 3863 IridiumOxidepHSensorDevelopmentandItsApplicationinCorrosionStudy–F.Huang,Y.Jin,andL.Wen(UniversityofScienceandTechnologyBeijing)

16:40 3864 Surface-enhancedRamanScatteringonOrderedMetalNanodotArrayObtainedUsingAnodicPorousAlumina–T.Kondo(KAST),K.Nishio,andH.Masuda(TokyoMetropolitanUniversity)

17:00 3865 Enzyme-EncapsulatedQuantumDotHydrogelsintheDevelopmentofBiosensors:AMultifunctionalPlatformforBothBio-CatalysisandFluorescentProbing–J.Yuan,N.Gaponik,andA.Eychmüller(TUDresden)

17:20 3866 AdaptiveChemicalSamplingDeviceInspiredbyCrayfish–R.Takemura,K.Takahashi,T.Makishita,andH.Ishida(TokyoUniversityofAgricultureandTechnology)

17:40 3867 CarbohydrateImmobilizationontheSurfaceofFieldEffectTransistorBiosensorforDetectionofVirus-relatedProtein–S.Hideshima(ResearchInstituteforScienceandEngineering,WasedaUniversity),H.Hinou(GraduateSchoolofLifeScience,HokkaidoUniversity),D.Ebihara,R.Sato,S.Kuroiwa(DepartmentofAppliedChemistry,GraduateSchoolofAdvancedScienceandEngineering,WasedaUniversity),S.Nishimura(GraduateSchoolofLifeScience,HokkaidoUniversity),andT.Osaka(WasedaUniversity)


J1 – Poster Session – 18:00 – 20:00Co-Chairs: J. Li and L. Nagahara

• 3868 BlockCo-polymerEnhanced3DCarbonNanostructureElectronics–S.Guo,A.George,M.Penchev,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

• 3869 Self-AssembledMonolayersofOligonucleotidesasReceptorLayersforMetalIonsSensors–L.Gorski,R.Ziolkowski,andE.Malinowska(WarsawUniversityofTechnology)

• 3870 DevelopmentofHighly-SensitiveElectrochemicalMeasurementSystemonDryChemistryusingIonicLiquid–S.Arimoto,M.Takahashi,A.Kamei,andT.Yoshioka(PanasonicCorporation)

• 3871 ChalcogenideGlassChemicalSensorforCadmiumDetectioninIndustrialEnvironment–M.Milochova,M.Kassem,andE.Bychkov(UniversityofLittoral)

• 3872 ElectrochemicalPumpConsistingofCu2+-Poly(acrylicacid)Gel–K.Takada,N.Yamamura,A.Hayashi,T.Yasui,andA.Yuchi(NagoyaInstituteofTechnology)

• 3873 ThepHSensingCharacteristicsofExtended-GateField-EffectTransistorBaseonTheElectrodewithCopperOxideNanowires–Y.Huang,H.Lin,H.Li,W.Dai,C.Chou,andH.Cheng(NationalChiaoTungUniversity)

• 3874 MultiplexedCantileverSensorswithaPeptideReceptorandHumidityEffectsonBindingKinetics–Y.Yoo,M.Chae,J.Kang,K.Hwang,T.Kim(KoreaInstituteofScienceandTechnology),andJ.Lee(KwangwoonUniversity)

• 3875 HighSensitiveAmperometricDetectionofGlucoseusingConductiveDLCElectrodeinHigherPotentialRegion–K.Honda,H.Naragino,K.Yoshinaga,A.Nakahara,andS.Tanaka(YamaguchiUniversity)

• 3876 ElectrochemicalImmunosensorforDiagnosticofParasiticalHumanDiseases–C.A.Erdmann,J.Inaba,A.G.Viana,C.A.Pessoa,K.Wohnrath,andJ.R.Garcia(StateUniversityofPontaGrossa)

• 3877 CharacterizationandElectrochemicalResponseofSonogelCarbonElectrodeModifiedwithNanostructuredTiO2andZrO2FilmtoDetectCommonNeurotransmitters–M.Hughes,N.Vincent,andS.K.Lunsford(WrightStateUniversity)

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• 3878 ANovelApproachofPb(II)DeterminationinEnvironmentalSamplesbyLeadSelectiveElectrodes–G.LisakandJ.Bobacka(ÅboAkademiUniversity)

• 3879 FunctionalizationofPyrolyzedCarbonStructuresforBio-nano-electronicsPlatforms–M.Hirabayashi,B.Mehta(SanDiegoStateUniversity),S.Kassegne(MEMSLab,SanDiegoStateUniversity),andA.Khosla(SimonFraserUniversity)

• 3880 MicromechanicalDetectionof2,4-DinitrotoluenebyaCantilever-basedArtificialOlfactorySystemwithMicro-Preconcentrator–M.Chae,Y.Yoo(KoreaInstituteofScienceandTechnology),J.Lee(KwangwoonUniversity),S.Lee,J.Kang,T.Kim,andK.Hwang(KoreaInstituteofScienceandTechnology)

• 3881 Layer-by-LayerCatalyticInterfaceforElectrochemicalDetectionofMultipleSubstratesFeaturingBio-FunctionalizedCarbonNanotubes–J.KirschandA.Simonian(AuburnUniversity)

• 3882 ImprovedElectrocatalyticPerformanceforH2O2DetectionBasedonBimetallicPtM(M=Pd,AuorIr)Nanoparticles–Y.Zhang(ShanghaiUniversity),M.Janyasupab(CaseWesternReserveUniversity),C.Liu(NationalCentralUniversity),J.Xu(ShanghaiUniversity),andC.Liu(CaseWesternReserveUniversity)

• 3883 SuperoxideAnionRadicalSensorusingGCElectrodeModifiedwithHeparin/PEDOTandPolymerizedIronPorphyrin–R.Matsuoka,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 3884 Ultra-SensitiveLabel-FreeDetectionofProteinsbyChemicallyDerivedGrapheneBasedField-EffectTransistor–D.Kim,I.Sohn,J.Jung,O.Yoon(SungkyunkwanUniversity),J.Park(KoreaElectronicsTechnologyInstitute),andN.Lee(SungkyunkwanUniversity)

• 3885 NewApplicationofProducedPigmentfromBacteriatoDetectofAmmoniainCombinationwithFlowInjectionforAmmoniaAnalysis–Y.IidaandI.Satoh(KanagawaInstituteofTechnology)

• 3886 PreparationofFineImplantableNeedleTypeBiosensorsforBloodVesselGlucoseMonitoring–K.EdagawaandM.Yasuzawa(UniversityofTokushima)

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

Phosphors for Lighting – 10:40 – 15:40Co-Chairs: John Collins and Baldassare DiBartolo

10:40 Intermission(20Minutes)11:00 3897 NovelSynthesisMethodsofSilicateandSilicon

OxynitridePhosphorsUsingSiliconMonoxide(SiO)asaRawMaterial–T.Ishigaki,T.Sakamoto,S.Kamei,K.Uematsu,K.Toda,andM.Sato(NiigataUniversity)

11:40 3898 SynthesisofNitrideandOxynitridePhosphorsUsingFluidizedBedFurnace–K.Toda,S.Kamei,K.Uematsu,T.Ishigaki,andM.Sato(NiigataUniversity)

12:00 LunchBreak(120Minutes)14:00 3899 SynthesisofHighlyEfficientRedPhosphor

SrCaSiO4:Eu2+byAqueousSolutionMethod–S.Tezuka,K.Hideki,Y.Takatuka,andM.Kakihana(TohokuUniversity)

14:20 3900 EffectsofPreparationConditionforPhotoluminescentPropertiesofWhiteLightEmittingMesoporousCarbon¬-SilicaNanocomposites–Y.Ishii(NagoyaInstituteofTechnology),K.Sato,Y.Ishikawa(JapanFineCeramicsCenter,Mutsuno),andS.Kawasaki(NagoyaInstituteofTechnology)

14:40 3901 LuminescencePropertiesofNewThioaluminatePhosphors(Ba1-XSrX)4Al2S7:Eu–T.Hasegawa,H.Kato,M.Kobayashi,H.Yamane,andM.Kakihana(TohokuUniversity)

15:00 3902 AnomalousRareEarthDopinginNitrideandOxynitridePhosphors–T.Takeda,R.Xie,N.Hirosaki,K.Kimoto(NationalInstituteforMaterialsScience),andM.Saito(TohokuUniversity)


J2 – Poster Session – 18:00 – 20:00

• 3903 InvestigationofIonDependenceofElectronicStructurefor3d3IonsinMg2TiO4basedonFirst-principlesCalculations–M.Novita(KwanseiGakuinUniversity),H.Yoshida(MitsubishiChemicalGroup),andK.Ogasawara(KwanseiGakuinUniversity)

• 3904 ComparisonofSimulationandExperimentalResultsofCrystallineSiSolarModulewithYVO4:Bi3+,Eu3+NanophosphorSpectralShifter–Y.Iso,S.Takeshita,andT.Isobe(KeioUniversity)

• 3905 Simple-StructureLight-EmittingDiodesBasedonaBlendofNanocrystalQuantumDotsandZnO–J.Kwak(Dong-AUniversity),W.Bae(LosAlamosNationalLaboratory),andC.Lee(SeoulNationalUniversity)

• 3906 OptimizingtheSynthesisofEuropiumDibenzoylmethideTriethylammonium–K.Bhat,R.Fontenot(AlabamaA&MUniversity),W.A.Hollerman(UniversityofLouisianaatLafayette),andM.Aggarwal(AlabamaA&MUniversity)

• 3907 ComparisonofHydrothermalandGlycothermalSynthesesofYBO3:Ce3+,Tb3+withGreenFluorescenceunderNearUVExcitation–H.Hara,S.Takeshita,T.Isobe(KeioUniversity),T.Sawayama,andS.Niikura(SINLOIHICo.,Ltd.)

• 3908 PracticalMultipletEnergyLevelDiagramsforV2+,Cr3+,Mn4+inOxidesandinFluorides–H.Nagoshi(KwanseiGakuinUniversity),H.Yoshida(MitsubishiChemicalGroup),andK.Ogasawara(KwanseiGakuinUniversity)

• 3909 TheInfluenceofPhosphorDecayTimeontheCross-Talkin3D-PDP–J.Yoo(Chung-AngUniversity),C.Ji(LGElectronics),G.Anoop,I.Cho,S.Lee(Chung-AngUniversity),Y.Cho,W.Kim,andE.Park(LGElectronics)

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• 3910 SynthesisofInPMulti-ShellStructuredQuantumDotandTheirApplicationforWhiteLEDs–K.KimandS.Jeong(KoreaInstituteofMachineryandMaterials)

• 3911 ImprovedOpticalPropertiesofInPQuantumDotThroughTransitionMetalDoping–J.No,K.Kim,andS.Jeong(KoreaInstituteofMachineryandMaterials)

• 3912 SynthesisandSpectroscopyofNanoscaleY2O3:Nd3+Phosphors–G.Bilir(IstanbulTechnicalUniversity),G.Ozen(InstanbulTechnicalUniversity),J.Collins(WheatonCollege),andB.DiBartolo(BostonCollege)

• 3913 PreparationandPhotoluminescencePropertyofPraseodymiumdopedCalciumTitanateNanocrystals–Y.Hakuta(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),M.Ohara,M.Aoki,K.MInami,K.Sue,andH.Takashima(AIST)

• 3914 EffectsofPreparingConditionsontheLuminescentPropertiesofMn4+IonDopedCaAl4O7Phosphors–J.Park,G.Kim,andY.Kim(KyonggiUniversity)

• 3915 TheLuminescentPropertiesofEu2+DopedCa2SiO4NanopowdersSynthesizedbyaSol-GelMethod–J.Park,J.Lee,andY.Kim(KyonggiUniversity)

• 3916 3DVisualizationof4-ComponentRelativisticWaveFunctionsoftheFreeCe3+IonandtheCe3+IoninYAG–T.Katakami,K.Higashiura,andK.Ogasawara(KwanseiGakuinUniversity)

• 3917 LowElectricFieldDrivingTransparentThinFilmsElectroluminescenceDeviceswithPerovskiteOxides–H.Takashima(NationalInstituteofAdvancedIndustrialScienceandTechnology)andI.Mitsuru(TokyoInstituteTechnology)

• 3918 LuminescencestudyofCa3-3x/2(VO4)2:xEu(0.01≤x≤0.09)Red-PhosphorsPreparedbySolutionCombustionMethod–K.Kim,S.Yoon(SejongUniversity),Y.Shin(Ceronics),andK.Park(SejongUniversity)

• 3919 MicrostructureandPhotoluminescencePropertiesofSr2.91V2O8:Eu0.06PhosphorsPreparedbytheSolutionCombustionMethod–K.Park,S.Yoon,K.Kim(SejongUniversity),andY.Shin(Ceronics)

• 3920 ElectroluminescencefromCr3+inNewPerovskiteThin-FilmPhosphorsusingLaAlO3andLaGaO3astheHost–T.Miyata,Y.Nishi,T.Mori,andT.Minami(KanazawaInstituteofTechnology)

• 3921 DevelopmentofNovelElectrochromicHyperbranchedPolymerforDisplays–S.Kim(KumamotoUniversity),A.Tanaka(NissanChemicalIndustries,Ltd.,),andT.Nagamura(KitakyushuNationalCollegeofTechnology(KCT))

• 3922 ElectricandElectroluminescencePropertiesofCa0.6Sr0.4TiO3:PrThinFilmsPreparedbySol-GelMethod–T.Kyomen,M.Hanaya(GunmaUniversity),andH.Takashima(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 3923 OpticalPhononEmissionofZnOThinFilms–S.Munisamy,S.Kasilingam(NagoyaInstituteofTechnology),T.Rajalingam(NationalChaioTungUniversity),andT.Masaki(NagoyaInstituteofTechnology)

• 3924 SynthesisofSr2Si5N8:Eu2+Red-EmittingPhosphorbyInductionHeating–J.Choi(UniversityofCalifornia,SanDiego),A.Piquette,M.Hannah,K.C.Mishra(OsramSylvania),J.B.Talbot,andJ.McKittrick(UniversityofCalifornia,SanDiego)

• 3925 MorphologyandParticleSizeDependentLuminescencePropertiesofY2O3:EuPhosphorsPreparedbyVariousSyntheticMethods–Y.Kim,J.Han,J.Talbot,andJ.Mckittrick(UniversityofCalifornia,SanDiego)

J3Materials for Solid State LightingLuminescenceandDisplayMaterials/NewTechnologySubcommittee316B, Level 3, Hawaii Convention Center

Oxide and Oxynitrides – 08:00 – 09:40Co-Chairs: Kyota Ueda and John Collins

08:00 3969 Synthesis,LuminescenceMechanismandApplicationofβ-sialonGreenPhosphorwithSharpLine-Width–K.Takahashi,K.Yoshimura,M.Harada,Y.Tomomura(Sharp),T.Takeda,R.Xie,andN.Hirosaki(NationalInstituteforMaterialsScience)

08:40 3970 SynthesisandLuminescenceofEu2+ActivatedYellowOxynitridePhosphor–P.Nammalwar,S.Manepalli,D.Porob(GEITCPvtLtd),Y.Gao,andA.Setlur(GEGlobalResearchNiskayuna)

09:00 3971 Sr-ContainingSialonPhosphorswithHighQuantumEfficienciesforWhiteLEDs–Y.Fukuda,K.Albessard,A.Okada,T.Sato,R.Hiramatsu,andN.Matsuda(ToshibaCorporation)

Oxide Materials – 09:40 – 10:40Co-Chairs: Naotoshi Matsuda and Kailash Mishra

09:40 3972 BandgapEstimatesandCe3+QuenchinginCs3CoCl5-basedPhosphors–U.Happek(UniversityofGeorgia)andA.Setlur(GEGlobalResearchNiskayuna)

10:00 3973 SinglePhase,HighlyEfficientLi(Ca0.99-xSrxEu0.01)PO4BlueEmittingPhosphorsforNearUV-EmittingLEDs–J.Han(UniversityofCalifornia,SanDiego),M.Hannah,A.Piquette(OsramSylvania),J.Talbot(UniversityofCalifornia,SanDiego),K.C.Mishra(OsramSylvania),andJ.Mckittrick(UniversityofCalifornia,SanDiego)

10:20 3974 LuminescenceQuenchinginHighlyDopedYAG:Ce–A.Setlur(GEGlobalResearch),M.Pasricha,M.Perera,G.Levitt,andU.O.Happek(TheUniversityofGeorgia)


J3 – Poster Session – 18:00 – 20:00

• 3975 EnhancementofPhotoluminescencePropertiesofGreen-EmittingOxynitridePhosphorusingEu2O3@B2O3Core-ShellforWhiteLEDApplications–D.Yoon(SungKyunKwanUniversity)

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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Wednesday, October 1009:00h TechnicalExhibit


09:30h TechnicalSessionCoffeeBreak

18:00h GeneralPosterSession

tuesday, october 9 - electrochemical society · 2016-04-27 · 94 meeting program = prime 2012 =...

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