A1 General Student Poster Session Monday, October 8 · Yushin (Georgia Institute of Technology) • 5 Growth and Fabrication of GaN Light Emitting ... 12:00h ECS Transactions Tutorial

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

A0Special LecturesAllDivisionsKalakaua Ballroom B, Level 4, Hawaii Convention Center

Award Presentations – 14:00 – 16:10

14:00 IntroductoryRemarks(5Minutes)14:05 1 (EdwardGoodrichAchesonAwardPresentation)

PlasmasforThinFilmProcessingandSurfaceModificationD.Hess(GeorgiaInstituteofTechnology)

14:45 2a (CharlesW.TobiasYoungInvestigatorAwardPresentation)Past,Current,andFutureResearchinPolymerElectrolyteFuelCellsB.S.Pivovar(NationalRenewableEnergyLaboratory)

15:25 2b (CharlesW.TobiasYoungInvestigatorAwardPresentation)MechanochemistryatOxideThinFilmInterfacesB.Yildiz(MassachusettsInstituteofTechnology)

16:05 ConcludingRemarks(5Minutes)

A1General Student Poster SessionAllDivisionsKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

A1 – Poster Session – 18:00 – 20:00

• 3 AnalysisofCarbonElectrodeandOrganicElectrolyteofElectricDoubleLayerCapacitorsafterAgingTest–H.Yoshitama,Y.Tanaka,andD.Tashima(UniversityofMiyazaki)

• 4 AtomicLayerDepositionofVanadiumOxideonCarbonNanotubesforHigh-PowerSupercapacitorElectrodes–S.Boukhalfa,K.Evanoff,andG.Yushin(GeorgiaInstituteofTechnology)

• 5 GrowthandFabricationofGaNLightEmittingDiodeonPatterned-SapphireSubstrate–B.Tran,K.Lin(NationalChiaoTungUniversity),C.Wang,C.Chen,C.Huang(IndustrialTechnologyResearchInstitute),C.Chung,andE.YiChang(NationalChiaoTungUniversity)

• 6 ConversionReactionofMethanewithCarbonDioxideinGlowDischargeatAtmosphericPressure–D.Nguyen,J.Park,andW.Lee(KangwonNationalUniversity)

• 7 SurfaceTreatmentforSterilizationofMicroorganismwithPlasmaPlumeinAtmosphericPressure–J.Park,H.Kwon,andW.Lee(KangwonNationalUniversity)

• 8 IndiumTinOxide-CoatedGlassModifiedwithReducedGrapheneOxideSheetsandGoldNanoparticlesforDopamineSensing–J.YangandS.Gunasekaran(TheUniversityofWisconsin-Madison)

• 9 ElectrochemicalDetectionofPhenolandPhenolDerivativesModifiedwithTiO2,ZrO2,andMixedMetalOxides(TiO2+ZrO2)–M.K.Hughes,V.Nguyen,andS.K.Lunsford(WrightStateUniversity)

• 10 CharacteristicsofLow-Temperature(≤200°C)PECVDSiliconNitrideforGateDielectricofTFTsbyUsingN2HighlyDilutedSiH4–K.Keum,K.No,J.Park,S.Kang,T.Song,andW.Hong(UniversityofSeoul)

• 11 ChargeInducedClosingofDionaea MuscipulaEllisTrap–C.Mitchell,N.E.Williams,andA.G.Volkov(OakwoodUniversity)

• 12 Lithium-SulfurBatterieswithGlyme-LiSaltEquimolarComplexes–A.Yamazaki,M.Tsuchiya,K.Yamauchi,K.Ueno,N.Tachikawa,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 13 EffectofHydrothermalSynthesisConditiononLiMnPO4ParticleSize–S.Yanaka,K.Yoshida,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 14 DesignofCatalystLayerofNon-HumidifiedIntermediateTemperatureFuelCells–Y.Honda,R.Tatara,S.Nakamura,T.Yasuda,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 15 ColorChangesduringVoltammogramsofPrussianYelowonITOElectrode–J.Agrisuelas,J.García-Jareño,C.Moreno-Guerrero(UniversityofValencia),A.Roig(UJI),andF.Vicente(UniversityofValencia)

Monday, October 807:30h ProfessionalDevelopmentSeries:

GreatMindsDoNotThinkAlike

08:45h ProfessionalDevelopmentSeries:Resume/On-LineProfileWritingandStrategiesforCultivatingandMaintainingProfessionalContacts

09:30h TechnicalSessionCoffeeBreak

12:00h ECS TransactionsTutorialSessionforAuthors

13:00h TechnicalExhibit

13:00h ProfessionalDevelopmentSeries:CareerFair

14:00h ProfessionalDevelopmentSeries:ResumeWorkshop

14:05h ECSEdwardGoodrichAchesonAwardLecture:“PlasmasforThinFilmProcessingandSurfaceModification”byDennisWHess

14:45h ECSCharlesWTobiasYoungInvestigatorAwardLecture:“Past,Current,andFutureResearchinPolymerElectrolyteFuelCells”byBryanSPivovar

15:25h ECSCharlesWTobiasYoungInvestigatorAwardLecture:“MechanochemistryatOxideThinFilmInterfaces"byBilgeYildiz

17:00h PRiME2012Lecture:“CellBioelectrochemistryandBiomagnet”byTadashiMatsunaga

18:00h MondayEveningMixer,TechnicalExhibit,andStudentPosterSession

18:00h ProfessionalDevelopmentSeries:CareerFair

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Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii 61

• 16 EffectiveHydrogenGenerationandResourceCirculationfromPhotocatalyticDecompositionofH2SAqueousSolution–H.Takahashi,T.Mabuchi,T.Hayashi,S.Yokoyama,andK.Tohji(TohokuUniversity)

• 17 ControlMethodfortheAmountofCuSiteontheZnSStratifiedPhotocatalysts–Y.Kajino(TouhokuUniversity),H.Takahashi,andK.Tohji(TohokuUniversity)

• 18 SynthesisofCuSupportedStratifiedPhotocatalystsandItsApplicationfortheCO2ConversionintoAlcohol–Y.Kajino(TouhokuUniversity),H.Takahashi,andK.Tohji(TohokuUniversity)

• 19 ImprovementofEfficiencyofPhoto-ExcitedElectronsTransferfromThinFilmConsistedbytheSemiconductorParticlesonElectrodeSurfacetoDevelopingElectronsPathway–T.Mabuchi,T.Hayashi,H.Takahashi,andK.Tohji(TohokuUniversity)

• 20 RelationbetweentheConditionofPdandTeMetalComplexesintheAqueousSolutionandReductionMechanismofPd20Te7Alloy–T.Mabuchi,S.Yokoyama,H.Takahashi,andK.Tohji(TohokuUniversity)

• 21 OxidationofBulkAmorphousNi57Ti18Zr20Si3Sn2Coating–S.Kim,S.Bong,M.Kim,andD.Lee(SungkyunkwanUniversity)

• 22 Sodium-SulfurBatterieswithRoom-TemperatureIonicLiquidElectrolytes–R.Nozawa,R.Harimoto,M.Tsuchiya,K.Yoshida,N.Tachikawa,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 23 Single-CrystalField-EffectTransistorsof21DNTTDerivatives–A.Maeda,T.Arakawa(TokaiUniversity),M.Tsutsui,K.Okamoto(UshioChemixCorporation),andY.Kunugi(TokaiUniversity)

• 24 ConductivityofCeriaBasedCompositeElectrolytesforIntermediate-Temperature-SolidOxideFuelCells–S.Baek,T.Lee,andJ.Park(SejongUniversity)

• 25 EffectofSynthesisMethodandFe2PPhaseontheElectrochemicalPropertiesofLiFexMn1-xPO4-CElectrode–J.P.Välikangas(UniversityOfOulu),S.Tuomaala(KokkolaUniversityConsortiumChydenius),M.T.Andersson,S.Manner(AaltoUniversity),P.A.Tanskanen(UniversityofOulu),T.Kallio,M.Karppinen(AaltoUniversity),andU.Lassi(KokkolaUniversityConsortiumChydenius)

• 26 Co-IonicNeodymium-DopedCeria/CarbonateCompositeElectrolytes–J.Kim,N.Kim,andJ.Park(SejongUniversity)

• 27 FabricationofHighPerformanceBaLaIn2O5.5ElectrolyteSingleChamberSolidOxideFuelCellbyUsingSublimationMaterialsasPoreFormerinElectrodePreparation–X.Shen,K.Takasu,andT.Yao(KyotoUniversity)

• 28 MorphologyControlofPalladiumNanostructuresbyPotentialAdjustment–X.Pham,M.Bui,C.Li,K.Han,andG.Seong(HanyangUniversity)

• 29 PreparationofOrganoboronIon-GelsUsingPVAandTheirIonConductiveProperties–H.TsutakawaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 30 StructureandElectrochemistryofNaNiO2–R.I.FieldenandM.N.Obrovac(DalhousieUniversity)

• 31 FabricationofRutheniumOxideNanosheetElectrodesbyElectrophoreticDeposition–S.Ikuta,N.Ishigaki,K.Fukuda,T.Sato,andW.Sugimoto(ShinshuUniversity)

• 32 CharacterizationAttributesofMetalOxideNanocomposites–M.Hockey,Q.Lin,andE.Calderas(BrewerScienceInc.)

• 33 ImprovementinORRPerformanceof1-1.5nmPtNanoparticlesbyModificationwithRutheniumOxideNanosheets–D.Takimoto,M.Ohuchi,L.Koodlur,C.Chauvin,andW.Sugimoto(ShinshuUniversity)

• 34 Pt/TiO2NanohybridStructuresonSingle-WalledCarbonNanotubes:PreparationandElectrocatalyticCharacteristics–K.Han,C.Li,M.Bui,X.Pham,andG.Seong(HanyangUniversity)

• 35 DirectSynthesisofNanostructuresinaMicrofluidicDeviceforElectrochemicalAnalysis–C.Li,K.Han,M.Bui,X.Pham,andG.Seong(HanyangUniversity)

• 36 InfluenceofSurfaceStructureandIonTypeontheCapacitanceofDopedSWCNTsElectrodeofElectrochemicalCapacitors–A.Al-zubaidi,Y.Ishii,T.Matsushita,andS.Kawasaki(NagoyaInstituteofTechnology)

• 37 ElectrochemicalStudyonOxygenReductioninaPt/Nafion/HumidifiedAirSystem–Y.Sugiyama,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 38 SolidPhaseGrowthofNickelSilicidesinPolycrystallineSiFilmonSiO2withClPlasmaContainingNiCl–K.Kanomata,K.Momiyama,S.Kubota,T.Suzuki,andF.Hirose(YamagataUniversity)

• 39 EnhancementofDye-SensitizedPhotocurrentsbyGoldNanoparticles:EffectsofParticleSizeandDensity–T.Kawawaki(TheUniversityofTokyo),Y.Takahashi(KyushuUniversity),andT.Tatsuma(UniversityofTokyo)

• 40 TheSynthesizingProcessandElectrochemicalCharacteristicsofSiActiveMaterialParticlesCoveredwithSiliconOxideasAnodeElectrodesinaLithium-IonBattery–N.ShimoiandY.Tanaka(TohokuUniversity)

• 41 ElectrochemicalPropertyoftheCompositionbyGroundProcessofActiveMaterialsBasedonSiliconandOxides–N.Shimoi,Q.Zhang,andY.Tanaka(TohokuUniversity)

• 42 CharacterizationsofAl2O3/ZnOGrownonSiSubstratebyPlasmaEnhancedAtomicLayerDeposition–C.Chung,B.Tran,K.Lin(NationalChiaoTungUniversity),C.Wang,C.Chen,C.Huang,S.Lee(IndustrialTechnologyResearchInstitute),andE.YiChang(NationalChiaoTungUniversity)

• 43 Preparationofπ-ConjugatedPolycarbzole–BoronComplexesasFluorideAnionSensor–Y.HosonoandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

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• 44 PreparationofMarimoCarbonSupportedPtCoBimetalCatalystbytheNanocolloidalSolutionMethod–K.Sato,T.Onuma(IbarakiUniversity),K.Komatsu,M.Kobori(ToyoUniversity),K.Iwasawa,M.Eguchi,Y.Kobayashi(IbarakiUniversity),M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)

• 45 ChangesintheConductionPropertiesofLaBaGaO4BasedProtonConductorbyLiquid-PhaseSynthesis–N.Hamao,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 46 TheeffectoftheRelationshipbetweenIonomerandCarboninthePEFCCatalystLayer–K.Baba,T.Onuma,K.Iwasawa,M.Eguchi,Y.Kobayashi(IbarakiUniversity),K.Komatsu,M.Kobori,M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)

• 47 EffectsofMisalignedElectrodeforMeasurementinPEFCwithReferenceElectrode–K.Baba,S.Ueda,M.Eguchi,Y.Kobayashi(IbarakiUniversity),andY.Tsutsumi(FCDevelopmentCo.,Ltd.,)

• 48 Low-TemperatureSynthesisandStudyofApatite-TypeLanthanumSilicates–N.Kitamura,K.Kaneko,andY.Idemoto(TokyoUniversityofScience)

• 49 AnodicOxidationofAlcoholsonNi-SnElectrocatalystsPreparedbyElectrodeposition–K.Maruyama,N.Yoshimoto,M.Egashira,andM.Morita(YamaguchiUniversity)

• 50 ANew4.3VAqueousHybridCapacitorBasedonManganeseDioxidePositiveandLithiumNegativeElectrode–Y.Shinohara,S.Makino,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 51 SynthesisandCharacteristicsofNovelBoricEsterTypeIonicLiquids–Y.ToyotaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 52 AqueousElectrolytesforUltracapacitorDevicesUsingManganeseOxideasElectrodeMaterial–A.Boisset(UniversitédeTours),L.Athouël(UniversityofNantes),J.Jacquemin(Queen’sUniversityBelfast),T.Brousse(UniversityofNantes),andM.Anouti(UniversitédeTours)

• 53 MolecularWeightDependenceofP-TypeSemiconductivePolymeronHighEfficiencyThinFilmOrganicPhotovoltaicCells–M.Sugimoto,H.Nakamura,K.Yamada,andH.Yamane(KitakyushuNationalCollegeofTechnology)

• 54 EffectofGoldNano-SeedParticlesonElectrochemicalCharacteristicsofConductingSubstrates–Y.NakayamaandM.Oyama(KyotoUniversity)

• 55 Sn-CNTFabricforMultifunctionalAnodesinLi-ionBatteries–J.Benson,Y.Zhao,B.Hertzberg(GeorgiaInstituteofTechnology),M.Schauer,D.Lashmore(NanocompTechnologies,Inc.),andG.Y.Yushin(GeorgiaInstituteofTechnology)

• 56 HighTemperatureProtonicConductionandClystalStructureofEulytite-TypePhosphates–N.Kitamura,Y.Yamada,andY.Idemoto(TokyoUniversityofScience)

• 57 CompositionDependenceofAverageandLocalStructureandThermodynamicStabilityforxLi(Li1/3Mn2/3)O2-(1-x)Li(Mn1/3Ni1/3Co1/3)O2asaCathodeActiveMaterialforLi-IonBattery–M.Inoue,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 58 Non-PacmanTypeCo-PorphyrinBilayersforOxygenReductionReaction–S.Satoh,K.Murakoshi,andK.Ikeda(HokkaidoUniversity)

• 59 StressDurabilityofElectrolyteStructureinFlexibleSheetTypeDirectMethanolFuelCell(FS-DMFC)–Y.SakuraiandA.Kawai(NagaokaUniversityofTechnology)

• 60 FabricationofTiO2LayersforDyeSensitizedSolarCellsusingElectrostaticInkjetPrintingMethod–A.Ishii(TokaiUniversity),S.Umezu(TokaiUniv.),andY.Kunugi(TokaiUniversity)

• 61 ConstructionoftheCopper(I)Oxide/C60HybridPhotovoltaicDevices–T.Saitoh,T.Ohata,F.B.Mohamad,J.Sasano,andM.Izaki(ToyohashiUniversityofTechnology)

• 62 ElectrochemicalOxidationofAmmoniabyMulti-WalledCarbonNanotubes-SupportedPt-Core/Ir-ShellandPt-Core/Pd-ShellNanoparticles–S.Morita,S.Azuma,H.Shiroishi(TokyoNationalCollegeofTechnology),M.Yonekawa,andK.Nagai(TokyoInstituteofTechnology)

• 63 AStudyofPhotochemicalProtonReductionandOxidationofWaterUsingPb2Ru2O7-δSynthesizedbyNeutralizationMethod–S.Hanyu,H.Shiroishia(TokyoNationalCollegeofTechnology),T.Hatai,Y.Ayato,andJ.Kuwano(TokyoUniversityofScience)

• 64 PerformanceofProtonConductiveIntermediateTemperatureFuelCellUsingZrO2-1.6P2O5Electrolytewith1%CO-H2andMethanolasFuels–Y.Houshi(TokyoNationalCollegeofTechnology),M.Yonekawa(TokyoInstituteofTechnology),H.Shiroishi(TokyoNationalCollegeofTechnology),M.Kunimatsu(KanagawaIndustrialTechnologyCenter),K.Matsushima,Y.Ayato(TokyoUniversityofScience),M.Saito(DoshishaUniversity),andJ.Kuwano(TokyoUniversityofScience)

• 65 ElectrochemicalStudiesofEpoxyBasedLignosulfonateDopedDoubleStrandedPolyaniline-MontmorilloniteNanocompositeCoatingsonAA2024Alloy–G.Gupta(IITB-MonashResearchAcademy),A.Khanna(IITBombay),andN.Birbilis(MonashUniversity)

• 66 CarbonNanotubeSynthesisoverNickel-FerriteLoadedOxidizedDiamondCatalyst–G.Tsujino,K.Nakagawa(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 67 CyclePerformanceofNanoInclusioncontain-ingLiMn2O4CathodeMaterial–J.Harada,H.Tsubouchi,Y.Kawai,andT.Yao(KyotoUniversity)

• 68 PeelingForceofPolymerMicroPatternbyDirectPeelingbyusingAFMTip(DPAT)–T.Aiba(NagaokaUniversityofTechnology)andK.Akira(NagaokaUniversityofTechnologyDepartmentofElectricalEngineering)

• 69 MonitoringandModelingforResponseTimeofBiopotentialinPlantCells–Y.NoguchiandA.Kawai(NagaokaUniversityofTechnology)

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• 70 ANewHighEnergyDensityAqueousHybridCapacitorBasedonLithiumNegativeandRutheniumOxidePositiveElectrode–T.Ban,S.Makino,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 71 ConstructionandPhotovoltaicPerformanceofHybridZnO:CuPcBulkHeterojunctionSolarCells–H.Ryo,K.Murata,J.Sasano(ToyohashiUniversityofTechnology),S.Watase(OsakaMunicipalTechnicalResearchInstitute),andM.Izaki(ToyohashiUniversityofTechnology)

• 72 VOCSensingCharacteristicsofSmFeO3FilmCoveredwithSiCPowder–J.Iseda,M.Mori,andY.Sadaoka(EhimeUniversity)

• 73 AdsorptionStatesandReactivityofNitricOxideonPdandPd-basedBinaryElectrodesasStudiedbyInfraredAbsorptionSpectroscopy–K.Yamaki(HokkaidoUniversity),A.Okubo,S.Notani(GraduateSchoolofEnvironmentalScience,HokkaidoUniversity),K.Nakata(FacultyofEnvironmentalEarthScience,HokkaidoUniversity),M.Osawa,andK.Shimazu(HokkaidoUniversity)

• 74 PlatinumNanodotandNanohoneycombStructures:ConstructionUsingaCyclodextrinMonolayerasaMolecularTemplate–R.Saito,Y.Domi,T.Kawaguchi,andK.Shimazu(HokkaidoUniversity)

• 75 DesignofPolymerInclusionComplexofCurcuminUsingAmylose–Y.MoritaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 76 ElectrochemicalQuartzCrystalMicrobalanceStudiesonPtandPdUltra-ThinFilmsonGold–A.Kurokawa,M.Shibata,T.Wada,andT.Kondo(OchanomizuUniversity)

• 77 ChangeofCrystalandElectronicStructureofLayeredCathodeMaterial0.4Li2MnO3-0.6LiMn1/3Ni1/3Co1/3O2byChargeandDischargeProcess–R.Yamamoto,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 78 StructuralStudiesonSelf-AssembledMonolayerofPorphyrinDerivativeonAu(111)–N.Aoki,B.Zhang,R.Kuwana,T.Wada,andT.Kondo(OchanomizuUniversity)

• 79 ElectrocatalyticActivityforOxygenReductionofPseudomorphicPtMonolayerElectrochemicallyPreparedonaAu(111)Surface–T.Wada,M.Shibata,M.Kawabuchi(OchanomizuUniversity),I.Yagi(FC-CubicTRA),andK.Toshihiro(OchanomizuUniversity)

• 80 PerformanceofNbandMoAlloyedFerriticStainlessSteelforSOFCInterconnectbyUsingButtonCellConfiguration–D.Yun,H.Seo(PohangUniversityofScienceandTechnology),J.Jun(ResearchInstituteofIndustrialScienceandTechnology),andK.Kim(PohangUniversityofScienceandTechnology)

• 81 Developmentof4V-classAqueousHybridElectrochemicalCapacitorwithPorousPositiveElectrodeandLiNegativeElectrode–S.Makino,Y.Shinohara,T.Ban,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 82 ElectrochemicalPropertiesofReducedGraphiteOxideNanosheetElectrodesPreparedbyLayer-by-LayerAssembly–T.Mitsui(ShinshuUniveristy),K.Higurashi,J.Sato,K.Fukuda,andW.Sugimoto(ShinshuUniversity)

• 83 AComparisonofSteamandCO2ActivationofBoronDopedDiamondElectrodes–J.ZhangandW.Sugimoto(ShinshuUniversity)

• 84 ElectrochemicalPropertiesofNanocarbonProducedfromOrganicWasteanditsApplicationinElectricDouble-LayerCapacitor–D.Mishima,Y.Hamasuna,D.Tashima(UniversityofMiyazaki),S.Kumagai(AkitaUniversity),andJ.Madden(UniversityofBritishColumbia)

• 85 AmorphousTitaniumOxidePreparedfromPeroxo-PolytitanicAcidandItsElectrochemicalProperties–K.KobayashiandI.Tsuyumoto(KanazawaInstituteofTechnology)

• 86 OneDimensionalSilver/SilverHalideNanocomposites:SynthesisandElectrocatalyticActivity–S.Kim(EwahwomansUniversity),J.Shim(DaeguUniversity),C.Lee,andY.Lee(EwhaWomansUniversity)

• 87 TerminalRedoxMoietyeffectsontheLong-RangeElectronConductionofπ-ConjugatedBis(Terpyridine)MetalComplexOligomerWiresonElectrode–S.Katagiri,R.Sakamoto,andH.Nishihara(TheUniversityofTokyo)

• 88 PyrimidineRingMotionCorrelatedwithElectronTransferattheCopper(II)/(I)CoordinationSiteImmobilizedonAuElectrodeSurface–Y.Takara,M.Nishikawa(DepartmentofChemistry,SchoolofScience,TheUniversityofTokyo),S.Kume(DepartmentofChemistry,GraduateSchoolofScience,HiroshimaUniversity),andH.Nishihara(TheUniversityofTokyo)

• 89 PreparationofGlass-CoatedCdSe/CdZnSQuantumDotsandTheirPhotostability–T.Gunshi(KwanseiGakuinUniversity),C.Li(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Ogasawara(KwanseiGakuinUniversity),M.Ando,andN.Murase(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 90 DevelopmentandApplicationofanElectrochemicalDualMicrosensorforSimultaneousO2/pHMeasurements–Y.Ha,S.Park(EwhaWomansUniversity),J.Shim(DaeguUniversity),andY.Lee(EwhaWomansUniversity)

• 91 ElectrochemicalImpedanceAnalysisforCorrosiononCurrentCollectingElectrodesinDye-sensitisedSolarCells–K.Inoue,I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 92 PreparationofPolymerNanoparticlesCompositeCoatingFilmsforInvestigationoftheCo-DepositionTheory–K.Iwasaki,I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 93 GlancingAngleSputter-DepositionofTitaniumDioxideFilmswithRotatingSubstrateHolderforPhotocatalyticApplication–Y.Yasuda,N.Kitahara,andY.Hoshi(TokyoPolytechnicUniversity)

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• 94 TheSynthesisofSnO2-TiO2Core-ShellNanotubesUsingPANFiberandItsCyclingPerformancefortheAnodeofLithium-IonBatteries–J.Jeun,W.Kim,D.Kim,K.Park,B.Lee,K.Kang,W.Yu,andS.Hong(SeoulNationalUniversity)

• 95 AnInGaPSub-WavelengthStructure(SWS)RealizedbyColloidalLithographyforSolarCellApplications–D.Kim,S.Eo,andJ.Jang(GIST)

• 96 LbLFilmwithPtNPsasaSensoroftheDopamineEncapsulatedinLiposomes–V.DosSantos,M.DosSantos,B.Sandrino,C.DeJesus,J.R.Garcia,S.T.Fujiwara,C.A.Pessôa,andK.Wonhrath(StateUniversityofPontaGrossa)

• 97 EffectofLateralSizeofReducedGraphiteOxideNanosheetontheElectrochemicalCapacitance–Z.Lei,T.Sakai,andW.Sugimoto(ShinshuUniversity)

• 98 AModelfortheInfluenceofSteelCorrosionProductsonNuclearFuelCorrosionunderPermanentDisposalConditions–L.Wu(WesternUniversity),Y.Beauregard(NOVAChemicals),Z.Qin,S.Rohani(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

• 99 CO2ReductionatGlassyCarbonElectrodeinthePresenceofPyridine–J.Agullo,M.Morin,andD.Bélanger(UniversitéduQuébecàMontréal)

• 100 UtilizingaRotatingRingDiskElectrode(RRDE)toSimultaneouslyMeasureContaminateSpeciesAdsorptioneffectsonTwoDifferentCatalystSurfaces–J.M.Christ(ColoradoSchoolofMines),K.Neyerlin,H.Wang(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),andH.N.Dinh(NationalRenewableEnergyLaboratory)

• 101 CarbonDepositionandGasificationoverNi-YSZCermetduringMethaneReformingReaction–K.SongandJ.Jung(Postech)

• 102 InfluenceofRelaxationTimeontheLifetimeofCommercialLithium-IonCells–M.J.Reichert,H.Bremes,S.Passerini,andM.Winter(UniversityofMünster)

• 103 3-DElectrochemicalImpedanceSpectroscopyCalculatedbyWaveletTransformation-InfluenceofScaleandTimeParametersonImpedanceSpectra-–K.Isobe,Y.Hoshi,I.Shitanda,andM.Itagaki(TokyoUniversityofScience)

• 104 In SituATR-IRAnalysisofGraphite/ElectrolyteInterfaceinLi-IonBatteries–Y.Akita,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 105 Sol-GelSynthesisofLi2MnO3-LiMO2CathodewithGoodCyclePerformance–K.Ando,Y.Jin,T.Nishioka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 106 ElectrochemicalEvaluationofLi4Ti5O12SingleParticleatVariousTemperatures–K.Annaka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 107 3DOMPolyimideSeparatorforRechargeableLithiumBatterieswithHighRatePerformance–K.Miyahara,Y.Jin,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 108 ASemi-EmpiricalModelofAmmoniaElectrolysisinComparisontoWaterElectrolysis–A.Estejab,D.A.Daramola,andG.G.Botte(OhioUniversity)

• 109 RRDEStudiesonOxygenReductionReactionofPdSingleCrystalElectrodes–M.Kawabuchi,T.Wada,M.Shibata,andT.Kondo(OchanomizuUniversity)

• 110 SynthesisandCharacterizationofCore-ShellStructuredNi-Ce0.8Gd0.2O1.9SOFCAnodesbyUltrasonicSprayPyrolysis–C.LimandK.Lee(ChonbukNationalUniversity)

• 111 BroadbandTerahertzAntireflectionStructureFabricatedByUtilizingStampingMethod–D.Kim(GwangjuInstituteofScienceandTechnology),D.Kim,andJ.Jang(GIST)

• 112 FabricationofGDCElectrolyteThinFilmsonNiO-GDCAnodeSupportbyElectrophoreticDepositionforSolidOxideFuelCells–S.YuandK.Lee(ChonbukNationalUniversity)

• 113 CharacterizationofCa1-xLaxTiO3AnodeMaterialsforHydrocarbon-FueledSolidOxideFuelCells–J.KooandK.Lee(ChonbukNationalUniversity)

• 114 DesignofIon-gelElectrolytesUsingNon-flammableOrganoboronBio-basedPolymerasPolymerSupport–Y.YoshinagaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 115 EnhancedPhotocurrentGenerationofPorphyrins–AgNanoparticlesCompositeLayersonanElectrode–S.Yagyu,M.Ishizaki,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 116 ElectrochemicalbehaviorofSpin-coatedHybridThinFilmofPrussian-blueAnalogNanoparticles–S.Soma,M.Ishizaki,K.Ono,K.Kanaizuka(YamagataUniversity),M.Sakamoto,andM.Kurihara(YamagataUniversity)

• 117 ElectrochemicalIntercalationofBis(Fluorosulfonyl)AmideAnionintoGraphite–F.Yamane,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 118 PreparationofPerovskiteTypeOxideThin-FilmsasBi-FunctionalAirElectrodesbyPulsedLaserDepositionMethodandTheirElectrochemicalProperties–Y.Miyahara,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 119 MgBr2/Ether-BasedElectrolyteSolutionsforMg-RechargeableBatteries–K.Asaka,K.Miyazaki,T.Fukutuka,T.Abe,K.Nihio,andY.Uchimoto(KyotoUniversity)

• 120 ElectrochemicalPropertiesofLiCoPO4intheAnionReceptor-BasedOrganicElectrolyteSolution–T.Nakagawa,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 121 AnisotropicAnionConductionofMgAl-CO32-

LayeredDoubleHydroxideswithDifferentCationRatios–Y.Asada,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 122 RedoxReactionofMetalCationsontheSurfaceofLiCoO2Thin-FilmElectrodes–J.Inamoto,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 123 ElectrochemicalBehaviorofMagnesiumMetalinAlkalineAqueousSolutions–Y.Taniguchi(GraduateSchoolofEngineering,KyotoUniversity),K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

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• 124 Frequency-TunableMulticolorLight-EmittingCellBasedonAC-DrivenElectrochemiluminescence–M.Nakakomi,T.Nobeshima,K.Nakamura,andN.Kobayashi(ChibaUniversity)

• 125 ElectrochemicalPropertiesofGraphiteElectrodeinIonicLiquidContainingBis(Fluorosulfonyl)AmideAnion–K.Ono,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 126 AStudyonElectrochemicalPerformanceofHardCarbon/Nax[Fe1/2Mn1/2]O2CellsasRechargeableNa-IonBatteries–M.Kajiyama,N.Yabuuchi(TokyoUniversityofScience),J.Iwatate(TokyoUniv.ofScience),andS.Komaba(TokyoUniversityofScience)

• 127 FabricationofElectrolessCu/CNTCompositePlatingFilmsContainingDifferentSizedCNTs–T.OsakiandS.Arai(ShinshuUniversity)

• 128 ElectrochemicalPropertiesofAZOFilmsFunctionalizedwithRedox-ActiveMolecules–H.Kaneko,T.Tsuda,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 129 FabricationofSiliconCompositeFilmsforLithium-IonBatteriesbyElectrodeposition–T.KitamuraandS.Arai(ShinshuUniversity)

• 130 MolecularAssemblyofPorphyrinDerivativeonaSubstratebyPolymerizationReactionandItsElectrochemicalProperties–A.Izumi,M.Ishizaki,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 131 SurfaceModificationofVaporGrownCarbonNanofibersbyPlasmaTreatment–D.Shimizu(ShinshuUniversity),Y.Suzuki(Shinshuuniver-isty),M.Endo,andS.Arai(ShinshuUniversity)

• 132 NewlyDevelopedCarbon-NanocoatingofSiNanoparticles–Y.Sasaki,H.Tabuchi,H.Furukawa,K.Urita,andI.Moriguchi(NagasakiUniversity)

• 133 StudyontheFormationofSelf-AssembledMonolayersonAnodizedAluminum–H.Satoh,T.Fujii,E.Tsuji,andH.Habazaki(HokkaidoUniversity)

• 134 SynthesisandCharge-DischargePropertyofSi/CarbonNanocomposites–H.Tabuchi,T.Enjoji,K.Kiyota,Y.Sasaki,K.Urita,H.Yamada,andI.Moriguchi(NagasakiUniversity)

• 135 ElectrochemicalHybridCapacitorUsingClosest-PackedFerroceneTerminatedMonolayeronCarbonElectrode–Y.Sato,T.Kawaguchi,andK.Shimazu(HokkaidoUniversity)

• 136 ElectrochemicalPropertiesofZincOxideElectrodesCoatedwithAnion-ConductingIonomerinAlkalineSolutions–Y.Lee,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 137 FieldEmissionPropertiesofNickel/CarbonNanotubeCompositeFilmsElectrodepositedfromaCitrateBath–S.TanabeandS.Arai(ShinshuUniversity)

• 138 EffectsofInterferentsonH2O2QuantificationbyElectrochemicalReductiononIrO2Electrodes–M.Ueda,T.Zhang,andM.Morimitsu(DoshishaUniversity)

• 139 ElectrochemicalFeaturesofNanoporousElectrodesandTheirApplications–J.Han,J.Bae,andT.Chung(SeoulNationalUniversity)

• 140 All-Solid-StateChlorideIon-SelectiveElectrodesUsingPolycation-DopedManganeseOxides–T.Akatsuka,C.Suzuki,N.Yabuuchi,andS.Komaba(TokyoUniversityofScience)

• 141 DevelopmentofTitaniumWire-basedDye-sensitizedSolarCellsandtheEnhancementofthePerformancebySurfacePlasmonResonanceofAgNanoparticles–Y.Kawakami,M.Takeuchi,Y.Horiuchi,andM.Matsuoka(OsakaPrefectureUniversity)

• 142 StudyonDeteriorationofElectricDouble-LayerCapacitorCells–A.Haruta(Miyazaki–University),Y.Suenaga(MiyazakiUniversity),D.Tashima(UniversityofMiyazaki),T.Kawaji(UDTruksCorporation),andH.Toyama(UDTrucksCorporaion)

• 143 ElectrochemicalConstructionofPtNanoparticlesAsaCatalystforOxygenReductionReaction–H.Aso,T.Wada,andT.Kondo(OchanomizuUniversity)

• 144 SegmentedElectrodeDevelopedforComplementaryUseofSmall-AngleNeutronScatteringMeasurement–S.Ueda,K.Baba,M.Eguchi,Y.Kobayashi,S.Koizumi(IbarakiUniversity),andY.Tsutsumi(FCDevelopmentCo.,Ltd.,)

• 145 FundamentalResearchonDevelopmentofNovelAnalysisMethodforHyaluronanProductionwithUseofHumanDermalFibroblasts–M.Naruoka(KanagawaInstituteofTechnology),Y.Nakamura(JUJUCosmeticsCo.),andY.Iida(KanagawaInstituteofTechnology)

• 146 ElectrodepositionofZn-MgAlloyinEthyleneGlycol-ZnCl2-MgCl2Non-AqueousSolution–H.Yamamoto,M.Morishita,T.Miwa,andK.Isono(UniversityofHyogo)

• 147 RelaxationStructureAnalysisforLiInsertedα-Fe2O3–K.Takasu,S.Park,andT.Yao(KyotoUniversity)

• 148 GroELMutantCanEncapsulatesMetalNanoParticlesinEachCavity–H.Yoda(KanagawaInstituteofTechnology),O.Yamamoto(YamagataUniversity),andA.Koike-Takeshita(KanagawaInstituteofTechnology)

• 149 EISandCVCharacteristicsofPtCathodeCatalystinPEMFC–S.Kanazawa,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 150 Pt-LoadedCarbonNanofilamentasanElectrocatalystforDirectMethanolFuelCell–T.Toriyama,K.Nakagawa(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 151 FabricationofSexithiophene/Zr(IV)HybridThinFilmsandTheirPhotofunctionalProperties–A.Kodaira,T.Harada(TohoUniversity),C.Pac(TohoUniversity,KoreaUniversity),H.Moriyama(TohoUniversity),G.Sahara,T.Yui,andO.Ishitani(TokyoTech.)

• 152 CorrosionBehaviorandSacrificialAbilityofHot-DipAl-Mg-SiCoatedSteel–K.Chihara,Y.Kyo,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 153 MorphologyofSelf-orderedNanoOxideCoatingsforOxygenandChlorineEvolution–N.Ohnishi,M.Matsuda,T.Zhang,andM.Morimitsu(DoshishaUniversity)

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• 154 SelectionofB16MelanomaCellsbySingleCellManipulationandAnalysisofTyrosinaseGeneExpressionandEpigeneticRegulation–M.Hillary,K.Makoto,andY.Iida(KanagawaInstituteofTechnology)

• 155 Co-ElectrolysisofCO2andH2OforSyngasProduction–S.Nakamura(TokyoUniversityofScience),Y.Tanaka,K.Sato,K.Nozaki,A.Yamamoto,andT.Kato(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 156 DetailedObservationandAnalysisoftheReactionDistributioninLiFePO4CompositeElectrodes–Y.Gogyo,H.Yamashige(KyotoUniversity),M.Katayama(RitsumeikanUniversity),Y.Orikasa(KyotoUniversity),Y.Inada,T.Ota(RitsumeikanUniversity),H.Arai,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 157 Metal-Semiconductor-MetalPhotodetectorsonFlexibleSubstrats–T.Oh,W.Shin,J.Park,S.Chang,K.Choi,H.Ha,K.Lee,andB.Ju(KoreaUniversity)

• 158 EffectsofGasDiffusionElectrodeswithHydrophilicLayeronColdStartBehaviorandCellPerformanceofPolymerMembraneFuelCells–S.Hirakata,T.Mochizuki,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 159 SurfaceOxidizationDiamondforDye-SensitizedSolarCell–M.Mori,K.Nakagwa(KansaiUniversity),T.Andou(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 160 DynamicsofPhaseTransitioninLixFePO4UsingTime-ResolvedX-RayDiffraction–T.Maeda,Y.Koyama,Y.Orikasa,H.Murayama,H.Tanida,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 161 HydrogenStarvationTestsonPEMFCsUsingSegmentedCellHardware–M.Geymayer,A.Stadlhofer,andV.Hacker(GrazUniversityofTechnology)

• 162 EffectofSiO2onthePropertiesofSulfonatedPolyimideandPoly(AryleneEther)BlockCopolymerMembranes–M.Sakamoto,S.Nohara,K.Miyatake,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 163 ElectrochemicalQuartzCrystalMicrobalanceAnalysisofDegradationReactionsofPt/CCathodeCatalystsforPolymerElectrolyteFuelCells–J.Omura,H.Yano,M.Watanabe,andH.Uchida(UniversityofYamanashi)

• 164 RelaxationPhaseAnalysisofLi-Co-OCathodeforSecondaryLithium-ionBattery–S.Nagashima,S.Park,T.Iwai,andT.Yao(KyotoUniversity)

• 165 EvaluationofCorrosionResistanceofGalvanizedSteelunderWet-DryCyclicCondition–T.Okazaki,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 166 TheDetectionofOdorVapors,H2SandCH3SH,bythePlanar-TypeZirconiaSensor–Y.Nagai,M.Mori,andY.Sadaoka(EhimeUniversity)

• 167 ElectrochemicalReactionMechanismofFeS2CathodeMaterialinAlCl3–EMICIonicLiquids–T.Mori,Y.Orikasa,K.Nakanishi(KyotoUniversity),T.Ohta(RitsumeikanUniversity),andY.Uchimoto(KyotoUniversity)

• 168 ZrO2coatingEffectofLiCoO2Thin-filmModelElectrodepreparedbyPLD–S.Mori(KyotoUniversity),D.Takamatsu(OfficeofSociety-AcademiaCollaborationforInnovation,KyotoUniversity),Y.Orikasa,Y.Koyama,H.Tanida(KyotoUniversity),T.Uruga(JapanSynchrotronRadiationResearchInstitute),H.Arai,Z.Ogumi,andY.Uchimoto(KyotoUniversity)

• 169 NovelGelPolymerElectrolytesBasedonEthyleneOxideContainingBlock-CopolymersforLithium-IonBatteries–M.Schaefer(InstitutfürPhysikalischeChemieWWUMünster),P.Isken(WestfälischeWilhelms-UniversityMünster),M.Winter,S.Passerini(UniversityofMünster),andA.Lex-Balducci(WestfälischeWilhelms-UniversityMünster)

• 170 PhaseTransformationMechanismduringCyclingofLi2FeSiO4–T.N.Masese,H.Arai,Y.Orikasa,T.Ina,C.Tassel(KyotoUniversity),K.Nakanishi,T.Ohta(RitsumeikanUniversity),K.Hiroshi,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 171 In SituXASStudyonEffectofPlatinumCatalystonCathodicReactioninNonaqueousLi–AirBatteries–J.Oyama(GraduateSchoolofHumanandEnvironmentalStudies,KyotoUniversity),Y.Orikasa(KyotoUniversity),andY.Uchimoto(GraduateSchoolofHumanandEnvironmentalStudies,KyotoUniversity)

• 172 BioelectrocatalyticConversionofAtmosphericCO2intoExtracellularOrganiccompoundsbyAcidithiobacillusferrooxidans–T.Ishii,T.Mogi(Universityoftokyo),K.Hashimoto,andR.Nakamura(TheUniversityofTokyo)

• 173 NewlyFoundElectrochemicalOscillationsdur-ingReductionofNitrateions–S.Yamamoto,Y.Mukouyama,R.Nakazato(TokyoDenkiUniversity),S.Nakanishi(TheUniversityofTokyo),andH.Okamoto(TokyoDenkiUniversity)

• 174 ElectrochemicalandSurfacePropertiesofMg–LiAlloys–H.Endo,Y.Sugawara,I.Muto,andN.Hara(TohokuUniversity)

• 175 EvaluationofInfluenceofActivatedCarbononPlantGrowth–K.OinoandY.Iida(KanagawaInstituteofTechnology)

• 176 RelaxationStructureAnalysisforLiInsertedLiNi1/3Mn1/3Co1/3O2CathodeMaterial–I.Seo,S.Park,andT.Yao(KyotoUniversity)

• 177 PerformanceEvaluationofanAnode-supportedHoneycombSolidOxideFuelCell–A.Fukushima,H.Nakajima,andT.Kitahara(KyushuUniversity)

• 178 SynthesisofCo-DopedLaP3O9byPrecipitationinPhosphoricAcidSolutions–Y.Adachi,N.Hatada,T.Onishi,A.Kuramitsu,andT.Uda(KyotoUniversity)

• 179 EffectofParticleSizeontheRelaxationofLiFePO4Cathode–S.Park,K.Kameyama,andT.Yao(KyotoUniversity)

• 180 ElectricalPerformanceChangebytheDifferenceintheProductionMethodsoftheAnodeforSOFC–G.Watanabe,N.Takahasi,T.Takatsuka,andH.Fukunaga(ShinshuUniversity)

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• 181 StructureandElectrochemicalPropertiesofLa2Li2x(CO)1-xO4withLayeredStructure–M.Iqbal(TokyoInstituteofTechnology),G.Kobayashi(KanagawaUniversity),H.Masaaki,R.Kanno(TokyoInstituteofTechnology),andM.Yonemura(HighEnergyAcceleratorResearchOrganization)

• 182 Li-AirBatteryUsingStabilizedAcetonitrileElectrolyte–K.Furukawa,Y.Yamada,M.Yaegashi,F.Li(TheUniversityofTokyo),H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),andA.Yamada(TheUniversityofTokyo)

• 183 ControlofGrowthDensityofMulti-walledCarbonNanotubesArrayandItsGasSensingProperties–M.Omae(RitsumeikanUniversity),T.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity),K.Kojima,andJ.Tamaki(RitsumeikanUniversity)

• 184 ElectrochemicalStabilityofAusub-MLonPt/QCElectrode–T.KOBAYASHI,A.Kawamura,K.Katakura,andH.YAMADA(NaraNationalCollegeofTechnology)

• 185 ANovelGasandFlowSensorofPenetratingaPorousPolypyrroleNanofiberMat–T.JunandY.Kim(hanyangUniversity)

• 186 HydrogeninPlatinumFilmsElectrodepositedfromDinitorosulfatoplatinateSolution–N.Hisanaga(GraduateschoolofEngineering,UniversityofHyogo),N.Fukumuro,S.Yae,andH.Matsuda(UniversityofHyogo)

• 187 EvaluationofStressConditionofOperatedAnodeSupported-TypeSOFCunderOperatingConditionsBasedonRamanScatteringSpectroscopy–S.Onodera,M.Nagai,F.Iguchi,N.Sata,T.Kawada,andH.Yugami(TohokuUniversity)

• 188 DevelopmentofLow-TemperatureOperatingMicro-SOFCwithPerovskite-TypeProtonConductiveElectrolytes–Y.Inagaki,F.Iguchi,K.Kubota,S.Tanaka,N.Sata,M.Esashi,andH.Yugami(TohokuUniversity)

• 189 StudyonPhaseDiagramofLi-RichLayeredLi[Li0.2Ni0.18Co0.03Mn0.58]O2–Y.Irii,G.Kobayashi,T.Kataoka,T.Ikehara,F.Matsumoto(KanagawaUniversity),A.Ito(NissanMotorCo.,Ltd.),Y.Ohsawa,M.Hatano(NissanMotorCo.,Ltd),andY.Sato(KanagawaUniversity)

• 190 PreparationandPhotoluminescencePropertiesofSn/MnPhosphateZirconiumPhosphor–T.Nishizaki,S.Takase,andY.Shimizu(KyushuInstituteofTechnology)

• 191 SynthesisandElectrochemicalPropertiesofOrganogelElectrolytesBasedonLowMolecularWeightMolecules–M.Miura,A.Iuchi,Y.Morita,K.Kasatani,andH.Okamoto(YamaguchiUniversity)

• 192 ElectrochemicalCharacterizationofLanthanumCalciumTitaniumManganiteasPotentialDualElectrodeMaterialinSymmetricalSolidOxideFuelCell–H.Yoon,J.Zou,andJ.Chung(PohangUniversityofScienceandTechnology)

• 193 Depth-ResolvedXAFSStudyonSurfaceSegregationofLa1-xSrxCoO3-dElectrode–S.Sakou,Y.Orikasa(KyotoUniversity),E.J.Crumlin(MechanicalEngineeringDepartment,MassachusettsInstituteofTechnology),Y.Shao-Horn(MassachusettsInstituteofTechnology),K.Amezawa(TohokuUniversity),andY.Uchimoto(KyotoUniversity)

• 194 SynthesisandPhysicalPropertiesofIonicLiquidGelsBasedonNovelLowMolecularWeightGelators–T.Yoshida,T.Hirakawa,T.Nakamura,Y.Yamada,H.Tatsuno,Y.Morita,andH.Okamoto(YamaguchiUniversity)

• 195 SingleCrystalSiliconbasedSensor-TransistorCircuitbyThinFilmTransferProcess–S.Jeong,T.Oh,S.Chang,K.Choi,K.Lee,Y.Kim,H.Ha,andB.Ju(KoreaUniversity)

• 196 TheeffectofAuNanoparticleonMetalOrganicSemiconductorFieldeffectTransistoronPlasticSubstratebyTransferMethod–H.Ha,S.Jeong,T.Oh,S.Chang,Y.Kim,K.Lee,K.Choi,andB.Ju(KoreaUniversity)

• 197 IncreasingBothAnodicandCathodicStabilityofEther-BasedElectrolyteforLi-AirandLi-IonBatteries–M.Yaegashi,Y.Yamada,S.Nishimura(TheUniversityofTokyo),T.Abe(KyotoUniversity),andA.Yamada(TheUniversityofTokyo)

• 198 SolventExtractionUsingMicrochannelSystemforHighPurificationofSilica–N.Matsuo,Y.Matsui,Y.Fukunaka,andT.Homma(WasedaUniversity)

• 199 ControloftheMorphologyofSiNanostructureUsingSingle-StepMetalAssistedEtchingMethod–T.Yamaguchi,T.Shimizu,F.Inoue,C.Wang,S.Otsuka,Y.Tada(KansaiUniversity),M.Inada(KansaiUniveristy),andS.Shingubara(KansaiUniversity)

• 200 MaintainingProperHardnessandFrictionalPropertiesasaNoncyanideGoldBathisAged–J.R.Pillars(SandisNationalLaboratories)andW.Yelton(SandiaNationalLaboratories)

• 201 PolyoxometalatesinAsymmetricSupercapacitors–J.Suarez-Guevara,V.Ruiz,andP.Gomez-Romero(CIN2-CSIC)

• 202 ElectrochemicalConstructionandCharacterizationsofP-Copper(I)Oxide/N-ZincOxideNano-PillarPhotovoltaicDevice–T.Ohta,M.Kondo,J.Sasano(ToyohashiUniversityofTechnology),T.Shinagawa(OsakaMunicipalTechnicalReserchInstitute),T.Pauporté(CentreNationaldelaRechercheScientifique),andM.Izaki(ToyohashiUniversityofTechnology)

• 203 AKineticStudyofHydroxide,BicarbonateandCarbonateIonInter-ConversioninAnionExchangeMembranesforFuelCellsUsingFT-IRMicroscope–T.P.Pandey,J.L.Horan,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 204 EffectofDissolvedGasinanIonicLiquidElectrolyteforLithiumandLithium/SodiumMetalAnode–J.K.StarkandP.Kohl(GeorgiaInstituteofTechnology)

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• 205 EffectofDopingontheIonicConductivityandBondingofReactivelySputterDepositedLithiumPhosphorusOxynitrideThinFilms–P.Mani,V.Singh,M.Real-Robert,S.Duranceau,S.Seal,andK.Coffey(UniversityofCentralFlorida)

• 206 RoomTemperatureFabricationofCrystallineGermaniumNanowiresbyElectrochemicalDepositionanditsApplicationasLiIonBatteryAnode–J.Gu,S.Collins,A.Carim,X.Hao,B.Bartlett,andS.Maldonado(UniversityofMichigan)

• 207 Wet-ChemicalPreparationofLi1.5Al0.5Ti1.5(PO4)3LithiumIonicCeramicThin-Films–C.Kubo,R.Aono,S.Takase,andY.Shimizu(KyushuInstituteofTechnology)

• 208 SynthesisofPt-IrCatalystsbyCoelectrodeposition:ApplicationtoAmmoniaElectrooxidationinAlkalineMedia–S.LeVot(UniversitéduQuébecàMontréal),L.Roué(INRS-ÉnergieMatériauxetTélécommunications),andD.Bélanger(UniversitéduQuébecàMontréal)

• 209 DirectEvaluationofOxygenChemicalPotentialinanSOFCCathodebyIn SituMicroXAS–Y.Fujimaki,H.Watanabe,Y.Kimura,K.Amezawa(TohokuUniversity),Y.Terada(JASRI),S.Hashimoto,andT.Kawada(TohokuUniversity)

• 210 AnEntirelyPrinted,RechargeableZinc-basedBattery–Z.Wang,B.Kim,J.W.Evans,andP.K.Wright(UniversityofCaliforniaatBerkeley)

• 211 TheeffectoftheDepositionConditionsontheElectrodepositionofSiNanopillarsinTMHATFSI–Y.Ishibashi,T.Akiyoshi,J.Komadina,Y.Fukunaka,andT.Homma(WasedaUniversity)

• 212 ConstructionofZincOxide/PhthalocyanineHybridPhotovoltaicDevice–R.Chizaki,K.Murata,J.Sasano(ToyohashiUniversityofTechnology),T.Shinagawa(OsakaMunicipalTechnicalReserchInstitute),S.Watase(OsakaMunicipalTechnicalResearchInstitute),andM.Izaki(ToyohashiUniversityofTechnology)

• 213 NovelSurfaceModificationTechniqueBasedontheLiquidPhaseDepositionUsingSolidFluorineScavenger–T.Hasegawa(GraduateSchoolofEngineering,KobeUniversity),S.Matsumoto,andM.Mizuhata(KobeUniversity)

• 214 Electro-OxidationofCOonPtinAlkalineMediaStudiedbyIn SituSurface-EnhancedInfraredAbsorptionSpectroscopy–J.Joo,T.Uchida(HokkaidoUniversity),M.T.Koper(LeidenUniversity),andM.Osawa(HokkaidoUniversity)

• 215 Ultra-StrongSilicon-CoatedCarbonNanotubeFabricasMulti-FunctionalLithiumIonBatteryAnodes–K.Evanoff,J.Benson(GeorgiaTech),M.Schauer(Nanocomp),I.Kovalenko(GeorgiaInstituteofTechnology),D.Lashmore(Nanocomp),J.Ready(GeorgiaTech),andG.Y.Yushin(GeorgiaInstituteofTechnology)

• 216 ModificationeffectsonStructuralChangesofLiMn2O4ElectrodeduringtheElectrochemicalProcess–K.Suzuki,K.Kim,S.Taminato,M.Komo,A.Hagiwara(TokyoInstituteofTechnology),J.Son(JapanSynchrotronRadiationResearchInstitute),T.Inami,H.Konishi,K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 217 VariationofCrackVoltageinAnodicAluminumOxide/AluminumSheetforHighPowerLEDApplications–H.Lee,H.Shin,andH.Lee(KoreaInstituteofIndustrialTechnology)

• 218 VisualizationofBubbleBehaviorinWaterElectrolyzerwithHigh-SpeedCamera–Y.Maeda,S.Tsukamoto,andK.Ito(KyushuUniversity)

• 219 MemoryEffectonChargeStorageinLayer-By-LayerFilmsofRod-ShapedMultinuclearComplexsonElectrodes–T.Suzuki,T.Ryo,andM.Haga(ChuoUniversity)

• 220 Nanoporousα-AluminaMembranewithHighChemicalResistancePreparedbyAnodizing–T.Masuda,H.Asoh,andS.Ono(KogakuinUniversity)

• 221 BiocompatibilityandCorrosionResistanceofMagnesiumCoatedwithHydroxyapatiteusingAlternativeImmersionMethod–D.Kobayashi,H.Asoh,andS.Ono(KogakuinUniversity)

• 222 ApplicationofArgon(70)+Nitrogen(30)PlasmaCoagulationinSwineMucosa–K.K.OuandM.M.Colley(TaipeiMedicalUniversity)

• 223 PreparationofFlexibleMicro-GlucoseSensor–T.Toba,N.Shiba,H.Matsuki,K.Edagawa,andM.Yasuzawa(UniversityofTokushima)

• 224 PreparationofNonspecificAdsorptionEliminatingSurfaceUsingPerhydropolysilazane–N.Shinsuke,K.Ikebata,K.Rikitake,S.Nomoto,T.Koike(TheUniversityofTokushima),andM.Yasuzawa(UniversityofTokushima)

• 225 StabilityofDifferentBis-TerpyridineMetalCationsunderAlkalineSolution–Y.Liu,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 226 PhysicalandElectrolyticPropertiesofPartiallyFluorinatedChainEthersasSolventsforLithiumSecondaryBatteries–T.Satoh,N.Nambu(TokyoPolytechnicUniversity),M.Takehara,M.Ue(MitsubishiChemicalGroupScienceandTechnologyResearchCenter,Inc.),andY.Sasaki(TokyoPolytechnicUniversity)

• 227 Positive-Tone,Aqueous-Developable,PolynorborneneDielectric–B.K.Mueller,A.Grillo(GeorgiaInstituteofTechnology),E.Elce(PromerusLLC),andP.Kohl(GeorgiaInstituteofTechnology)

• 228 FabricationofNano-Structured(La,Sr)(Zn,Fe)O3CathodesforIntermediate-TemperatureSOFC–S.Hwang,J.Jang,G.Choi,S.Lee,O.Kwon,D.Lee(DaeguGyeongbukInstituteofScience&Technology),S.Mukherjee,andS.Park(UniversityofLouisville)

• 229 ShapeSelectiveFormationandGrowthofHighIndexPolyhedralGoldNanoparticlesandTheirActivitytoOxygenEvolution–B.C.Solomon,F.Ke,andX.Zhou(UniversityofSouthCarolina)

• 230 StudyofOpticalandStructuralPropertiesofSRSNFabricatedbyCat-CVDbelow200°C–S.Kang,K.Keum,J.Park,T.Song,J.Kim,andW.Hong(UniversityofSeoul)

• 231 TheStructure,ThermalExpansionPropertyandPolymorphismofSolidSolutionHo2Mo3-xWxO12–X.Liu,G.Yu(ShanghaiInstituteofTechnicalPhysics),andY.Liu(ChinaInstituteofAtomicEnergies)

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

Nanoparticles, Nanowires and Nanocomposite – 08:00 – 12:00Co-Chairs: Guoliang Xiao and Fanglin (Frank) Chen

08:00 232 GrowthofPtSubnano-ClustersonSurfaceLimitedAreasofPrussian-BlueNanoparticles–M.Ishizaki,S.Tsuruta,K.Kananizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

08:20 233 NovelSynthesisMethodofCopperNanoparticlesbyControllingMetalComplexesinAqueousSolution–S.Yokoyama,H.Takahashi,andK.Tohji(TohokuUniversity)

08:40 234 CharacterizationAttributesofMetalOxideNanocomposites–M.Hockey,Q.Lin,andE.Calderas(BrewerScienceInc.)

09:00 235 FabricationandOpticalCharacteristicsofOrderedCrystallineZrO2NanowiresandNanoporousFilmsonGlass–S.Chu,Y.Hitoshi(IwateUniversity),H.Segawa,S.Inoue,andK.Wada(NationalInstituteforMaterialsScience)

09:20 236 ElectrochemicalSynthesisofCrystallineandCompositionally-UniformBi1-xSbxNanowireArrays–W.Yelton,S.Limmer,M.P.Siegal,D.Medlin,J.L.Lensch-Falk,M.Hekmaky,D.L.Overmyer,andJ.M.Rivera(SandiaNationalLaboratories)

09:40 Intermission(20Minutes)10:00 237 EffectsofThermalAnnealingonConducting

ZnONanowires:Conductor-To-SemiconductorTransitionandItsDeviceApplications–P.Jeon,Y.Lee,R.Ha,H.Choi,andS.Im(YonseiUniversity)

10:20 238 OxygenActivationonNanometer-SizeGoldNanoparticles–A.T.Staykov,K.Yoshizawa,andT.Ishihara(KyushuUniversity)

10:40 239 SynthesisofTailoredIntermetallicNanoparticleswithCore-ShellStructurebyElectrochemicalSelectivePhaseDissolution–G.Pigozzi(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology),D.Mukherji(TechnicalUniversityBraunschweig),andP.Schmutz(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology)

11:00 240 Annealing-InducedInterfacialFractureEnergyofSilverNanoparticleFilmsonSubstrateforReliablePrintedElectronics–I.Lee,S.Kim,J.Yun,I.Park,andT.Kim(Kaist)

11:20 241 AtomisticSimulationStudiesonOxidationofMetalNanoparticles–R.Subbaraman,S.A.Deshmukh,andS.Sankaranarayanan(ArgonneNationalLaboratory)

11:40 242 PhotoinducedSpectralandMorphologicalChangesofSinglePlasmonicSilverNanoparticlesonTiO2:TowardsSingleParticlePhotochromism–T.TatsumaandI.Tanabe(UniversityofTokyo)

Characterization of Nanomaterials – 14:00 – 16:00Co-Chairs: Fanglin (Frank) Chen and Sirikanda Nuansaeng

14:00 243 ElectoopticStudyofChargeCarriersinAlignedLiquidCrystallinePolymersTransistorsviaPolarizedChargeModulationSpectroscopy–M.Lee(KookminUniversity),Z.Chen(UniversitéAix-MarseilleIII),J.Lee(KookminUniversity),andH.Sirringhaus(UniversityofCambridge)

14:20 244 UseofFörsterResonanceEnergyTransfer(FRET)asaNewCharacterizationMethodfortheInterfaceinSustainableNanocomposites–J.W.Gilman,M.Zammarano(NationalInstituteofStandardsandTechnology),P.H.Maupin(U.S.DepartmentofEnergy),L.Sung,E.McCarthy,Y.S.Kim(NationalInstituteofStandardsandTechnology),D.Fox(AmericanUniversity),A.J.Berro,andI.Sacui(NationalInstituteofStandardsandTechnology)

14:40 245 NanoimagingandAnalysisofLocalizedSurfacePlasmon-InducedChargeSeparationandApplicationtoVersatilePhotochromism–E.Kazuma(TheUniversityofTokyo)andT.Tatsuma(UniversityofTokyo)

15:00 246 CharacterizationofTiO2ParticlesIrradiatedwithN2PlasmabyNewlyDevelopedPlasma-TreatmentSystem–K.Matsubara,M.Inoue,Y.Honda,andT.Abe(UniversityofToyama)

15:20 247 MappingofElectrochemicalInterfacesatNanoscaleDimensionsUsingAtomProbeTomography–A.C.HillierandY.Zhang(IowaStateUniversity)

15:40 248 MeasurementsofHydrogenSolubilityinPdCuThinFilms–J.Galipaud(INRS-ÉnergieMatériauxetTélécommunications),M.H.Martin(INRS-EMT),L.Roué,andD.Guay(INRS-ÉnergieMatériauxetTélécommunications)

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

Li Battery Cell – 08:00 – 12:20Co-Chairs: Sanjeev Mukerjee and Manickam Minakshi

08:00 MemoryofJamesMcBreen(20Minutes)08:20 320 AWonderfulLifeDedicatedtoEnergyResearch

InMemeryofJamesMcBreen–X.Yang,K.Nam(BrookhavenNationalLaboratory),S.Mukerjee(NortheasternUniversity),M.Balasubramanian(ArgonneNationalLaboratory),W.Yoon(SungkyunkwanUniversity),andK.Chung(KoreaInstituteofScienceandTechnology)

09:00 321 RecentAdvancesinNeutronImagingforBatteryCharacterization–D.S.Hussey,J.Kahn,O.Zilcha,D.Jacobson(NationalInstituteofStandardsandTechnology),B.Khaykovich(MassachusettsInstituteofTechnology),M.V.Gubarev(NASA),J.Gagliardo,andJ.Owejan(GeneralMotorsElectrochemicalEnergyResearchLaboratory)

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09:20 322 ApplicationofSynchrotron-BasedX-RayTechniquestoStudyThermalBehaviorofElectrodeMaterialsforLithiumRechargeableBatteries–W.Yoon(SungkyunkwanUniversity),K.Nam(BrookhavenNationalLaboratory),K.Chung(KoreaInstituteofScienceandTechnology),M.Balasubramanian(ArgonneNationalLaboratory),D.Jang(SungkyunkwanUniversity),J.Hanson,andX.Yang(BrookhavenNationalLaboratory)

09:40 Intermission(20Minutes)10:00 323 Solid-StateBatteries:AFiftyYearPerspective–

B.B.OwensandO.Yamamoto(MieUniversity)10:20 324 RechargeableLithiumBatteryElectrodesUsing

aMultifunctionalPolymerBinder–A.E.Javier,S.N.Patel(UniversityofCalifornia–Berkeley),andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

10:40 325 AnEmpiricApproachtotheEstimationofStateofChargeofLithiumCellsandRangeofanElectricVehicle–G.Davolio,R.Giovanardi(UniversitàdiModenaeReggioEmilia),andC.Lanciotti(KEMETElectronicsItalia)

11:00 326 DesigningAdvancedHybridMaterialsforRechargeableLithiumBatteries–Y.Guo(ChineseAcademyofSciences)

11:20 327 SubstationInstallationsofElectrovaya’sMWh-ScaleLithium-IonSuperPolymerBatteriesforSmartGridApplications–R.DasGupta(ElectrovayaInc.)

11:40 328 NanostructuredCompositesforEnergyStorageApplications–D.Wang,S.Chen,Z.Song,T.Xu,J.Song,R.Yi,F.Dai,andM.Gordin(ThePennsylvaniaStateUniversity)

12:00 329 PolymerGelElectrolytesforLithium-IonBatteries–M.Gnanavel,M.Patel,andA.J.Bhattacharyya(IndianInstituteofScience)

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

Li Battery Cathodes – 08:00 – 12:00Co-Chairs: Hajime Arai and A. Manivannan

08:00 330 Nanostructuredβ-Li3PS4forAll-SolidLithium-SulfurBatteries–C.Liang,Z.Lin,Z.Liu,N.J.Dudney,A.J.Rondinone,andE.Payzant(OakRidgeNationalLaboratory)

08:20 331 KineticallyAsymmetricReactionPathwaysonChargingandDischargingLiNi0.5Mn1.5O4Electrodes–K.Sato,H.Arai,Y.Orikasa,H.Murayama,Y.Koyama,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

08:40 332 High-Capacity0.4Li2MnO3·0.6LiNi2/3Mn1/3O2withExcellentCyclabilityforLithium-IonBatteries–Y.Jiang,Z.Yang,andY.Huang(HuazhongUniversityofScienceandTechnology)

09:00 333 FabricationofMacroporousLi2FeSiO4/CarbonMonolithsforaLithium-IonBattery–G.Hasegawa,M.Sannohe,K.Kanamori,K.Nakanishi,andT.Abe(KyotoUniversity)

09:20 334 AgxVyOzPO4:SilverVanadiumPhosphorousOxidesasCathodeMaterialsinLithiumBatteries–E.S.Takeuchi,A.C.Marschilok,andK.J.Takeuchi(StonyBrookUniversity)

09:40 Intermission(20Minutes)10:00 335 SeleniumandSeleniumSulfide−ANew

ClassofPositiveElectrodeMaterialforRoomTemperatureLithiumandSodiumRechargeableBatteries–A.Abouimrane,D.Dambournet,K.W.Chapman,P.J.Chupas,W.Weng,Y.Cui,H.ElTayeb,andK.Amine(ArgonneNationalLaboratory)

10:20 336 OpenFrameworkElectrodesforStationaryStorageDevices–C.D.Wessells,M.Pasta,R.A.Huggins,andY.Cui(StanfordUniversity)

10:40 337 SolidStateLithiumSulfurBatteriesUsingaNanostructuredBlockCopolymerElectrolyte–A.A.Teran(UniversityofCalifornia,Berkeley)andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

11:00 338 SphericalCarbon/SulfurCompositeCathodesforRechargeableLithiumBatteries–M.A.Loth,F.Rogers,R.Chen,C.Swartz,U.Graham,andS.M.Lipka(UniversityofKentucky)

11:20 339 SnS2-GrapheneNanocompositeforAdvancedLithium-IonBattery–L.Ji,H.L.Xin,T.R.Kuykendall,S.Wu,H.Zheng,M.Rao,E.J.Cairns,V.Battaglia,andY.Zhang(LawrenceBerkeleyNationalLaboratory)

11:40 340 V2O5NetworkStructureasCathodeforLithium-IonBatteries–Y.Xu,M.Dunwell,andH.Luo(NewMexicoStateUniversity)


Li Battery Anodes – 14:00 – 16:00Co-Chairs: A. K. Shukla and V. Battaglia

14:00 341 EnhancementofLiInsertionCapacityofCarbonAnodeontheBasisofFaradaicAdsorptionCombinedwithNano-IonicsMechanism–T.Takamura(HarbinInstituteofTechnology),J.Suzuki,K.Sumiya,andK.Sekine(RikkyoUniversity)

14:20 342 MicrowaveSynthesisofGraphene/SnNanocompositeAnodesforLithium-IonBatteries–F.R.Beck,R.Epur(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

14:40 343 UnderstandingCycleLifeFailureMechansimsinGraphite-SiliconAlloyCompositeElectrodesbyElectrochemicalCalorimetry–L.J.Krause(3MCorporateResearchLaboratory),L.Liu,L.Jensen(3MCo.),V.L.Chevrier(3MCorporateResearchLaboratory),andJ.Singh(3MCo.)

15:00 344 ToughSolidCompositeElectrolytestoEnableLithiumMetalAnodes–W.E.Tenhaeff,K.A.Perry(OakRidgeNationalLaboratory),E.Herbert(TheUniversityofTennessee),S.Kalnaus,andN.J.Dudney(OakRidgeNationalLaboratory)

15:20 345 StudyofConversionReactionsinNiOUsingTransmissionElectronMicroscopyandElectronEnergyLossSpectroscopy–A.K.Shukla,U.Boesenberg,andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

15:40 346 ElectrochemicalVersitilityofCarbonforEnergyStorageApplication–L.A.Riley,H.Constantino,andA.Feaver(EnerG2)

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Electrolyzer – 14:00 – 16:00Co-Chairs: G. Botte and Kathy Ayers

14:00 347 CombinedExperimentalandTheoreticalStudyofNitrogenReductiononNovelMo-NCatalystMaterial–I.Matanovic,K.Armstrong,L.Daemon(LosAlamosNationalLaboratory),J.Eckert(UniversityofSouthFlorida),F.H.Garzon,A.H.Mueller,andN.J.Henson(LosAlamosNationalLaboratory)

14:20 348 ChallengesinWaterElectrolysisandItsDevelopmentPotentialasaKeyTechnologyforRenewableEnergies–J.Mergel(ForschungszentrumJülich)andD.Stolten(ForschungszentrumJülichGmbH)

14:40 349 ElectrochemicalModelingofAnodeSupportedSolidOxideElectrolyzerCells(SOEC)inElectrolysisofCarbonDioxide–J.Njodzefon(KarlsruheInstituteofTechnology),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology)

15:00 350 NovelFluorineDopedTransitionMetalOxide(RuxSn1-xO2:F)OxygenEvolutionElectro-CatalystsforHydrogenGenerationfromPEMBasedWaterElectrolysis–K.Kadakia,M.Datta,O.Velikokhatnyi,andP.N.Kumta(UniversityofPittsburgh)

15:20 351 NanostructuredNickelHydroxidesforUreaElectrolysis–D.Wang,W.Yan,S.Vijapur,andG.G.Botte(OhioUniversity)

15:40 352 SynthesisofActiveFibrousPerovskiteCatalystandItsApplicationforHydrogenProduction–Y.Jeon,D.Park,M.Park,G.Lee(YonseiUniversity),J.Park(KyushuUniversity),andY.Shul(YonseiUniversity)

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

Pseudocapacitance I – 08:00 – 09:40Co-Chairs: J. Long and W. Sugimoto

08:00 487 ACriticalViewonGraphene-MetalOxideBasedElectrochemicalSupercapacitors–P.Gao(InstitutCharlesGerhardtMontpellier),S.Baek,N.Pinna(SeoulNationalUniversity),F.Moser,T.Brousse(UniversityofNantes),andF.Favier(InstitutCharlesGerhardtMontpellier)

08:40 488 TuningtheElectrolyticManganeseOxide/GrapheneOxideNanocompositesforHigh-EnergyAsymmetricElectrochemicalCapacitorsinAqueousElectrolytes–K.I.Ozoemena(CouncilforScientificandIndustrialResearch),C.J.Jafta(CSIR),M.K.Mathe(CouncilforScientificandIndustrialResearch),andS.Chen(UniversityofCalifornia)

09:00 489 PseudocapacitiveBehaviorofHierarchicalPorousCarbide-DerivedCarbonwithIntegratedNiobiumPentoxideNanoparticles–V.Presser(DrexelUniversity),E.Perre(UniversityofCalifornia),M.Lukatskaya(DrexelUniversity),B.Dunn(UniversityofCalifornia),andY.Gogotsi(DrexelUniversity)

09:20 490 MnO2/CarbonNanocompositeElectrodePreparedViaMolecularBridging–C.RamirezCastro(UniversityofNantes),R.Retoux(UniversitédeCaenBasse-Normandie),A.Morel,O.Crosnier,L.Athouël,P.Guillemet,F.Moser,C.Martin(UniversityofNantes),D.Bélanger(UniversitéduQuébecàMontréal),andT.Brousse(UniversityofNantes)

Pseudocapacitance II – 10:00 – 12:00Co-Chairs: F. Favier and J. M. Ko

10:00 491 HydrousRutheniumOxide:APseudocapacitanceChampwithLessonsofRelevancefortheRedesignofEnergy-StorageArchitectures–D.R.Rolison(U.S.NavalResearchLaboratory)

10:40 492 AnInvestigationofNanostructuredThinFilmα-MoO3BasedSupercapacitorElectrodesinanAqueousElectrolyte–B.MendozaSanchez(UniversityofOxford),T.Brousse,C.RamirezCastro(UniversityofNantes),V.Nicolosi,andP.Grant(UniversityofOxford)

11:00 493 KineticandMassTransportPhenomenainDifferentPhasesofManganeseDioxideforApplicationinElectrochemicalCapacitors–M.DupontandS.W.Donne(UniversityofNewcastle)

11:20 494 TransitionMetalNitridesThinFilmsforSupercapacitorApplications–S.Bouhtiyya(UniversitédeLorraine),R.Lucio-Porto,J.Ducros(UniversitédeNantes),P.Boulet,F.Capon(UniversitédeLorraine),T.Brousse(UniversityofNantes),andJ.Pierson(UniversitédeLorraine)

11:40 495 NewDevelopmentsinColloidalFabricationofManganeseDioxide-CarbonNanotubeElectrodesofSupercapacitors–I.Zhitomirsky(McMasterUniversity)

Pseudocapacitance III – 14:00 – 18:00Co-Chairs: S.-G. Park and A. Balducci

14:00 496 ResearchonConductingPolymer/CarbonCompositeSupercapacitors:TowardEnhancedCycleStabilityandPowerPerformance–N.N.WuandY.Weng(NationalTaiwanUniversity)

14:40 497 Polyaniline-MnO2NanocompositeSupercapacitorElectrodesPreparedbyGalvanicPulsePolymerization–G.PandeyandA.Rastogi(BinghamtonUniversity(SUNY))

15:00 498 ElectrochemicalCodepositionofPolyanilineandTungstenOxideforSupercapacitor–B.ZouandX.Liu(NorthesternUniversity)

15:20 499 AqueousHybridCapacitorBasedonDoping/DedopingofLithium-IonintoConductingPolymer–J.Ahn(KoreaInstituteofIndustrialTechnology),Y.Shul(YonseiUniversity),andH.Kim(KoreaInstituteofIndustrialTechnology)

15:40 500 BinderFreeThickElectrodesofPolyanilineNanofibers/MultiwalledCarbonNanotubes–M.Hyder,S.Lee,Y.Shao-Horn,andP.Hammond(MassachusettsInstituteofTechnology)

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

Cathode I – 08:00 – 12:25Co-Chairs: Christopher Johnson and Shirley Meng

08:00 IntroductoryRemarks(5Minutes)08:05 619 IronandManganeseBasedCathodeMaterialsfor

ElectrochemicalEnergyStorage–K.J.Takeuchi,A.C.Marschilok,andE.S.Takeuchi(StonyBrookUniversity)

08:25 620 ElectrochemicalandStructuralPropertiesofLi-RichLayeredCathodeMaterialLi1.2Ni0.2Mn0.6O2–T.Sasakawa,Y.Harada,H.Inagaki,N.Takami(ToshibaCorporation),N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

08:45 621 ElectrochemicalPropertyofNanoSizeMultipleTransitionMetalOxidesSynthesizedfromLayeredDoubleHydroxide–N.Sonoyama,S.Hayashi,T.Toba,andZ.Quan(NagoyaInstituteofTechnology)

09:05 622 Ion-ExchangeSynthesisandIntercalationProcessofLi1.05Na0.02Ni0.21Mn0.63O2CathodesforLi-IonBatteries–M.Slater,S.Rood,D.Kim,S.Kang,E.Lee,V.Maroni,D.Bass(ArgonneNationalLaboratory),A.DeWahl,S.Hackney(MichiganTechnologicalUniversity),andC.S.Johnson(ArgonneNationalLaboratory)

09:45 Intermission(20Minutes)10:05 623 Li2MnO3-BasedPositiveElectrodeMaterials;

MaterialsDesign,Synthesis,andStructuralStability–N.Yabuuchi,Y.Aoki,R.Hara,andS.Komaba(TokyoUniversityofScience)

10:45 624 ChangeofLocal,AverageandElectronicStructures,andPropertybyHeat-TreatmentunderVacuumReducingConditionandCharge-DischargeProcessinLi1.2Mn0.567Ni0.167Co0.067O2–Y.Idemoto,T.Kashima,andN.Kitamura(TokyoUniversityofScience)

11:05 625 SurfaceControlandMulti-CompositeCathodes–A.Mauger(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),H.Groult,andC.M.Julien(UniversitéPierreetMarieCurie)

11:25 626 ImprovementinElectrochemicalPerformancesofLi[NixMnyCoz]O2UponCyclingandStorage–J.Kim(MitsubishiChemicalGroupScienceandTechnologyResearchCenterInc.)

11:45 627 StructuralandElectrochemicalPropertiesofLiNi1/3Co1/3Mn1/3O2PositiveElectrodeMaterialModifiedbyCoatingwithAlOxides(2)–Y.Sasaki(HitachiMaxellEnergy,Ltd.),Y.Kikuzono(ResearchInstituteforUbiquitousEnergyDevices,AIST,1-8-31,Midorigaoka,Ikeda,Osaka563-8577Japan),N.Fukiya(ResearchInstituteforUbiquitousEnergyDevices,AIST,1-8-31,Midorigaoka,Ikeda,Osaka563-8577Japan),N.Taguchi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),K.Araki,K.Okamura(KyotoUniversity),K.Kojima,F.Kita(HitachiMaxellEnergyLtd.),T.Takeuchi,H.Sakaebe,K.Tatsumi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andZ.Ogumi(KyotoUniversity)

12:05 628 EpitaxialGrowthofLiCoO2ThinFilmonSingleCrystalSubstratebySol-GelMethod–T.Kwon,T.Ohnishi,K.Akatsuka,R.B.Cervera,andK.Takada(NationalInstituteforMaterialsScience)

Computation – 14:00 – 16:00Co-Chairs: Katsuyo Thornton and Yukinori Koyama

14:00 629 SimulationsofCharge-DischargeProcessesinanIntercalationCompoundattheNanoscale–B.Orvananos(UniversiyofMichigan),H.Yu(UniversityofMichigan),R.Malik(MassachusettsInstituteofTechnology),C.P.Grey(UniversityofCambridge),G.Ceder(MassachusettsInstituteofTechnology),andK.Thornton(UniversityofMichigan)

14:40 630 First-PrinciplesCalculationsonDefectChemistryinLayeredLithiumTransition-MetalOxides–Y.Koyama,H.Arai,I.Tanaka,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

15:00 631 First-PrinciplesStudyofTwo-PhaseInterfaceinLiFePO4–Y.Asari,Y.Suwa,T.Hamada(Hitachi,Ltd.),V.Dinh,J.Nara,andT.Ohno(NationalInstituteforMaterialsScience)

15:20 632 DesignCriteriaforElectrochemicalShockResistantBatteryElectrodeParticles–W.H.Woodford,W.Carter,andY.Chiang(MassachusettsInstituteofTechnology)

15:40 633 ElectronicModelofIntercalationofAlkalineIonsintoTransitionMetalOxides–J.Molenda(AGHUniversityofScienceandTechnology)

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

Interfaces and Interphases in Battery Systems I – 08:00 – 12:00Co-Chairs: Robert Kostecki and Jason Graetz

08:00 718 StudiesonReactionsandStructuresatElectrode/ElectrolyteInterfaceUsingEpitaxialModelElectrodes–R.Kanno,M.Hirayama(TokyoInstituteofTechnology),andK.Tamura(JapanAtomicEnergyAgency)

08:40 719 In SituXASandXRDStudiesonElectrode/ElectrolyteInterfaceofLixCoO2Thin-FilmElectrode–D.Takamatsu,S.Mori,K.Shimada,Y.Orikasa,T.Kawaguchi,H.Murayama(KyotoUniversity),T.Hirano(Hitachi,Ltd.),M.Sato(JASRI/SPring-8),H.Tanida,Y.Koyama,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

09:00 720 RevealingPositiveElectrodeOxideChangesonElectrochemicalCyclingbyIn SituElectronMicroscopy–D.J.Miller,C.Proff,J.Wen,andD.P.Abraham(ArgonneNationalLaboratory)

09:20 721 LithiumDepletionintheSolidElectrolyteAdjacenttoCathodeMaterials–H.Yamada,K.Suzuki,Y.Oga,I.Saruwatari,andI.Moriguchi(NagasakiUniversity)

09:40 Intermission(20Minutes)10:00 722 AdvancedCharacterizationandFirstPrinciples

ModelingofSurfaceandInterfacesofLithiumIntercalationCompounds–Y.Meng(UniversityofCaliforniaSanDiego)

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10:40 723 ElectrochemicalImpedanceAnalysisandApplicationsofPorousElectrodesforLithium-IonBatteries–N.Ogihara,Y.Itou,S.Kawauchi,C.Okuda,Y.Takeuchi,andY.Ukyo(ToyotaCentralR&DLabs.,Inc.)

11:00 724 In SituAtomicForceMicroscopyStudiesofSurfaceLayerFormationonLiMn2O4ThinFilms–N.Missert,R.Garcia,andJ.M.Rivera(SandiaNationalLaboratories)

11:20 725 TheEffectofZrO2CoatingonNanoSizeLiCoO2CathodeforLithium-IonBatteries–Y.Kusachi,T.Shimizu,Y.Orikasa,andY.Uchimoto(KyotoUniversity)

11:40 726 Phosphate-BasedAdditivesforHighVoltageLi-IonBatteriesandTheirDerivatives–A.V.Cresce(U.S.ArmyResearchLaboratory)andK.Xu(U.S.ArmyResearchLaboratory)

Interfaces and Interphases in Battery Systems II – 14:00 – 16:00Co-Chairs: Bor Yann Liaw and Shirley Meng

14:00 727 Two-Layer/Two-MechanismModelofLi-IonDiffusioninSolidElectrolyteInterphase–S.Shi(BrownUniversity),Y.Qi(GeneralMotorsR&DCenter),P.Lu(TrisonBusinessSolutionInc.),Z.Liu(GeneralMotors),L.G.HectorJr.,andS.J.Harris(GeneralMotorsR&DCenter)

14:40 728 EffectofGraphiteOrientationonSolid-Electrolyte-InterphaseFormationandCharacterization–M.Tang(LawrenceBerkeleyNationalLaboratory),K.Miyazaki(KyotoUniversity),J.Newman(UniversityofCalifornia,Berkeley),andT.Abe(KyotoUniversity)

15:00 729 Real-TimeDynamicsduringRechargingCycles–J.Keist,B.ElDasher,S.Torres(LawrenceLivermoreNationalLaboratory),J.W.Evans,P.K.Wright(UniversityofCaliforniaatBerkeley),F.Ross(IBMWatson),D.Steingart(CityCollegeNewYork),andC.Orme(LawrenceLivermoreNationalLaboratory)

15:20 730 SimultaneousCouplingofKineticMonte-CarloSimulationswithContinuumModelstoExamineCapacityFade–P.Northrop(WashingtonUniversity),R.Braatz(MassachusettsInstituteofTechnology),andV.Subramanian(WashingtonUniversity)

15:40 731 DiffusionLimitationsoftheLiquidMetalBattery–G.A.Thompson,S.A.Barriga,U.P.Muecke,andD.R.Sadoway(MassachusettsInstituteofTechnology)

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

Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems)– 08:00 – 09:40Co-Chairs: Gao Liu and Vince Battaglia

08:00 773 PhaseTransitionBehaviorofLiFePO4BasedCathodeMaterials–Y.Zhou,X.Wang,X.Yu,K.Nam,E.Hu,J.Liu,andX.Yang(BrookhavenNationalLaboratory)

08:20 774 Multi-Scale,MultiphaseMathematicalModelingofLiFePO4Cathodes–T.W.FarrellandS.Dargaville(QueenslandUniversityofTechnology)

08:40 775 PhaseTransitionStudyofLiFePO4NanowiresinLi-IonBattery–J.Niu,A.Kushima,L.Qi(MassachusettsInstituteofTechnology),J.Huang(SandiaNationalLaboratories),andJ.Li(MassachusettsInstituteofTechnology)

09:00 776 ThermalStabilityofBinaryOlivineLi1-yFe1-xMnxPO4[0≤x,y≤1]forLiRechargeableBattery–J.Kim,K.Park,I.Park(SeoulNationalUniversity),J.Yoo(KAIST),J.Hong,andK.Kang(SeoulNationalUniversity)

09:20 777 ANovelDouble-StructuredLiMn0.85Fe0.15PO4:LiFePO4Core-ShellMaterialsforRechargeableLithium-IonBatteries–S.Oh(HanyangUniversity),S.Myung(SejongUniversity),J.Park(HanyangUniversity),B.Scrosati(UniversityofRomeSapienza),K.Amine(ArgonneNationalLaboratory),andY.Sun(HanyangUniversity)

Lithium Batteries: Alternative Chemistries – 08:00 – 09:40Co-Chairs: Yong Yang and Faisal Alamgir

08:00 778 3DNanoporousCurrentCollectorsforAdvancedThinFilmMicrobatteries–S.Gowda,A.Reddy,andP.Ajayan(RiceUniversity)

08:20 779 HighEnergyCells:Lithium-SulfurandLithium-Sulfur-Silicon–M.Hagen(FraunhoferICT),S.Dörfler(FraunhoferIWS),E.Quiroga-González(Christian-Albrechts-UniversityofKiel),H.Althues(FraunhoferIWS),J.Tübke(FraunhoferICT),andH.Föll(Christian-Albrechts-UniversityofKiel)

08:40 780 EffectofInitialSulfurMorphologyonCapacityandCycle-LifeofLithium-SulfurBatteries–H.Jha,A.Eberle,S.Eckstein,H.A.Gasteiger(TechnischeUniversitätMünchen),C.Poggi,andO.Gröger(VolkswagenAktiengesellschaft,D-38436Wolfsburg,Germany)

09:00 781 LargeSelf-WeavingSulfur-MWCNTCompositeCathodesforHighRateLithium-SulfurBatteries–Y.SuandA.Manthiram(TheUniversityofTexasatAustin)

09:20 782 HollowCarbonBalls-SulfurCompositeinAdvancedConfigurationLithiumBattery–D.Lee(HanyangUniversity),J.Hassoun(UniversityofRomeSapienza),J.Park(HanyangUniversity),B.Scrosati(UniversityofRomeSapienza),andY.Sun(HanyangUniversity)


Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems) – 10:00 – 12:00Co-Chairs: Vince Battaglia and Gao Liu

10:00 783 ExperimentalObservationofCoherentStrainEffectsonPhaseSeparationinLiFePO4Electrode–K.Tokuda,T.Kawaguchi,T.Ichitsubo,E.Matsubara,K.Fukuda,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

10:20 784 HydroThermalSynthesizedLiFePO4ModifiedbyLi4P2O7andCarbonCoatings–J.Chong,S.Xun,X.Song,G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

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10:40 785 ComparisonofChargeTransferResistanceforDifferentLiFePO4-Electrodes–J.Illig,M.Ender,andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

11:00 786 AComparativeStudyonA2MnPO4F(A=NaandLi)CathodesforRechargeableBatteries–S.Kim(StateUniversityofNewYorkatStonybrook),D.Seo,H.Kim,K.Park,H.Kim,andK.Kang(SeoulNationalUniversity)

11:20 787 OlivineTypeCathodesforStationaryLithium-IonBatteries–D.Choi,Y.Choi,Q.Huang,W.Wang,J.Liu,J.Zhang,L.Pederson,andV.Sprenkle(PacificNorthwestNationalLaboratory)

11:40 788 NanosizedEffectonCharge-DischargePropertyofLiMnPO4EmbeddedinPorousCarbons–S.Aono,K.Urita,H.Yamada,andI.Moriguchi(NagasakiUniversity)


Lithium Batteries: Alternative Chemistries – 10:00 – 12:00Co-Chairs: Faisal Alamgir and Yong Yang

10:00 789 SynthesisandCharacterizationofHybridOrganic-InorganicCompositeElectrodesforLi-BasedBatteries–C.M.Lopez(CICEnergigune),P.Sánchez-Fontecoba(UniversityoftheBasqueCountry),S.Pérez-Villar,V.Roddatis,andT.Rojo(CICEnergigune)

10:20 790 ModelingFailureduetoRedistributioninLithium-metalBatteries–A.Ferrese(UCBerkeley)andJ.Newman(UniversityofCalifornia,Berkeley)

10:40 791 SolidStateFluorideIonBatteries–A.Munnangi,R.Witter,andM.Fichtner(KarlsruheInstituteofTechnology)

11:00 792 Rechargeable,Lithium-ionMoltenSaltBatteryforHighTemperatureApplications–J.Caja(ElectrochemicalSystems,Inc.),T.J.Dunstan(ElectrochemicalSystemsInc.),andM.Caja(ElectrochemicalSystems,Inc.)

11:20 793 FabricationofLi1+xTi2-xO4ElectrodeforAll-Solid-StateLithium-IonRechargeableBatteriesUsingaNovelFluxCoatingMethod–H.Kojima,K.Teshima,H.Wagata,Y.Mizuno,andS.Oishi(ShinshuUniversity)

11:40 794 InOperando,Naked,andHot:HighTemperatureBatteriesWithoutPackaging–C.F.Petersburg,K.Bogaert,andF.M.Alamgir(GeorgiaInstituteofTechnology)


Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems) – 14:00 – 15:40Co-Chairs: Linda Nazar and Stefano Passerini

14:00 795 (ECSBatteryDivisionResearchAward)HighCapacityIntercalationMaterialsforLi-IonandNa-ionBatteries–S.Passerini(UniversityofMünster)

14:40 796 ImprovementofBatteryPerformancesofLiCoPO4asCathodeMaterialforLithiumIonBatteries–J.Yoshida,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

15:00 797 CombinedFirst-PrincipleCalculationsandExperimentalStudyofDopingEffectinLiFe0.95M0.05PO4(M=Na,Mg,Zn,Mn,Ni)–Z.Wang,L.Yuan,andY.Huang(HuazhongUniversityofScienceandTechnology)

15:20 798 LithiumIronPhosphateWiredbyCarbonNanotubesforHighRateCapabilityLithium-ionBatteries–A.J.BhattacharyyaandM.Gnanavel(IndianInstituteofScience)


Lithium-Ion Batteries: Cell Design Aspects – 14:00 – 15:40Co-Chairs: Gen Inoue and Jan Prochazka

14:00 799 RapidChargeandDischargePropertyofHighCapacityLithiumIonBatteryapply-ing3D-PatternedElectrode–M.Sanada(DainipponSreenMfg.Co.,Ltd),K.Furuichi,K.Teraki,T.Matsuda,K.Hiramatsu,D.Ueda,A.Izumi(DainipponSCREENMfg.Co.,Ltd.),H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

14:20 800 Advancesin3DLithiumBatteryTechnology–J.Prochazka(HE3DA,Ltd)

14:40 801 HighPower3DLithiumBattery–J.Prochazka(HE3DA,Ltd)

15:00 802 LithiumIonBatteries:3-DMulti-scaleTomography–F.Tariq(ImperialCollegeLondon),P.Shearing(UniversityCollegeLondon),V.Yufit(ImperialCollegeLondon),J.Gelb(XradiaInc),R.Bradley,P.Withers(UniversityofManchester),andN.Brandon(ImperialCollegeLondon)

15:20 803 EffectofBinderDistributioninLIBElectrodeonMassTransportPerformance–G.Inoue(KyotoUniversity),T.Matsuoka,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

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

Air Electrode – 08:00 – 11:40Co-Chairs: Jie Xiao and Fanny Barde

08:00 1099 (Invited)Metal-AirBatteries:ARealityCheck–S.Whittingham(SUNY)

08:40 1100 VeryHighSpecificSurfaceAreaCapacityLithium-AirBattery–P.Stevens,G.Toussaint(ElectricitédeFrance),P.Vinatier,andL.Puëch(UniversitédeBordeaux)

09:00 1101 AVersatileCompositeElectrodeDesignforMetal-AirBatteries–A.C.Marschilok,E.S.Takeuchi,andK.J.Takeuchi(StonyBrookUniversity)

09:20 1102 ComparisonofAirCathodesandAluminiumAnodesforHigh-PowerDensityAlkalineAluminium-AirBatteries–D.MacAodhagáin,C.Ponce-de-Leon-Albarran,R.J.Wood(UniversityofSouthampton),K.R.Stokes(DSTL,UK),andF.C.Walsh(UniversityofSouthampton)

09:40 Intermission(20Minutes)

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10:00 1103 (Invited)CyclingStabilityandChargingBehaviorofCarbonNanotubeElectrodesforLi-O2Batteries–B.M.Gallant,R.R.Mitchell,C.V.Thompson,andY.Shao-Horn(MassachusettsInstituteofTechnology)

10:40 1104 N-DopedGrapheneNanosheetforLi-AirFuelCellunderAcidicConditions–E.Yoo(AdvancedIndustrialScienceAndTechnology),J.Nakamura(UniversityofTsukuba),andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

11:00 1105 StructureofLi2O2DischargeProductsonFree-StandingAlignedCarbonNanotubeElectrodesforLi-AirBatteries–R.R.Mitchell,B.M.Gallant,Y.Shao-Horn,andC.V.Thompson(MassachusettsInstituteofTechnology)

11:20 1106 GrapheneandN-DopedGrapheneasCathodesforLi-AirBatteries–Y.Li,J.Wang,X.Li,D.Geng,R.Li,andX.A.Sun(UniversityofWesternOntario)

Reaction Meachanism – 13:00 – 15:30Co-Chairs: Yang Shao-Horn and Nobuyuki Imanishi

13:00 1107 (Invited)PromotingIdealReactionProcessesintheRechargeableNon-AqueousLi-AirBattery–F.Bardé(ToyotaMotorEurope),Y.Chen,S.A.Freunberger,andP.Bruce(UniversityofSt.Andrews)

13:30 1108 (Invited)FundamentalElectrochemistryinNon-AqueousLi-air–B.McCloskey(IBMResearch),A.Speidel,R.Scheffler(VolkswagenofAmerica),V.Viswanathan,J.S.Hummelshøj,J.K.Nørskov(StanfordUniversity),andA.Luntz(IBMAlmadenResearch)

14:00 1109 (Invited)Metal-AirTechnologies--ReversibilityofZincElectrode–J.Yamaki,A.Nakata,T.Yamane,T.Hirai,andZ.Ogumi(KyotoUniversity)

14:30 1110 ElectrochemistryofCathodeMaterialsforLithium-OxygenBatteriesUsingMicroelectrodeVoltammetry–E.Nemanick(TheAerospaceCorporation)

14:50 1111 DecompositionKineticsofLi-AirCellDischargeProductsinNon-CatalyzedandCatalyzedCarbonCathodes–S.Meini(TechnischeUniversitätMünchen),H.Beyer,N.Tsiouvaras,M.Piana(TechnicalUniversityMunich),andH.A.Gasteiger(TechnischeUniversitätMünchen)

15:10 1112 TowardEfficientlyRechargeableLi-O2Batteries:FreelyDiffusingCatalystsandO2Electrode-StableSolvents–W.Walker(LioxPowerInc.),V.Giordani,V.S.Bryantsev,J.Uddin,S.Zecevic,D.Addison,andG.V.Chase(LioxPower,Inc.)

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

Solid Electrolytes, Ceramic 1 – 08:00 – 09:40Co-Chairs: Dr. Ue and Dr. Hayashi

08:00 1188 DevelopmentofSulfideGlassElectrolytesforAll-Solid-StateLithiumBatteries–A.HayashiandM.Tatsumisago(OsakaPrefectureUniversity)

08:40 1189 SuppressionofH2SGasfromLi2S-P2S5GlassElectrolytesbytheAdditionofLi2O–T.Ohtomo,K.Kawamoto(ToyotaMotorCorporation),A.Hayashi,andM.Tatsumisago(OsakaPrefectureUniversity)

09:00 1190 NewLithiumSuperionicConductorandItsApplicationtoAllSolid-StateBatteries–R.Kanno,M.Hirayama(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),Y.Kato,andK.Kawamoto(ToyotaMotorCorporation)

Solid Electrolytes, Ceramic 2 – 10:00 – 12:00Co-Chairs: Dr. Kanno and Dr. Takada

10:00 1191 InterfaceStructuresinSolid-StateLithiumBatterieswithSulfideElectrolytes–K.Takada,X.Xu(NationalInstituteforMaterialsScience),K.Fukuda(KyotoUniversity),K.Kumagai,K.Watanabe,K.Akatsuka,B.Hang,M.Osada,I.Sakaguchi,T.Ohnishi,T.Sekiguchi,andT.Sasaki(NationalInstituteforMaterialsScience)

10:40 1192 EnlargedLithium-IonsMigrationPathwaybySubstitutionofB3+forP5+inLi3PS4–K.Homma,T.Yamamoto,S.Watanabe,andT.Tanaka(FujitsuLaboratoriesLtd.)

11:00 1193 FirstPrinciplesInvestigationsoftheLi10GeP2S12SuperionicConductorandRelatedMaterials–S.Ong,Y.Mo,W.D.Richards,andG.Ceder(MassachusettsInstituteofTechnology)

11:20 1194 First-PrinciplesMolecularDynamicsSimulationsforLi+DiffusioninLi3PO4andLi3PS4Elctrolytes–M.Ikeda,T.Yamasaki,C.Kaneta,K.Homma,T.Yamamoto,andT.Tanaka(FujitsuLaboratoriesLtd.)

11:40 1195 AnalysisofLithium-IonConductioninLISICON-BasedSolidElectrolytesbyFirst-PrinciplesMolecularDynamicsSimulation–K.Fujimura,A.Kuwabara,H.Moriwake(JapanFineCeramicsCenter),A.Seko,Y.Koyama,andI.Tanaka(KyotoUniversity)

Solid Electrolytes, Ceramic 3 – 14:00 – 16:00Co-Chairs: Dr. Takada and Dr. Kanno

14:00 1196 ResearchonElectrode-ElectrolyteInterfacesofInnovativeNewGenerationBatteries–F.Mizuno(ToyotaResearchInstituteofNorthAmerica)andH.Iba(ToyotaMotorCorporation)

14:40 1197 ThePreparationofLi7La3Zr2O12bySol-GelMethodandItsElectrochemicalPerformance–T.Nishioka,J.Wakasugi,N.Saito,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

15:00 1198 FluxGrowthofIdiomorphicGarnet-TypeSolidElectrolyteCrystalsforAll-Solid-StateLithium-IonRechargeableBatteries–H.Onodera,K.Teshima,H.Wagata,Y.Mizuno(ShinshuUniversity),K.Yubuta,T.Shishido(TohokuUniversity),andS.Oishi(ShinshuUniversity)

15:20 1199 HighLithium-IonConductingGarnet-typeOxide;Li7+XLa3-YAYZr2-ZNbZO12(A=AlkaliEarthMetals)–Y.Kihira,S.Ohta,H.Imagawa,andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)

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15:40 1200 ElectrochemicalPerformanceofanAll-Solid-StateLithium-IonBatterywithGarnet-TypeOxideElectrolyte–S.Ohta,T.Saeki,S.Morishita,J.Seki,andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)

B9Polymer Electrolyte Fuel Cells 12 (PEFC 12)EnergyTechnology/Corrosion/PhysicalandAnalyticalElectrochemistry/Battery/IndustrialElectrochemistryandElectrochemicalEngineeringTapa 2, Tapa Conference Center, Hilton Hawaiian Village

Plenary Session – 08:20 – 12:00Co-Chairs: Hiroyuki Uchida and Hubert Gasteiger

08:20 1274 Hyundai’sFCEVs:APathwaytoNewPossibilities–T.LimandB.Ahn(Hyundai-KiaMotors)

09:00 1275 DevelopmentofAdvancedMaterialsandDevicesforCostReductionofPEFCCHPSystem–H.OHARA(PanasonicCorporation)andT.Omura(TokyoGasCo.,LTD)

09:40 Intermission(20Minutes)10:00 1276 PolymerElectrolyteFuelCellLifetime

Limitations:TheRoleofElectrocatalystDegradation–D.J.Myers,X.Wang,N.Kariuki,S.DeCrane,T.Nowicki,S.Arisetty,R.Subbaraman,R.K.Ahluwalia(ArgonneNationalLaboratory),J.Gilbert(UniversityofWisconsin-Madison),B.Puchala(UniveristyofWisconsin-Madison),E.Holby,D.Morgan(UniversityofWisconsin-Madison),S.Ball,J.Sharman,B.Theobald,G.Hards(JohnsonMattheyTechnologyCenter),M.Gummalla,Z.Yang,S.Zhitnik(UnitedTechnologiesResearchCenter),D.Groom,S.Rajasekhara(UniversityofTexasatAustin),P.Ferreira(UniversityofTexas-Austin),J.P.Meyers(TheUniversityofTexasatAustin),P.Mathew,S.Kim(UniversityofTexasatAustin),Y.Shao-Horn,W.Sheng,andB.Han(MassachusettsInstituteofTechnology)

10:40 1277 MembraneFuelCells–OptionsforBipolarPlateMaterialsandProductionTechnology–A.Heinzel(UniversityDuisburg-Essen),L.Kühnemann,T.Derieth,T.Grimm,andP.Butzen(ZBTGmbH)

11:20 1278 LimitingCurrentasaTooltoStudyOxygenTransportinPEMFuelCells–D.R.BakerandD.Caulk(GeneralMotorsR&DCenter)

Plenary Session – 14:00 – 16:00Co-Chairs: Deborah Jones and Vijay Ramani

14:00 1279 IonomerintheCatalystLayer–S.Holdcroft(SimonFraserUniversity)

14:40 1280 DevelopmentofThin,ReinforcedPEMFCMembranesthroughUnderstandingStructure-Property-PerformanceRelationships–W.Liu(W.L.Gore&Associates,Inc.),T.Suzuki(W.L.Gore&Associates,Co.,Ltd.(NihonGore)),H.Mao,andT.Schmiedel(W.L.Gore&Associates,Inc.)

15:20 1281 DevelopmentofHighlyActiveandDurablePtCore-ShellCatalystsforPolymerElectrolyteFuelCells–M.InabaandH.Daimon(DoshishaUniversity)

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

Keynote Speech on Solar Fuels – 08:10 – 12:00Co-Chairs: Nick Wu and Kazunari Domen

08:10 IntroductoryRemarks(10Minutes)08:20 1719 HydrogenProductionfromPhotoelectrochemical

Cells:EconomicandTheoreticalConsiderationsandExperimentalResults–J.A.Turner(NationalRenewableEnergyLaboratory)

09:00 1720 CriticalAssessmentofResearchandDevelopmentNeedsinSolartoHydrogenProductionTechnologies–E.L.Miller,S.Dillich,E.Sutherland,andS.Studer(USDepartmentofEnergy)

09:40 Intermission(20Minutes)10:00 1721 MaterialsforPhotocatalyticand

PhotoelectrochemicalWaterSplitting–A.Kudo(TokyoUniversityofScience)

10:40 1722 SolarEnergyConversionandEnvironmentalRemediationUsingSemiconductor-LiquidInterfaces:DesignParadigmsforthePhotocatalystMaterialandProgressUpdate–K.Rajeshwar(TheUniversityofTexas)

11:20 1723 SolarEnergyMaterialsforHighEfficiencyPhotoelectrochemicalSensitizedSolarCell–N.Park(SungkyunkwanUniversity)

New Materials for Photocatalysts & Photoelectrochemical Cells – 14:00 – 16:00Co-Chairs: Pawel Kulesza and Ravi Subramanian

14:00 1724 PhotoelectrochemicalEnergyConversionUsingEarth-AbundantSemiconductorNanomaterials–S.Jin(UniversityofWisconsin-Madison)

14:30 1725 All-OxideQuantum-ConfinedHeteronanostructuresforSolarHydrogenGeneration–L.Vayssieres(Xi’anJiaotongUniversity)

15:00 1726 Plasmon-EnhancedPhotocatalyticActivityofMetal/MetalOxideComposites–S.Cushing,J.Li,A.Bristow,andN.Wu(WestVirginiaUniversity)

15:20 1727 PhotooxidationofWateratNanostructuredHybridMaterialsUtilizingPolyoxometallate-DecoratedTungstenOxideandGoldNanoparticles–P.J.Kulesza,R.Solarska,K.Miecznikowski,S.Zoladek(UniversityofWarsaw),andS.Fiechter(HelmholtzZentrum)

15:40 1728 Plasmonic-EnhancingEfficiencyofWaterSplittinginAu/QuantumDotsSensitizedZnONanowires-ArrayPhotoelectrodes–R.Liu,H.Chen,C.Chen,D.Tsai(NationalTaiwanUniversity),andS.Hu(NationalTaiwanNormalUniversity)

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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 1 – 09:00 – 12:00Co-Chairs: Eric Wachsman and John Kilner

09:00 1879 InnovativeOxidesMaterialsforElectrochemicalEnergyConversion–E.D.Wachsman(UniversityofMaryland)

09:40 Intermission(20Minutes)10:00 1880 StudyofCrystalGrowthinOxideThinFilms

FabricatedbyPulsedLaserDeposition–N.Sata,S.Tamura,Y.Fujiwara,Y.Shibata,F.Iguchi,H.Yugami(TohokuUniversity),Y.Nagao(JAIST),H.Kageyama,andK.Nomura(AISTKansai)

10:40 1881 ProbingPrxCe1-xO2-dThinFilmDefectConcentrationsUsingIn SituOpticalAbsorptionandImpedanceSpectroscopyTechniques–S.R.Bishop(KyushuUniversity),D.Chen,J.Kim,N.Thompson,andH.L.Tuller(MassachusettsInstituteofTechnology)

11:00 1882 MetastableThinFilmsforEnergyApplications:OnStructuralLatticeAnomaliesandElectricalTransport–J.L.Rupp,S.Bishop(MassachusettsInstituteofTechnology),E.Fabbri(PaulScherrerInstitute),J.Han(MassachusettsInstituteofTechnology),D.Marrochelli(TrinityCollegeDublin),E.Traversa(NationalInstituteforMaterialsScience),H.L.Tuller,andB.Yildiz(MassachusettsInstituteofTechnology)

11:20 1883 RelatingNanostructuresofYttria-Stabilized-ZirconiaThinFilmstoTheirProtonConductivity–J.Martynczuk,M.V.Schlupp,B.Scherrer(ETHZurich),D.Stender(PaulScherrerInstitute),R.Tölke,A.Evans,M.Prestat,andL.Gauckler(ETHZurich)

11:40 1884 IonConductioninBaZr0.85Y0.15O3-δFilmsFabricatedbyPulsedLaserDepositioninVariousConditions–D.Jang,K.Bae,andJ.Shim(KoreaUniversity)

Ion Conducting Thin Film Multilayers – 14:00 – 18:00Co-Chairs: Enrico Traversa and Shu Yamaguchi

14:00 1885 DoOxygen-IonConductorsFeeltheStrain–D.Pergolesi(NationalInstituteforMaterialsScience),E.Fabbri(PaulScherrerInstitute),S.N.Cook(ImperialCollegeLondon),V.Roddatis(CICEnergigune),E.Traversa(UniveristyofRomaTorVergata),andJ.A.Kilner(ImperialCollegeLondon)

14:40 1886 EpitaxialZirconiaandCeriaBasedThinFilmsandMultilayerswithArbitraryComposition–W.Shen,J.Jiang,andJ.L.Hertz(UniversityofDelaware)

15:00 1887 ElectricConductivityinCu-andGa-DopedPr2NiO4NanoFilmLaminatedwithSm-DopedCeO2–J.HyodoandT.Ishihara(KyushuUniversity)

15:20 1888 ElectronicActivationinthe(La0.8Sr0.2)CoO3/(La0.5Sr0.5)2CoO4SupperlatticesatHighTemperature–Y.Chen,Z.Cai,Y.Kuru,H.L.Tuller,andB.Yildiz(MassachusettsInstituteofTechnology)

15:40 1889 LowEnergyIonScattering(LEIS)AnalysisofSrTiO3(100)andNdGaO3(110)SingleCrystalSurfaceTerminations–A.Cavallaro(ImperialCollege,London)andJ.A.Kilner(ImperialCollegeLondon)

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

Co-Chairs: K. Sode, H. Nam, J. Choi, and E. Tamiya

08:00 1999 Electrochemical-BasedBioprocessingDeviceComposedofRecombinantProtein/DNAConjugate–J.Choi(SogangUniversity)

08:40 2000 FabricationofMultilayerCellStructureUsingElectro-DepositedAlginateGel–F.Ozawa,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

09:00 2001 MetabolismFeatureofMulticellularTumorSpheroidsAssessedbyaComprehensiveSystem–Y.Zhou,T.Arai,Y.Horiguchi,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

09:20 2002 DevelopmentofVoltageSwitchingModeScanningElectrochemicalMicroscopyforTopographicalandElectrochemicalNanoscaleImagingofLivingCells–Y.Takahashi(TohokuUniversity),A.I.Shevchuk(UniversityofSouthampton),P.Novak(ImperialCollegeLondon),Y.Matsumae(TohokuUniversity),B.Babakinejad(ImperialCollegeLondon),J.V.Macpherson,P.R.Unwin(UniversityofWarwick),K.Ino,H.Shiku(TohokuUniversity),J.Gorelik(ImperialCollegeLondon),D.Klenerman(CambridgeUniversity),Y.E.Korchev(ImperialCollegeLondon),andT.Matsue(TohokuUniversity)



10:00 2003 ElectrochemicallyModulatedReleaseofNitricOxidethroughPolymerstoInhibitBacterialBiofilmFormationandPreventPlateletActivation–M.E.Meyerhoff,L.Höfler,D.Koley,H.Ren,T.C.Major,J.Wu,andC.Xi(UniversityofMichigan)

10:40 2004 EngineeringofCatalyticDomainofCellobioseDehydrogenaseandItsApplicationfortheDirectElectronTransferTypeEnzymeElectrode–S.Ando,S.Ferri,W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)

11:00 2005 AptamericSensorforDetectionofVEGFBasedonLabelingTechniqueUsingGDHFusedZincFingerProtein–A.Tatsumi,K.Abe,T.Fukaya,K.Sode,andK.Ikebukuro(TokyoUniversityofAgricultureandTechnology)

11:20 2006 EvolutionofCathodicCharacteristics(WaterandOxygenTransport)inMicrobialFuelCell(MFC)–C.Santoro,M.Cremins,A.Mackay,U.Pasaogullari(UniversityofConnecticut),M.Guilizzoni,A.Casalegno(PolitecnicodiMilano),andB.Li(UniversityofConnecticut)

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11:40 2007 TurningOxidaseintoDehydrogenaseforApplicationtotheElectrochemicalMeasurement–S.Saito,Y.Horaguchi,T.Endo,S.Ferri(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)


14:00 2008 PeroxidaseActivityofG-QuadraplexHemin-BindingDNAAptamersDeterminedbyElectrochemicalMeasurement–I.Kubo,Y.Hoshino(SokaUniversity),M.Liu,H.Abe,andY.Ito(RIKENAdvancedScienceInstitute)

14:40 2009 ElectronTransferbetweenCytoplasmandElectrodeviaRedox-ActivePhospholipidPolymer–K.Nishio,R.Nakamura,S.Nakanishi,X.Lin,T.Konno,K.Ishihara,andK.Hashimoto(TheUniversityofTokyo)

15:00 2010 In SituObservationofDirectElectronTransferReactionbetweenCytochromecandITOElectrodewithElectrochemicallyControlledSlabOpticalWaveguideSpectroscopy–N.MatsudaandH.Okabe(NationalInstituteofAdvancedIndustrialScienceandTechnology)

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

Co-Chairs: S. Nishiyama and S. Suga

10:00 2066 AnodicOxidationofgem-DiarylKetonesinthePresenceofAlcohols–A.J.FryandB.Sheludko(WesleyanUniversity)

10:20 2067 OxidativeDechlorinationofChlorinatedOrganicCompoundCatalyzedbyVitaminB12-TiO2–H.ShimakoshiandY.Hisaeda(KyushuUniversity)

10:40 2068 ControllingandImprovementofElectrosyntheticReactionbyUsingMicroreactor:ApplicationtoIntermolecularCouplingReactionofPhenolDerivatives–T.Kashiwagi(TokyoInstituteofTechnology),S.R.Waldvogel(UniversityofMainz),andM.Atobe(TokyoInstituteofTechnology)

11:00 2069 Site-ControlledModificationofConductingPolymerFilmsBasedonBipolarElectrochemistry–S.Inagi,Y.Ishiguro,andT.Fuchigami(TokyoInstituteofTechnology)

11:20 2070 ElectrochemicalDehalogenationofPersistentOrganicPollutantswithaSilverCathodeinAqueousMedia–A.A.PeverlyandD.G.Peters(IndianaUniversity)

11:40 2071 ElectrochemicalFuorinationUsingAlkali-MetalFluorides–T.Fuchigami,T.Sawamura,andS.Inagi(TokyoInstituteofTechnology)

Co-Chairs: A. Fry and T. Fuchigami

14:00 2072 DevelopmentofRegioselectiveElectrochemicalGlycosylationOrientedNaturalProductsSynthesis–K.Kawa,T.Saitoh,E.Kaji,andS.Nishiyama(KeioUniversity)

14:20 2073 DirectReductionof6-Halo-1-Phenyl-1-HexynesatSilverCathodes–L.M.StrawsineandD.G.Peters(IndianaUniversity)

14:40 2074 ApplicationofMethoxyRadicalGenerationonaBoron-DopedDiamondElectrode–T.Sumi,T.Saitoh,K.Natsui,T.Yamamoto(KeioUniversity),M.Atobe(TokyoInstituteofTechnology),Y.Einaga,andS.Nishiyama(KeioUniversity)

15:00 2075 ElectrocatalyticReductionof1,1,2-Trichloro-1,2,2-Trifluoroethane(CFC-113)ataSilverCathode–E.R.WagonerandD.G.Peters(IndianaUniversity)

15:20 2076 CoordinationProgrammingofPhoto-andElectro-FunctionalMolecularMaterials–R.Sakamoto,M.Hayashi,S.Kusaka,M.Tsuchiya,J.Kakinuma,andH.Nishihara(TheUniversityofTokyo)

15:40 2077 EvaluationofBioluminescenceActivityofFireflyLuciferinNucleotideDerivatives–S.Iwano(TheUniversityofElectroCommunicationsChofu),S.Kojima,T.Hirano,S.Maki,andH.Niwa(TheUniversityofElectroCommunications,Chofu)

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

Passivity and Passivity Breakdown – 08:00 – 10:00Co-Chairs: Barry MacDougall and Fouzia Hannour

08:00 2176 TheSemiconductingPropertiesandImpedanceAnalysisofPassiveFilmsonCopperinAnaerobicSulfideSolutionsfromtheViewpointofthePointDefectModel–Y.Ling,M.L.Taylor,S.Sharifiasl,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:15 2177 DeterminingtheCouplingCurrentasaMeansofDetectingCreviceActivityandInhibition–S.Lee(ThePennsylvaniaStateUniversity),J.A.Mathews(ElectricPowerResearchInstitute),andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:30 2178 InfluenceoftheMicrostructureonthePassiveCharacterofTitaniumOxideFilmsCharacterizedbyEIS–N.RodríguezdelaCruz,E.M.Arce,J.Torres(InstitutoPolitécnicoNacional),R.LunaSánchez(UniversidadAutónomaMetropolitana–Azcapotzalco),J.G.VazquezArenas(UniversityofWaterloo),J.Hallen,andR.CabreraSierra(InstitutoPolitécnicoNacional)

08:45 2179 EffectsofSolutionTemperatureontheKineticNatureofPassiveFilmonNi–K.Park(KAIST),S.Ahn(KoreaInstituteofEnergyResearch),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

09:00 2180 EffectofSourEnvironmentpHonCrackMorphologyinUltraStrengthDrillingSteelunderCyclicStress–M.Ziomek-Moroz,J.Hawk(U.S.DepartmentofEnergy,NationalEnergyTechnologyLaboratory),R.Thodla,andF.Gui(DNV)

09:15 2181 ElectrochemicalReductionofEthanolatLeadElectrodes–S.B.Hall,N.Wise,andM.Waterland(MasseyUniversity)

09:30 2182 IGSCCCausedbyPassiveFilm’sDielectrostrictiveStress–T.M.Devine(UniversityofCaliforniaBerkeley)


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Passivity and Passivity Breakdown – 10:00 – 12:00Co-Chairs: David W. Shoesmith and Bernard Tribollet

10:00 2183 TheRelationshipbetweenNanostructureandElectronicPropertiesofPassiveFilmsStudiedbyScanningTunnelingMicroscopyCombinedwithScanningTunnelingSpectroscopy–P.Marcus,T.Massoud,andV.Maurice(CNRSChimieParisTech)

10:30 2184 CharacterizationofRepassivationProcessonFe-CrAlloysUsingScratchingTechnique–M.Wada,A.Kawano,M.Saito,andS.Fujimoto(OsakaUniversity)

10:45 2185 CouplingthePointDefectModelandtheDensityFunctionalTheoryforModelingPitNucleation–B.Malki,B.Baroux,O.LeBacq,andA.Pasturel(GrenobleINP)

11:00 2186 DevelopmentofBaseElectrocatalystswhicharePassivetowardsCorrosioninHotAcidicElectrolytes–G.T.Burstein,G.E.Haslam,andX.Y.Chin(UniversityofCambridge)

11:15 2187 CharacterizationofBoundWaterinPassiveFilmofTitaniumFormedinH2SO4Solution–T.Haruna,S.Ito,andK.Kimoto(KansaiUniversity)

11:30 2188 KineticStabilityofAluminiumandItsAlloys:TheRoleof“Structural”Features–X.Zhou(MonashUniversity),D.D.Macdonald(ThePennsylvaniaStateUniversity),andN.Birbilis(MonashUniversity)

11:45 2189 EffectofGalvanostaticConditiononGrowthBehaviorandRepassivationPotentialofCreviceCorrosionofDuplexStainlessSteels–S.Aoki,T.Ehashi,andJ.Sakai(WasedaUniversity)

Passivity and Passivity Breakdown – 13:30 – 14:45Co-Chairs: Ashok Kumar Shukla and Srdjan Nesic

13:30 2190 MetallographicCharacterizationofTransgranularStressCorrosionCrackingonType316LStainlessSteelinHighTemperatureandHighPressureWaterEnvironment–S.Fujimoto,N.Okada,T.Saito,andH.Tsuchiya(OsakaUniversity)

13:45 2191 CorrosionInhibitionofLocalizedCorrosionandStressCorrosionCrackingofSteam/GasTurbineMaterials–B.Bavarian,J.Zhang,andL.Reiner(CaliforniaStateUniversity)

14:00 2192 ComparisonofElectrochemicalPittingCharacteristicsofAlloy825,Alloy690andTitaniumforaConcentratedRadioactiveWasteHold-UpTank–H.KimandK.Na(KHNP-CRI)

14:15 2193 StudiesofPittingInitiationonHigh-StrengthPipelineSteelbyMetallurgicalMicro-Electrochemistry–Y.Cheng(UniversityofCalgary)

14:30 2194 HydrogenInducedPassivityDegradationandStressCorrosionCracking–J.Luo,B.Lu(UniversityofAlberta),andS.Shi(TheHongKongPolytechnicUniversity)

Passivity and Passivity Breakdown – 14:45 – 16:00Co-Chairs: Damien Feron and Farrel Martin

14:45 2195 BirthandDeathStochasticProcessinPittingCorrosionandStressCorrosionCracking–T.Shibata(OsakaUniversity)

15:15 2196 ImplicationsfortheInitiationofPittingCorrosionofCompositionChangesaroundSulphideInclusionsinStainlessSteels–D.E.Williams(UniversityofAuckland)

15:30 2197 EffectofSulfateIononPittingCorrosionBehaviorofType420MartensiticStainlessSteelinChlorideSolution–W.Ji,S.Pan,andW.Tsai(NationalChengKungUniversity)

15:45 2198 IntrinsicVacanciesandTheireffectonCorrosionReactivityattheFeS2(100)Surface–A.Krishnamoorthy,F.W.Herbert,andB.Yildiz(MassachusettsInstituteofTechnology)

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

Solid Oxide Fuel Cells – 08:00 – 12:00Co-Chairs: E. Opila and S. Yamaguchi

08:00 2291 In SituOpticalStudiesofElectrochemicallyInducedAnodeDegradationinHighTemperatureSolidOxideFuelCells–R.A.Walker,J.D.Kirtley,D.M.Halat,andM.McIntyre(MontanaStateUniversity)

08:40 2292 MechanicalPropertiesofNi-YSZCermetsunderSimulatedEnvironmentofRedoxCycling–T.Miyasaka,S.Sukino,S.Watanabe,T.Kawada,K.Sato,andT.Hashida(TohokuUniversity)

09:00 2293 ImprovedSinteringPropertyofY-DopedBaZrO3byMnAddition–D.Kim,E.Patrik,S.Miyoshi,T.Tsuchiya,andS.Yamaguchi(TheUniversityofTokyo)

09:20 2294 Non-LinearDopingeffectontheElectrochemicalPropertiesofBaZr1-xPrxO3–M.Tamaru,S.Miyoshi,D.Kim(TheUniversityofTokyo),T.Higuchi(ScienceUniversityofTokyo),Y.Oyama,andS.Yamaguchi(TheUniversityofTokyo)

09:40 Intermission(20Minutes)10:00 2295 StudyonElectrodeReactionofPerovskiteOxide

ElectrodesonaProtonConductingElectrolyte–K.Suzuki,S.Hashimoto,K.Amezawa,andT.Kawada(TohokuUniversity)

10:20 2296 Mechano-ElectrochemicaleffectonMaterialsPropertyofIonConductingOxides–K.Yashiro,Y.Kawamura,S.Nakakawaji,K.Sato,K.Amezawa,andJ.Mizusaki(TohokuUniversity)

10:40 2297 ChemicalStabilityofBa0.5Sr0.5Co0.8Fe0.2O3-δ(BSCF)–F.Wang,K.Yashiro,K.Amezawa,andJ.Mizusaki(TohokuUniversity)

11:00 2298 AStudyofNickel-SubstitutedLanthanumCobaltiteasCathodeMaterialsforSOFCs–Y.Uzumaki,S.Hashimoto,K.Amezawa,andT.Kawada(TohokuUniversity)

11:20 2299 La/Sr-CoPerovskite-BasedMulti-LayeredSuperCathodeFabricatedbySputteringMethod–A.Takeshita,S.Miyoshi,andS.Yamaguchi(TheUniversityofTokyo)

11:40 2300 OxygenTransportinPerovskiteTypeOxideLa0.6Sr0.4Co0.2Fe0.8O3-δ–H.Kudo,K.Yashiro,S.Hashimoto,K.Amezawa,T.Kawada,andJ.Mizusaki(TohokuUniversity)

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High Temperature Chemistry of Carbides, Borides, and Nitrides – 14:00 – 18:00Co-Chairs: E. Wuchina and T. Markus

14:00 2301 InfluenceofPhaseCrystallographyonPrecipitationMicrostructuresandDeformationMechanismsinTantalumCarbides–G.B.Thompson,R.A.Morris,N.DeLeon,B.Wang(TheUniversityofAlabama),andC.Weinberger(SandaNationalLaboratories)

14:40 2302 PreparationandCharacterizationofMaterialsintheTa-Hf-CSystem–J.A.Zaykoski,M.M.Opeka,andI.Talmy(NavalSurfaceWarfareCenter)

15:00 2303 VariabilityinOxidationResistanceofZrB2-SiC–K.N.ShugartandE.J.Opila(UniversityofVirginia)

15:20 2304 EffectofSiliconAdditionontheOxidationKineticandontheStructureoftheOxideLayerFormedonTransitionMetalNitrideCoatings–J.Pierson(UniversitédeLorraine),P.Steyer(INSAdeLyon),A.Mège-Revil(EcoleCentraledeLille),andD.Pilloud(UniversitédeLorraine)

15:40 2305 OxidationofCr2AlCbetween700and1300°CinAir–S.Kim,S.Bong,andD.Lee(SungkyunkwanUniversity)

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

Silicon Dissolution and Characterization – 08:00 – 10:00Co-Chairs: C. Lévy-Clément and M. J. Sailor

08:00 Intermission(10Minutes)08:10 2365 ThinkingAgainofPorousSiFormation–Y.H.

Ogata(KyotoUniversity)08:40 2366 InvestigationofPoreDiameterModulation

inDepthinp-typeSilicon–E.Ossei-Wusu(UniversitätzuKiel),J.Carstensen,E.Quiroga-González(Christian-Albrechts-UniversityofKiel),M.Amirmaleki(UniversitätzuKiel),andH.Föll(Christian-Albrechts-UniversityofKiel)

09:00 2367 DifferentialPhotoacousticElectrochemicalCelltoStudyIn SituthePorousSiliconFormation–D.G.Espinosa-ArbelaezandM.E.Rodriguez-Garcia(UniversidadNacionalAutónomadeMéxico)

09:20 2368 SpontaneousGrooveFormationonSiliconduringAnodicDissolutionInducedbyTuringInstability–K.Fukami,T.Urata,T.Sakka(KyotoUniversity),K.Krischer(TechnischeUniversitätMünchen),andY.H.Ogata(KyotoUniversity)


Metal-Assisted Silicon Dissolution – 10:00 – 12:00Co-Chairs: Y. Ogata and P. Schmuki

10:00 2369 AnodicDissolutionofSi:ElectrochemicalOscillationsandPorousSilicaFormation–F.OzanamandJ.Chazalviel(CNRS-Ecolepoly-technique)

10:30 2370 StainEtchingofSiliconwithandwithouttheAidofMetalCatalysts–K.W.Kolasinski,J.Gogola,W.B.Barclay,andC.Somerville(WestChesterUniversity)

10:50 2371 Metal-AssistedChemicalEtchingofSiliconUsingOxygenasanOxidizingAgent–S.Yae,Y.Morii,M.Enomoto,N.Fukumuro,andH.Matsuda(UniversityofHyogo)

11:10 2372 OntheMetal-AssistedChemicalEtchingofNanoporousSilicon–D.Goryachev,L.Belyakov,O.Yeltsina,J.Vainshtein,andO.M.Sreseli(IoffePhysical-TechnicalInstituteoftheRussianAcademyofSciences)

11:30 2373 FormationofGroupIVPorousSemiconductingNanowiresandNanotubes:TheRoleofEtching–X.Huang,R.Gonzalez,andJ.L.Coffer(TexasChristianUniversity)

Silicon Etching and Optical Properties – 14:00 – 18:00Co-Chairs: J. L. Coffer and R. B. Wehrspohn

14:00 2374 A“Cook’sTour”ofTwoDecadesofResearchintotheOpticalPropertiesofNanostructuredMaterials–D.J.Lockwood(NationalResearchCouncil)

14:30 2375 MagneticFieldAssistedEtchingofPorousSiliconasaTooltoEnhanceMagneticCharacteristics–P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),T.Ohta,N.Koshida(TokyoUniversityofAgricultureandTechnology),P.Poelt(UniversityofTechnologyGraz),andM.Reissner(ViennaUniversityofTechnology)

14:50 2376 StructuralandMorphologicalStudyofMesoporousGermaniumLayersFormedbyBipolarElectrochemicalEtching–S.Tutashkonko(INSAdeLyon),A.Boucherif(UniversitédeSherbrooke),T.Nychyporuk(INSAdeLyon),R.Arès,V.Aimez(UniversitédeSherbrooke),andM.Lemiti(INSAdeLyon)

15:10 2377 MorphologicalDevelopmentfromUniformMicroporousStructuretoMacropore-LikeStructure–T.Urata,K.Fukami,T.Sakka,andY.H.Ogata(KyotoUniversity)

15:30 2378 RelaxationProcessesandFunctionsofBluePhosphorescentPorousSilicon–B.Gelloz(NagoyaUniversity),R.Mentek(TokyoUniv.ofA&T),andN.Koshida(TokyoUniversityofAgricultureandTechnology)

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

General Session – 08:30 – 10:00

08:30 IntroductoryRemarks(10Minutes)08:40 2456 FabricationofSb2Te3andBi2Te3Multilayer

CompositeFilmsbyAtomicLayerDeposition–K.Zhang,D.Nminibapiel,M.Tangirala,H.Baumgart(OldDominionUniversity),andV.Kochergin(MicroXactInc.)

09:00 2457 Trimethylaluminum-BasedAtomicLayerDepositionofAl:MO2(M=Zr,Hf):AViableRoutetoIntegrateHigh-PermittivityOxidesonIn0.53Ga0.47AsSubstrates–A.Molle,E.Cianci,A.Lamperti,C.Wiemer,S.Baldovino,L.Lamagna,S.Spiga,M.Fanciulli(CNR-IMM),G.Brammertz,C.Merckling,andM.Caymax(imec)


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Reaction Mechanisms I – 10:00 – 12:00

10:00 2458 AreIonsGoodorBadduringPlasma-AssistedALD–H.B.ProfijtandW.Kessels(EindhovenUniversityofTechnology)

10:40 2459 AtomicLayerDepositionofMo:Al2O3NanocompositeswithTunableResistivity–A.U.ManeandJ.W.Elam(ArgonneNationalLaboratory)

11:00 2460 In SituStudyofALDProcessesUsingSynchrotron-basedX-rayFluorescenceandScatteringTechniques–J.Dendooven,K.Devloo-Casier,M.Ide(GhentUniversity),K.Grandfield(UniversityofAntwerp),K.F.Ludwig(BostonUniversity),S.Bals(UniversityofAntwerp),P.VanDerVoort,andC.Detavernier(GhentUniversity)

11:40 2461 ReactionMechanismofNon-HeatingSiO2AtomicLayerDepositionbyUsingTDMASandPlasmaExcitedWaterVapor–F.Hirose,K.Kanomata,M.Degai,andK.Momiyama(YamagataUniversity)

Oxides – 14:00 – 18:00

14:00 2462 CrystallizationStudybyTransmissionElectronMicroscopyofSrTiO3ThinFilmsGrownbyPlasma-AssistedALD–V.Longo,M.A.Verheijen,F.Roozeboom,andW.Kessels(EindhovenUniversityofTechnology)

14:20 2463 TiO2-BasedMetal-Insulator-MetalStructuresforFutureDRAMStorageCapacitors–K.Fröhlich(InstituteofElectricalEngineeringSAS),B.Hudec,M.Tapajna,K.Hušeková,A.Rosová(InstituteofElectricalEngineering,SAS),J.Aarik,R.Rammula,A.Kasikov,T.Arroval(InstituteofPhysics,UniversityofTartu),K.Murakami,M.Rommel,andA.J.Bauer(FraunhofferInstituteforIntegratedSystemsandDviceTechnology)

15:00 2464 ApplicationofthePlasmaSurfaceModificationforUniformAl2O3FilmsGrownbyAtomicLayerDepositiononPolyethyleneBlownFilm–G.Lee,K.Son(KoreaUniversity),S.Park(KoreaUniversity,MechanicalEngineering),J.Shim(KoreaUniversity),andB.Choi(KoreaUniversity,MechanicalEngineering)

15:20 2465 AtomicLayerDepositionofMolybdenumOxideUsingBis(Tert-Butylimido)Bis(Dimethylamido)Molybdenum–A.Bertuch,L.Lecordier,M.Dalberth,G.Sundaram,J.Becker(CambridgeNanotech),E.Deguns(Unaffiliated),M.Saly,D.Moser,andR.Kanjolia(SAFCHitech)

15:40 2466 Room-TemperatureALDofMetalOxideThinFilmsbyEnergy-EnhancedALD–S.E.Potts,H.B.Profijt,R.Roelofs,andW.Kessels(EindhovenUniversityofTechnology)

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

Plenary Session – 08:00 – 10:00Co-Chairs: Krishna Shenai and Noboru Ohtani

08:00 2513 OverviewofThree-DimensionIntegrationforPoint-of-LoadConverters–F.C.LeeandQ.Li(VirginiaTech)

08:30 2514 DevelopmentofHighPowerDensityAll-SiCThree-PhaseInverter–S.Sato,K.Matsui,Y.Zushi,Y.Murakami,andS.Tanimoto(R&DPartnershipforFutirePowerElectronicsTechnology)

09:00 2515 DefectElectronicsinSiCandFabricationofUltrahigh-VoltageBipolarDevices–T.Kimoto(KyotoUniversity)


Silicon Carbide Power Devices I – 10:00 – 12:00Co-Chairs: Mietek Bakowski and Sunny Kedia

10:00 2516 SiCTrenchDeviceswithUltraLowRon–T.Nakamura,M.Aketa,andY.Nakano(ROHMCo.,Ltd.)

10:20 2517 FabricationofaSiCDoubleGateVerticalChannelJFETandIt’sApplicationinPowerElectronics–A.SchönerandM.Bakowski(AcreoAB)

10:40 2518 RecentAdvancesinVJFETsatSemiSouth–K.Chatty,D.C.Sheridan,V.Bondarenko,R.Schrader,K.Speer,andJ.B.Casady(SemiSouthLaboratories)

11:00 2519 Optimizationof4.5kVSiIGBT/SiCDiodeHybridModule–K.D.Hobart,E.Imhoff(NavalResearchLaboratory),T.Duong,andA.Hefner(NationalInstituteofStandardsandTechnology)

11:20 2520 AspectsonSICSwitchesforSoft-SwitchingConvertersinanIndustrialApplication–P.RanstadandJ.Linner(AlstomPower)

11:40 2521 FastHighVoltageSwitchingWithSiCPowerDevices–T.Funaki(OsakaUniversity)

Silicon Carbide Crystal Growth – 14:00 – 16:00Co-Chairs: Mike Dudley and Noboru Ohtani

14:00 2522 OntheDe-RatingofSiliconCarbide(SiC)PowerDevices–K.Shenai(UniversityofToledo)

14:20 2523 ManagingBasalPlaneDislocationsinSiC:PerspectiveandProspects–D.Gaskill,R.Myers-Ward,V.Wheeler(U.SNavalResearchLaboratory),R.Stahlbush,N.Mahadik,E.Imhoff,L.O.Nyakiti,andC.EddyJr(U.S.NavalResearchLaboratory)

14:40 2524 GrowthandCharacterizationofThick4H-SiCEpilayersforVeryHighVoltageBipolarDevices–H.Tsuchida,T.Miyazawa,X.Zhang,M.Nagano,R.Tanuma,I.Kamata,andM.Ito(CentralResearchInstituteofElectricPowerIndustry)

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15:00 2525 Life-TimeKillingDefectsinIon-Implanted4H-SiC;EnhancedAnnealingandLateralDistribution–L.SundnesLøvlie,L.Vines,I.Pintilie,andB.G.Svensson(UniversityofOslo)

15:20 2526 SiliconCarbideBulkCrystalGrowthModelingfromAtomicScaletoReactorScale–S.NISHIZAWA(NationalInstituteofAdancedIndusctrialScienceandTechnology)

15:40 2527 ModelingofSiCCVDEpitaxialGrowthusingCFD-ACE+–A.Bhoj(ESIUSR&DInc),S.Tangli(UniversityofSouthernCarolina),andK.Shenai(UniversityofToledo)

Panel # 1: Can We Eliminate Defects in Bulk SiC and GaN Materials? – 18:00 – 20:00Co-Chairs: Krishna Shenai and Noboru Ohtani

18:00 IntroductionofPanelists(15Minutes)18:15 K.Gaskill(10Minutes)18:25 T.Kimoto(10Minutes)18:35 K.Waldrip(10Minutes)18:45 M.Mann(10Minutes)18:55 S.Nishizawa(10Minutes)19:05 M.Dudley(10Minutes)19:15 Q&A(45Minutes)

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

Non Volatile Memory – 10:00 – 12:30Co-Chairs: Albert Chin and Samares Kar

10:00 IntroductoryRemarks(10Minutes)10:10 2574 Ultra-LowSwitchingPowerRRAMUsing

HoppingConductionMechanism–A.Chin,Y.Chiu(NationalChiao-TungUniversity),C.Cheng(NationalTaiwanNormalUniversity),Z.Zheng,andM.Liu(ChineseAcademyofSciences)

10:40 2575 ALDGrownFunctionalOxideLayersforNonvolatileResistiveSwitchingMemoryApplications–S.Hoffmann-EifertandR.Waser(ForschungszentrumJuelich)

11:10 2576 HafniumOxideBasedCMOSCompatibleFerroelectricMaterials–U.Schroeder(NamlabgGmbH),J.Mueller(FraunhoferCNT),E.Yurchuk,S.Mueller,D.Martin,S.Slesazeck,andT.Mikolajick(NamlabgGmbH)

11:40 2577 HfO2-basedRRAMforEmbeddedNonvolatileMemory:FromMaterialsSciencetoIntegrated1T1RRRAMArrays–T.Bertaud,C.Walczyk,D.Walczyk,M.Sowinska,D.Wolansky,B.Tillack,G.Schoof,C.Wenger(IHP),S.Thiess(DESY),andT.Schroeder(IHP)

12:10 2578 ResistiveSwitchingofIronOxideNanoparticlesinPatternedArrayStructureonFlexibleSubstrate–J.Kim,J.Yoo,Y.Baek,H.Kim,Q.Hu,C.Kang,andT.Yoon(MyongjiUniversity)

Novel Dielectrics – 13:50 – 16:00Co-Chairs: Joerg Osten and Sven Van Elshocht

13:50 2579 TheoreticalPerspectivesinDefectandImpurityPhysicstowardMaterialsDesignforOxides–N.Umezawa(NationalInstituteforMaterialsScience)

14:20 2580 Strain-inducedeffectsondielectricpropertiesofthin,crystallinerareearthoxidesonsilicon–H.OstenandD.Schwendt(LeibnizUniversity)

14:50 2581 EpitaxialSiandGd2O3Heterostructures–DistributedBraggReflectorswithStressManagementFunctionforGaNonSiLightEmittingDevices–R.Dargis,A.Clark,E.Arkun,R.Roucka,D.Williams,R.S.Smith,andM.Lebby(TranslucentInc.)

15:10 2582 RoomTemperatureFerromagnetismInducedbyElectricFieldinCobalt-DopedTiO2–T.Fukumura(UniversityofTokyo)

15:40 2583 EnhancementofDielectricPropertiesandMagneticCouplingofPb(Fe0.5Nb0.5)O3byDopingNi0.65Zn0.35Fe2O4–S.K.Barik,D.K.Pradhan,S.Sahoo,V.Pauli,andR.Katiyar(UniversityofPuertoRico)

E6High Purity Silicon 12ElectronicsandPhotonics320, Level 3, Hawaii Convention Center

Keynote – 08:50 – 09:40Co-Chair: E. Simoen

08:50 IntroductoryRemarks(10Minutes)09:00 2624 ChallengesfortheSemiconductorIndustryinthe

21stCentury–P.A.Gargini(IntelCorporation)09:40 Intermission(20Minutes)

Crystal Growth – 10:00 – 12:00Co-Chairs: R. Falster and G. Kissinger

10:00 2625 SiCrystalGrowthfromaMelt:TheSecretsBehindthev/GCriterion–J.Vanhellemont(GhentUniversity)

10:30 2626 FZCrystalGrowthofSiandGe-CurrentLimitationsandApproachestoOvercome–H.Riemann,H.Rost,M.Wuenscher,R.Menzel,andB.Hallmann-Seiffert(Leibniz-InstituteforCrystalGrowth)

11:00 2627 ElectrolyticDepositionofSiliconforSolarApplication–S.SokhanvaranandM.Barati(UniversityofToronto)

11:20 2628 AStudyonDensityFunctionalTheoryoftheeffectofPressureontheFormationandActivationEnthalpiesofIntrinsicPointDefectsinGrowingSingleCrystalSi–K.Sueoka,E.Kamiyama,andH.Kariyazaki(OkayamaPref.University)

11:40 2629 SurfaceandGate-OxidePropertiesofaLarge-Scale,<110>-orientedHigh-PurityCZ-Si–J.Lee,W.Lee,J.Kim,D.Hwang,andH.Kang(LGSiltron)

12:00 LunchBreak(120Minutes)

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Doping, Impurities and Point Defects – 14:00 – 15:50Co-Chairs: P. Stallhofer and J. Vanhellemont

14:00 2630 SchottkyBarrierHeightEngineeringforLowResistanceContactstoGeandIII-VDevices–K.Saraswat,J.Lin,A.Nainani,A.Roy(StanfordUniversity),B.Yang(Globalfoundries),andZ.Yuan(StanfordUniversity)

14:30 2631 ChallengesandOpportunitiesforDopingControlinGeforMicroandOptoelectronicsApplications–E.Bruno(UniversityofCatania),G.Scapellato,E.Napolitani,S.Mirabella,A.LaMagna(CNR-IMM),M.Mastromatteo,D.DeSalvador(UniversityofPadova),S.Boninelli,G.Fortunato,V.Privitera(CNR-IMM),andF.Priolo(UniversityofCatania)

15:00 2632 DefectEngineeringattheNanoscale:ChallengesandTrends–E.G.Seebauer(UniversityofIllinois)

15:30 2633 Long-RangeInteractionbetweenHand(BorP)DopantAtomsinSiliconCrystalsInvestigatedbyFirstPrinciplesCalculation–E.KamiyamaandK.Sueoka(OkayamaPref.University)

E7Low-Dimensional Nanoscale Electronic and Photonic Devices 5ElectronicsandPhotonics/DielectricScienceandTechnology/Sensor304A, Level 3, Hawaii Convention Center

Low-Dimensional Silicide Materials – 10:10 – 11:40Co-Chairs: Li-Jen Chou and Song Jin

10:10 2660 SynthesesofaVarietyofSilicideNanowireandNanosheetBundles–H.Tatsuoka,W.Li,E.Meng,andD.Ishikawa(ShizuokaUniversity)

10:35 2661 Bottom-upProcesstoFabricatePeriodicArraysofβ-FeSi2NanopillarsforPhotonicApplications–Y.Kaneko,M.Suzuki,K.Nakajima,andK.Kimura(KyotoUniversity)

11:00 2662 MnSilicideNanowiresontheSi(001)-2×1SurfaceHavingAnisotropicStrainFieldswithBiNanolines–K.Miki,H.Liu(NationalInstituteforMaterialsScience),andJ.Owen(UniversitédeGenève)

11:25 2663 AProposalofSchottkyBarrierHeightTuningMethodwithInterfaceControlledNi/SiStackedSilicidationProcess–Y.Tamura,R.Yoshihara,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

Low-Dimensional Materials for Energy Conversion – 14:00 – 15:45Co-Chairs: Hirokazu Tatsuoka and Motofumi Suzuki

14:00 2664 High-PerformancePiezoelectricNanogeneratorsBasedonPiezoelectricandSemiconductingCoupledProperties–S.Kim(SungkyunkwanUniversity)

14:25 2665 NovelFunctionalMaterialsandCharacterizationsforHighlyEfficientDye-SensitizedSolarCells–E.W.Diau(NationalChiaoTungUniversity)

14:50 2666 WO3NanotubesforEffectivePhotoelectrochemicalWater-Splitting–X.Zheng(StanfordUniversity)

15:15 2667 FabricationofSiliconGroove/PyramidHierarchicalStructuresforSolarCellApplications–Z.Lin(PhotonicsandOptoelectronic),A.Li,H.Wang(NationalTaipeiUniversityofTechnology),andJ.He(NationalTaiwanUniversity)

15:30 2668 LargeScaleSingle-CrystalCu(In,Ga)Se2NanotipArraysForHighEfficiencySolarCell–Y.Chueh(NationalTsingHuaUniversity)

E8Processing Materials of 3D Interconnects, Damascene and Electronics Packaging 4DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics310, Level 3, Hawaii Convention Center

Challenges in Damascene and 3D Integration – 08:00 – 09:40Co-Chairs: K. Kondo and R. Akolkar

08:00 2715 InnovationThroughIndustryandUniversityCollaboration–S.Johnston(IntelCorporation)

08:40 2716 Heterogeneous3DStackingTechnologyDevelopments–H.Ikeda(ASET)

09:10 2717 Metallizationfor3Dinterconnectprocessing–H.Philipsen,Y.Civale,K.Vandersmissen,M.Honore,F.Inoue,andP.Leunissen(IMEC)

Novel Processes for 3D Packaging – 10:00 – 12:00Co-Chairs: F. Roozeboom and M. Koyanagi

10:00 2718 3DWaferStackingviaBondingofRecessedCuDamasceneStructures–C.Tan(NanyangTechnologicalUniversity)

10:30 2719 3DIntegrationTechnologiesBasedonSurface-TensionDrivenMulti-ChipSelf-AssemblyTechniques–T.Fukushima,K.Lee,J.Bea,T.Tanaka,andM.Koyanagi(TohokuUniversity)

11:00 2720 HighAspectRatioSiliconEtch–B.Wu(AppliedMaterials,Inc.)

11:30 2721 ThroughSiliconVia(TSV)ProcessUsingDRIEandCathodeCoupledPE-CVD–Y.Kusuda(SAMCOINC.)

Electrodeposition and Electroless Plating Advances – 14:00 – 16:00Co-Chairs: M. Hayase and G. Mathad

14:00 2722 AdvancesinSemiconductorMetallizationTechnologiesforNewApplicationsandDeviceScaling–R.Preisser(AtotechUSAInc.)

14:30 2723 OpportunitiesforElectrolessCopperDepositioninSemiconductorManufacturing–Y.Dordi(LamResearchCorp)

15:00 2724 CuElectrolessDepositiononRuBarrier–InvestigationofGrowthPhenomenaandFilmProperties–K.Kim,T.Lim,K.Park,H.Koo,M.Kim,andJ.Kim(SeoulNationalUniversity)

15:20 2725 ControlofAdhesionStrengthandTSVFillingMorphologyofElectrolessBarrierLayer–R.Arima,F.Inoue,H.Miyake,T.Shimizu,andS.Shingubara(KansaiUniversity)

15:40 2726 TheWireGridPolarizermadebyElectro-andElectroless-DepositionProcesses–N.Okamoto,Y.Ikeda,Y.Koyama(OsakaPrefectureUniversity),Y.Kawazu(AsahiKaseiE-materialsCorp.),T.Saito,andK.Kondo(OsakaPrefectureUniversity)

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E10More than MooreDielectricScienceandTechnology/ElectronicsandPhotonics/Sensor/NewTechnologySubcommittee319A, Level 3, Hawaii Convention Center

Roadmaps – 08:00 – 10:00

08:00 2782 MoreMooreorMorethanMoore–C.Hobbs,K.Ang,R.Hill,C.Kang,W.Loh,K.Hummler,S.Arkalgud,P.Kirsch,andR.Jammy(SEMATECH)

08:40 2783 TechnologyRoadmappingofICs“MorethanMoore”FunctionalDiversification–B.Bader(iNEMI)andM.Gaitan(NationalInstituteofStandardsandTechnology(NIST))

09:20 2784 EmergingResearchDevicesandArchitecturesforMore-Than-MooreApplications–A.Chen(Globalfoundries)

Bioelectronics – 10:00 – 12:00

10:00 Intermission(15Minutes)10:15 2785 EngineeringtheBio-AbioInterfacetoEnable

NextGenBionics–A.Guiseppi-Elie,C.Kotanen,O.Karunwei,andA.Wilson(ClemsonUniversity)

10:50 2786 EnablingLong-TermDielectrophoreticActuationforCellManipulationandAnalysisinMicrofluidicBiochips–D.R.Reyes(NationalInstituteofStandardsandTechnology)

11:25 2787 MicrosystemPathwaystoaGreenerWorldUsingRadioisotopes–A.Lal(CornellUniversity)

3D Systems – 13:05 – 14:50

13:05 2788 SuperconductingFaultCurrentLimiterwithFastNanosecondSwitchingTimeforCommunicationSystemApplication–T.Chiu,C.Shih(CSIST),C.Cheng,C.Cheng(Chung-ShanInstituteofScience&Technology),T.Huang(CSIST),andT.Chang(Chung-ShanInstituteofScience&Technology)

13:40 2789 High-SpeedAlkalineEtchingforBacksideExposureofthroughSiliconVias–K.Yoshikawa(TohokuUniversity),T.Miyazaki(PRE-TECHATCO.,LTD),N.Watanabe,andM.Aoyagi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

14:15 2790 DevelopmentofNovelMOSFETwithFrontandBackSideElectrodesfor3D-StructuredImageSensors–M.Goto,K.Hagiwara,Y.Iguchi,H.Ohtake(NHKScienceandTechnologyResearchLaboratories),T.Saraya,H.Toshiyoshi,andT.Hiramoto(TheUniversityofTokyo)

3D Metrology – 14:50 – 16:00

14:50 2791 MetrologytoEnable“MorethanMoore”ApplicationsofResistiveSwitchingDevices–C.A.Richter,J.Tedesco(NIST),H.Jang(NIST&WakeForestUniversity),H.Li(NIST&GeorgeMasonUniversity),O.Jurchescu(WakeForestUniversity),andQ.Li(GeorgeMasonUniversity)

15:25 2792 MeasurementSciencefor“More-Than-Moore”TechnologyReliabilityAssessments–Y.Obeng(NationalInstituteofStandardsandTechnology),C.Okoro,andJ.Kopanski(NationalInstituteofStandardsandTechnology(NIST))

E14Semiconductor Wafer Bonding 12: Science, Technology, and ApplicationsElectronicsandPhotonics312, Level 3, Hawaii Convention Center

Fundamentals – 08:00 – 09:40

08:00 2952 DirectBondingEnergyMeasurementUnderAnhydrousAtmosphere–F.Fournel,L.Contini,C.Morales,J.DaFonseca,H.Moriceau,C.MartinCocher(CEA,LETI),F.Rieutord(CEA,INAC),A.Barthelemy,andI.Radu(Soitec)

08:40 2953 StudyofHydrophilicSiDirectBondingwithUltravioletOzoneActivationfor3DIntegration–J.Fan,G.Chong,andC.Tan(NanyangTechnologicalUniversity)

09:00 2954 HydrophilicWaferBonding–AnAcid/BaseConcept–M.Reiche(Max-Planck-InstitutfürMikrostrukturphysik)

09:20 2955 SurfaceActiviationforSemiconductorWaferDirectBondingUsingPolymer-StrippingWetChemicals–R.Knechtel,H.Wünschre,andH.Klingner(X-FABSemiconductorFoundriesAG)

Bonded Interface Properties – 10:00 – 12:00

10:00 2956 In SituObservationofFormationofBondedInterfaceusingMEMS-in-TEMattheNanoscale–T.Ishida(TokyoInstituteofTechnology)

10:40 2957 StructureofDirectlyBondedInterfacesBetweenSiandSiC–M.Yoshimoto,R.Araki,T.Kurumi,andH.Kinoshita(KyotoInstituteofTechnology)

11:00 2958 InfluenceofInterfacialParticlesonUnbondedAreainSemiconductorWaferBonding:anExperimentalApproach–H.Kim-Lee,A.Kim,D.Kim,J.Jeon,K.Woo,andB.Park(SamsungCorningPrecisionMaterials)

11:20 2959 StrainCharacterizationofDirectlyBondedGermanium-to-SiliconSubstrates–I.P.Ferain(TyndallNationalInstitute-UCC),N.Bennett,P.McNally(DublinCityUniversity),S.Holl(CaliforniaStateUniversity,Sacramento),andC.Colinge(TyndallNationalInstitute-UCC)

11:40 2960 TheStudyonDefectsofGermanium-on-InsulatorFabricatedbyaLowTemperatureSmart-CutProcess–X.Zhang,F.Yang,Y.Ou(InstituteofMiccroelectronicsofChineseAcademyofSciences),T.Ye(ChineseAcademyofSciences),andS.Zhuang(UniversityofShanghaiforScienceandTechnology)

Wafer Bonding for Solar Cells – 14:00 – 16:00

14:00 2961 AdvancedIII-VMultijunctionSolarCellsFabricatedbySemiconductorWaferBonding–D.C.Law,D.Bhusari,S.Mesropian,S.Singer,P.Chiu,W.Hong,R.Woo,X.Liu,C.Fetzer,A.Palmer,E.Rehder,R.King,J.Boisvert,andN.Karam(Spectrolab,Boeing)

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14:40 2962 DevelopmentofGaInP/GaAs/SiSolarCellsusingSurfaceActivatedWaferBonding–S.Essig,K.Derendorf,E.Oliva,A.Wekkeli,J.Benick,M.Hermele,G.Siefer,A.Bett,andF.Dimroth(FraunhoferInstituteforSolarEnergySystemsISE)

15:20 2963 ElectricalConductivityofDirectWafer-BondedGaAs/GaAsStructuresforWafer-BondedTandemSolarCells–K.Yeung,J.McKay,C.Roberts(UniversityofCalifornia–LosAngeles),andM.Goorsky(UniversityofCalifornia,LosAngeles)

E15State-of-the-Art Program on Compound Semiconductors 54 (SOTAPOCS 54)ElectronicsandPhotonics/LuminescenceandDisplayMaterials328, Level 3, Hawaii Convention Center

Advances in Wide Bandgap Semiconductors – 08:00 – 12:00

08:00 3001 ProgressinNonpolarandSemipolarGaNMaterialsandDevices–J.S.Speck(UniversityofCaliforniaSantaBarbara)

08:30 3002 StudyofProtein-PeptideBindingAffinityUsingAlGaN/GaNHighElectronMobilityTransistors–C.Huang(NationalTsingHuaUniversity),G.Lee,J.Chyi(NationalCentralUniversity),H.Cheng(NationalTaiwanUniversityHospital),C.Hsu(NationalTsingHuaUniversity),Y.Hsu(NanoEngineeringandMicroSystems,NationalTsingHuaUniversity),F.Ren(UniversityofFlorida),andY.Wang(NationalTsingHuaUniversity)

09:00 3003 ScienceChallengesofUltra-EfficientSolid-StateLighting–M.H.CrawfordandJ.Tsao(SandiaNationalLaboratories)

09:30 3004 InGaN/GaNNanostructureArraysforLEDs–T.Yeh,Y.Lin,andP.D.Dapkus(UniversityofSouthernCalifornia)

10:00 Intermission(15Minutes)10:15 3005 WideBandgapSemiconductorsforSensingwith-

inExtremeHarshEnvironments–D.G.Senesky(StanfordUniversity)

10:45 3006 ZnS-basedNanostructures:AnUniqueUV-LightSensor–X.Fang,L.Hu,andL.Wu(FudanUniversity)

11:15 3007 DetectionofSARSCoronavirusNucleocapsidProteinUsingAlGaN/GaNHighElectronMobilityTransistors–Y.Hsu(NanoEngineeringandMicroSystems,NationalTsingHuaUniversity),G.Lee,J.Chyi(NationalCentralUniversity),C.Chang(InstituteofBiomedicalSciences,AcademiaSinica),C.Huang,C.Hsu(NationalTsingHuaUniversity),T.Huang(InstituteofBiomedicalSciences,AcademiaSinica),F.Ren(UniversityofFlorida),andY.Wang(NationalTsingHuaUniversity)

11:30 3008 n-typeNanostructures/p-GaNorSiThinFilmPositionedbyNon-UniformElectricField–J.Kim(KoreaUniversity)

Advanced ins Wide Bandgap Semiconductors – 13:30 – 18:00

13:30 3009 ResistiveSwitchinginZinc-Tin-OxideandAtomicLayerDepositionofNanolaminatesforAmorphousOxideSemiconductorThinFilmTransistors–J.ConleyJr.(OregonStateUniversity)

14:00 3010 Impurity-InducedDisorderinginSi-andMg-dopedAlGaN-AlNSuperlattices–A.Allerman,J.Wierer,Q.Li,M.H.Crawford,andS.Lee(SandiaNationalLaboratories)

14:30 3011 III-NitrideGrowthbyPAMBEandCharacterizationsTowardsGreenEnergyApplications–L.Tu,Y.Lin,C.Chang,P.Wadekar,T.Chen,andT.Deng(NationalSunYat-SenUniversity)

15:00 3012 Phosphor-FreeGreenandYellowLEDsinNano-PatternedandPolarizationControlledEpitaxy–C.WetzelandT.Detchprohm(RensselaerPolytechnicInstitute)

15:30 3013 ImprovedHydrogenSensingPerformanceofAlGaN/GaNbasedsensorwithPlatinumNanonetworks–S.Jang,H.Kim(DankookUniversity),S.Pearton,andF.Ren(UniversityofFlorida)

E16Thin Film Transistors 11 (TFT 11)ElectronicsandPhotonics327, Level 3, Hawaii Convention Center

Oxide TFTs and Fabrication Process I – 08:00 – 10:20Co-Chair: Y. Kuo

08:00 IntroductoryRemarks(10Minutes)08:10 3043 TransparentAmorphousOxideSemiconductor

TFTs:Historyandcurrentstatus–H.Hosono(TokyoInstituteofTechnology)

08:50 3044 Top-GateeffectsinDual-GateAmorphousInGaZnO4Thin-FilmTransistors–K.Takechi(NLTTechnologies,Ltd.),S.Iwamatsu,T.Yahagi,Y.Watanabe,S.Kobayashi(YamagataResearchInstituteofTechnology),andH.Tanabe(NLTTechnologies,Ltd.)

09:30 3045 DepositionofLowStressAmorphousZincTinOxideatAmbientTemperatureusingaRemotePlasmaSputteringProcessSuitableforDelicateSubstrates–S.M.Pfaendler(UniversityofCambridge),G.Ercolano,J.Driscoll(DepartmentofMaterialScience,UniversityofCambridge),andA.J.Flewitt(DepartmentofEngineering,UniversityofCambridge)


Oxide TFTs and Fabrication Processes II – 10:20 – 12:00Co-Chairs: S. Fonash and H. Hosono

10:20 3046 MgZnO/ZnOHeterostructureField-EffectTransistorsFabricatedbyRF-Sputtering–B.Wang(GraduateInstituteofPhotonicsandOptoelectronics&DepartmentofElectricalEngineering,NationalTaiwanUniversity),I.Cheng,andJ.Chen(NationalTaiwanUniversity)

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10:40 3047 a-InGaZnOThin-FilmTransistorwithNon-VacuumProcessedInGaZnO/AlOxGateDielectricStack–M.Furuta,T.Kawaharamura(KochiUniversityofTechnology),T.Toda(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),andW.Dapeng(KochiUniversityofTechnology)

11:00 3048 SimpleAqueousSolutionRouteforFabricationofHighPerformanceOxideTFT–B.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST)),Y.Hwang,J.Seo,andG.Choi(KAIST)

11:20 3049 FabricatingMultipleChanneledZincOxideThinFilmTransistorviaSol-GelMethod–G.Chiou,S.Liu(NationalChiNanUniversity),S.Chen(NationalTsingHuaUniversity),andH.Chen(NationalChiNanUniversity)

11:40 3050 ImprovementofSolution-ProcessedOxideThin-FilmTransistorsbyUltra-VioletTreatment–J.Lee,S.Song,D.Kang,Y.Kim,J.Kwon,andM.Han(SeoulNationalUniversity)

Oxide TFT Device and Reliability – 14:00 – 16:00Co-Chairs: H. Hosono and P. Migliorato

14:00 3051 LightandBiasInducedDefectsina-IGZOThinFilmTransistors–P.Migliorato(CambridgeUniversity),M.Seok,J.Um,M.Chowdhury(KyungHeeUniversity),andJ.Jang(KyungHeeUniv.)

14:40 3052 ImprovementofthePhoto-BiasStabilityofZn-Sn-OFieldeffectTransistorsbyanOzoneTreatment–B.Yang,S.Oh,Y.Kim,andH.Kim(SeoulNationalUniversity)

15:00 3053 ImprovementinthePhoto-InducedBiasInstabilityofOxideTFTbyControllingSub-GapStates–K.Son,T.Kim,J.Park,H.Kim,S.Seo,J.Seon(SamsungAdvancedInstituteofTechnology),K.Ji,J.Jeong(InhaUniversity),H.Lee,S.Im(YonseiUniversity),M.Ryu,andS.Lee(SamsungAdvancedInstituteofTechnology)

15:20 3054 MixedOxideThinFilmTransistorsUnderCombinatoryOpticalIrradiationandElectricalBias–T.L.Alford,R.Vemuri,andW.Mathews(ArizonaStateUniversity)

15:40 3055 TheeffectofZn/SnRatioontheElectricalPerformanceofAmorphousZrZnSnO(ZZTO)ThinFilmTransistorsbyRFSputtering–I.Chiu,I.Cheng,andJ.Chen(NationalTaiwanUniversity)

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

Opening and Plenary Session – 08:25 – 10:35Co-Chair: David Harame

08:25 IntroductoryRemarks(20Minutes)08:45 3101 AdvancedCMOSScalingandFinFET

Technology–E.J.Nowak(IBM)09:40 3102 FinFET--HowtoMakeaVeryShortChannel

MOSFET–C.Hu(Univ.ofCalif.,Berkeley)

FET/Strain Session 1: FinFET – 10:50 – 12:10Co-Chairs: Yee-Chia Yeo

10:50 3103 EffectofFinDopingConcentrationontheElectricalCharacteristicsofGermanium-on-InsulatorMulti-GateField-EffectTransistor–B.Liu,X.Gong,C.Zhan(NationalUniversityofSingapore(NUS)),G.Han(NationalUniversityofSingapore),N.Daval,C.Veytizou,D.Delprat,B.Nguyen(Soitec),andY.Yeo(NationalUniversityofSingapore)

11:10 3104 GermaniumGate-All-AroundFETsonSOI–H.Chang(GIEE,NTU),S.Hsu,C.Chu(NationalNanoDeviceLaboratories),W.Tu,Y.Chen(NationalTaiwanUniversity),P.Sung,G.Luo(NationalNanoDeviceLaboratories),andC.Liu(NationalTaiwanUniversity)

11:30 3105 SelectiveGrowthOfStrainedGeChannelOnRelaxedSiGeBufferInShallowTrenchIsolationForHighMobilityGePlanarAndFinp-FET–B.Vincent,L.Witters,O.Richard,A.Hikavyy,H.Bender,R.Loo,M.Caymax,andA.Thean(imec)

11:50 3106 StressTechniquesandMobilityEnhancementinFinFETArchitectures–G.Eneman,L.Witters,J.Mitard,G.Hellings,A.DeKeersgieter(Imec),D.Brunco(Globalfoundries),A.Hikavyy,B.Vincent,E.Simoen,P.Favia,H.Bender,A.Veloso,T.Chiarella,G.Boccardi,M.Kim,M.Togo,R.Loo,K.DeMeyer,N.Horiguchi,N.Collaert,andA.Thean(imec)

HBT Session 1: Advanced SiGe HBT Technology – 13:40 – 16:00Co-Chairs: Guofu Niu and Mikael Ostling

13:40 3107 AdvancedTransistorArchitecturesforHalf-TerahertzSiGeHBTs–B.Heinemann,A.Fox,andH.Rücker(IHP)

14:10 3108 UnderstandingtheEffectsofEpitaxyArtifactsonSiGeHBTPerformancethroughDetailedProcess/DeviceSimulation–R.Camillo-Castillo,Q.Liu,P.Cheng,J.Adkisson(IBMMicroelectronics),andD.Harame(IBMSystemsandTechnologyGroup)

14:30 3109 ImprovedFrequencyResponseinaSiGenpnDevicethroughImprovedDopantActivation–J.Adkisson(IBMMicroelectronics),M.Khater(IBMT.J.WatsonResearchCenter),J.Gambino,P.Cheng,V.Jain,R.Camillo-Castillo(IBMMicroelectronics),C.Lavoie(IBMT.J.WatsonResearchCenter),A.Sutton,O.Gluschenkov(IBMSemiconductorResearchandDevelopmentCenter),Q.Liu,T.McDevitt(IBMMicroelectronics),S.Engelmann(IBMT.J.WatsonResearchCenter),J.Pekarik(IBMMicroelectronics),andD.Harame(IBMSystemsandTechnologyGroup)

14:50 3110 EvaluationofRFNoiseSourceRelativeImportanceinSiGeHBTsUsingVariousNoiseRepresentations–Z.XuandG.Niu(AuburnUniversity)

15:10 3111 StrainedSiliconHeterojunctionBipolarTransistors–A.ONeill(NewcastleUniversity)

15:40 3112 ASelf-AlignedSacrificialEmitterProcessforHighPerformanceSiGeHBTinBiCMOS–Q.Liu(IBMMicroelectronics)andD.Harame(IBMSystemsandTechnologyGroup)

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F1Bio-Enabled Materials, Processes, and DevicesElectrodeposition/PhysicalandAnalyticalElectrochemistry/Sensor311, Level 3, Hawaii Convention Center

Electrochemical Biosensors – 10:00 – 11:40Co-Chairs: John Harb and Zorida Aguilar

10:00 3244 (Invited)DNA-TranslocationthroughaSolid-StateNanoporeCoatedwithaFunctionallySwitchableSelf-AssembledMonolayer–S.Harrer(IBMResearchLaboratoryMelbourne),D.Wang,B.Luan,G.Stolovitzky,H.Peng,andA.Afzali-Ardakani(IBMResearchUSA)

10:40 3245 (Invited)ElectrochemicalBiosensorsforDetectingPathogens–W.R.Heineman,X.Guo,A.Kulkarni,S.Iyer,andH.Halsall(UniversityofCincinnati)

11:20 3246 IridiumOxideHybridsasElectrodesfortheNeuralSystem–N.M.Carretero,J.Moral,A.Cruz,andN.Casañ-Pastor(ICMAB-CSIC)

Biologically Inspired Systems – 14:00 – 15:40Co-Chair: Daniel Schwartz

14:00 3247 (Invited)HierarchicallyAssemblyofMaterialsUsingBiologicalBuildingBlocks–S.Kim,M.Vasudev,J.Slocik,S.Jones,T.Bunning,andR.Naik(AirForceResearchLaboratory)

14:40 3248 (Invited)BiologicallyInspiredSynthesisofaPhotocatalyticallyActiveMembraneforWaterTreatment–N.Kinsinger,A.Dudchenko,A.Wong(UCRiverside),D.Li(LawrenceBerkeleyNationalLabs),andD.Kisailus(UCRiverside)

15:20 3249 Bio-InspiredChemistryforElectrophoreticNanotechnology–I.Zhitomirsky(McMasterUniversity)

F2Electrodeposition General Session: Fundamentals and New Materials – Dieter M. Kolb Memorial SymposiumElectrodeposition313B, Level 3, Hawaii Convention Center

Session I – 08:00 – 10:00Co-Chairs: R. Alkire and T. Homma

08:00 IntroductoryRemarks(20Minutes)08:20 3262 OntheStructureoftheHelmholtzLayeratthe

Solid-ElectrolyteBoundaryanditsRelationtoElectrodeKinetics–H.J.Lewerenz(CaliforniaInstitutofTechnology)

09:00 3263 MetalDepositiononMetal,Semiconductor,OrganicLayer–CommonInterestswithProf.DieterKolb–K.Uosaki(NIMS)


Session II: UPD and Adsorption – 10:00 – 12:00Co-Chairs: T. Homma and R. Alkire

10:00 3264 UnderpotentialDepositionofCuonAu(111)inAcidSulfateSolution–N.Vasiljevic(UniversityofBristol),L.Viyannalage(SUNY-Binghamton),N.Dimitrov(SUNYatBinghamton),andK.Sieradzki(ArizonaStateUniversity)

10:20 3265 TuningtheDrivingForceinUnderpotentialCodepositionofAlloysviaSelectiveComplexation:ApplicationtoAu-CuAlloys–D.LiangandG.Zangari(UniversityofVirginia)

10:40 3266 LeadUnderpotentialDepositiononSub-MonolayerPtandRuModifiedAu(111)Surface–Q.Yuan,A.Tripathi,M.Slavkovic,andS.Brankovic(UniversityofHouston)

11:00 3267 EC-STMStudyofTwo-DimensionalComplexAdlayerDirectlyFormedonAu(111)–S.Yoshimoto(KumamotoUniversity)andK.Nishiyama(KumamotoUniv.)

11:20 3268 CharacterisationoftheDepositionofn-octano-hydroxamateonCopperSurfaces–G.K.Parker(GriffithUniversity),S.Holt(AustralianNuclearScienceandTechnologyOrganisation),andG.Hope(GriffithUniversity)

11:40 3269 ElectrochemicalFormationofCu-CorroneneAdlayeronAu(111)inAcidicSolution–T.Sawaguchi(NationalInstituteofAdvancedIndustrialScienceandTechnology)andS.Yoshimoto(KumamotoUniversity)

Session III: Thin Film Electrodeposition – 14:00 – 16:00Co-Chairs: K. Uosaki and L. Kibler

14:00 3270 E-ALDofPdonAuSingleCrystals–L.Sheridan,Y.Kim,J.Stickney(TheUniversityofGeorgia),andD.B.Robinson(SandiaNationalLaboratories)

14:20 3271 Layer-by-layerPtElectrodepositiononAuSingleCrystalSurfacesStudiedbyIn SituResonanceSurfaceX-rayScattering–T.Kondo,M.Shibata(OchanomizuUniversity),T.Masuda,andK.Uosaki(NIMS)

14:40 3272 TheEvolutionofSurfaceMorphologyandStressinElectrodepositedCopperNanofilms–M.O’Grady,C.Lenihan(MaterialsandSurfaceScienceInstitute,UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

15:00 3273 ElectrochemicalImpedanceSpectroscopyAppliedtoCantileverCurvature–M.C.Lafouresse,U.Bertocci,C.Beauchamp,andG.Stafford(NIST)

15:20 3274 ControllingPtNucleationandGrowthbySolutionChemistryandDepositionConditions–Y.Liu,D.Gokcen(NationalInstituteofStandardsandTechnology),U.Bertocci(NIST),andT.Moffat(NationalInstituteofStandardsandTechnology)

15:40 3275 XASStudyofCore-ShellPtRuNanoparticlesfromGalvanicPulseCurrentDeposition–Y.Hsieh(NationalChiaoTungUniversity),L.Chang(GraduateProgramforScienceandTechnologyofAcceleratorLightSource),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

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F3Electroless Deposition: Principles, Activation, and Applications 2Electrodeposition306A, Level 3, Hawaii Convention Center

Co-Chairs: Stojan Djokic, John Sickney, T. Homma, and W. Cai

08:00 IntroductoryRemarks(5Minutes)08:05 3312 InfluenceofAddedElementsonElectrolessNi-P

–P.CavallottiandL.Magagnin(PolitecnicodiMilano)

08:25 3313 CorrosionofCopperandNickelDuringElectrolessNiP/PdDeposition–C.S.TiwariandR.Nguyen(MicronTechnologyInc.)

08:45 3314 ElectrochemicalEvaluationofElectrolessNi-Zn-Cu-PAlloyDeposition–M.ZaimiandK.Noda(ShibauraInstituteofTechnology)

09:05 3315 DepositionofThinMetallicFilmsonSemiconductorSubstrates–S.Djokic(ElchemConsulting,Ltd.),N.Djokic(ElchemConsultingLtd.),andT.Thundat(UniversityofAlberta)

09:25 3316 CopperElectrolessDepositiononaGlassSubstrate–P.ChanandW.Dow(NationalChungHsingUniversity)

09:45 3317 Co-NiElectrolessCompositePlatingof20nmDiamondparticleson10micrometerPlasticBallsandtheApplicationofthusprepareddevicestoPostCMPProcesses–S.Yoshihara(UtsunomiyaUniversity)

10:05 Intermission(15Minutes)10:20 3318 ImpactoftheSiliconSubstratesCleaningand

ActivationintheNickelElectrolessPlating–M.Bouttemy(InstitutLavoisierdeVersailles),H.ElBelghiti(OMGUltraPureChemicals),D.Aureau(CNRS-UVSQ),E.Delbos(OMGUltraPureChemicals),andA.Etcheberry(InstitutLavoisierdeVersailles)

10:40 3319 FluorideFreeGalvanicDisplacementofCopperandSilverasSurfaceModificationsforMEMS–D.Serrao,A.Raygani,andL.Magagnin(PolitecnicodiMilano)

11:00 3320 Solution-SourceVapor-PhaseMistDepositionMethodforFutureRoll-to-RollProcessinSemiconductorDeviceFabrication–S.Fujita,S.Katori,T.Ikenoue,andJ.Piao(KyotoUniversity)

11:20 3321 EffectofLight/HeatonFastFormationReactionofHighly-ConductivePolymerwithMetalShellStructure–Y.Hashimoto(ChibaInstituteofTechnology),J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

11:40 3322 DepositionRateofMetalonConductingPolymerUnderPhotoIrradiation–H.Fujihira,J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

Co-Chairs: J. Stickney, Stojan Djokic, and L. Magagnin

14:00 3323 OntheMechanismofElectrolessDepositionofNi-P:ElectrochemicalandComputationalInvestigations–L.Magagnin,C.Cavallotti,andP.Cavallotti(PolitecnicodiMilano)

14:20 3324 ElectrolessDepositionforDevelopingATRSurfaceEnhancedIRSpectroscopy–W.Cai(DepartmentofChemistry,FudanUniversity)

14:40 3325 InvestigationofReactionsandAdditiveEffectsinElectrolessDepositionbyIn SituTransmittanceMeasurement–K.Park,T.Lim,M.Kim,andJ.Kim(SeoulNationalUniversity)

15:00 Intermission(20Minutes)15:20 3326 FactorsAffectingReactionRatesofChemical

BathDepositionofCopperOxideThinFilms–J.Sasano,Y.Adachi,andM.Izaki(ToyohashiUniversityofTechnology)

15:40 3327 TheInteractionofTantalumwithTelluriteIonsinBasicSolution–C.TsangandJ.Stickney(TheUniversityofGeorgia)

F5Magnetic Materials and Devices 12Electrodeposition323C, Level 3, Hawaii Convention Center

Magnetic Recording and Materials 1 – 09:00 – 16:00Co-Chairs: C. Bonhote, G. Zangari, and S. Brankovic

09:00 3391 ThinFilmMagneticHeads–EarlyInventionsandTheirOngoingImpactonMagneticStorageandonElectrochemistry–L.Romankiw(IBM,ThomasJ.WatsonResearchCenter)andS.Krongelb(IBMThomasJ.WatsonResearchCenter)

09:40 Intermission(20Minutes)10:00 3392 BeyondPerpendicularMagneticRecording-

AlternativeMagneticStorageTechnologies–N.Robertson(HGSTResearch)

10:40 3393 ElectrodepositionofMagneticAlloysUsedinFabricationofRecordingHeads–I.Tabakovic,S.Riemer,J.Gong,V.Venkatasamy,andM.Kautzky(SeagateTechnology)

11:20 3394 MagneticTapeHeadsandContactRecording–R.G.Biskeborn(IBMCorporation)

12:00 Intermission(120Minutes)14:00 3395 ElectrochemicalDepositionofMagneticAlloy

FilmswithLargeMagneticAnisotropy–D.LiangandG.Zangari(UniversityofVirginia)

14:40 3396 ReversibleChangeofMagnetisminFePtandCoPtFilmsbyElectrochemicalCharging–K.Leistner(IFW)

15:20 3397 ResistivityControlinCoFeNiXMagneticAlloys–N.Dole(UniversityofHouston),D.Lee,N.Brockie,A.Papou,W.French(TexasInstruments),andS.Brankovic(UniversityofHouston)

15:40 3398 CompositionGradientsandMagneticPropertiesof10-100nmNiFeandCoFeFilmsObtainedbyElectrodeposition–J.Gong,S.Riemer,V.Venkatasamy,M.Kautzky,andI.Tabakovic(SeagateTechnology)

I1Physical and Analytical Electrochemistry General SessionPhysicalandAnalyticalElectrochemistry318B, Level 3, Hawaii Convention Center

PAED General Session 1 – 09:00 – 12:00Co-Chairs: R. Calhoun and S. Chen

09:00 3527 ElectrochemicalMeasurementsinHighMagneticFieldsforEnergyStorage–A.Migliori,C.R.Kreller,R.L.Borup,andF.H.Garzon(LosAlamosNationalLaboratory)

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09:20 3528 TheImportanceofElectrochemicalSurfacePotentialsinPressureSolution–K.Kristiansen,M.Valtiner(UniversityofCalifornia,SantaBarbara),G.Greene(DeakinUniversity),J.Boles,andJ.Israelachvili(UniversityofCalifornia,SantaBarbara)

09:40 Intermission(20Minutes)10:00 3529 SurfaceIntermediatesoftheOxygenEvolution

ReactiononIridiumasObservedbySurfaceInterrogationScanningElectrochemicalMicroscopy(SI-SECM)–N.Arroyo-CurrasandA.Bard(UniversityofTexasatAustin)

10:20 3530 SECMFootprintAnalysisofReactiveOxygenSpeciesProducedDuringMultielectronicO2Reduction–J.Noel(UniversityofRennes1),A.Latus(UniversityofBucharest),C.Lagrost(UniversityofRennes1),E.Volanschi(UniversityofBucharest),andP.Hapiot(UniversitedeRennes1)

10:40 3531 NewMethodsandNewApplicationsofElectrochemiluminescentAnalysis–G.Xu,L.Hu,L.Zhang,Y.Yuan,T.Yuan,andS.Parveen(ChangchunInstituteofAppliedChemistry)

11:00 3532 ProbingTheStructureandCompositionattheElectrodeInterface:UnderstandingtheImportanceofThrough-SpaceInteractions–M.R.Anderson,M.DeLaRosa,M.Tomlinson,andM.Anderson(UniversityofColoradoDenver)

11:20 3533 Surface-EnhancedRamanSpectroscopyPlatformsforStudyingElectrodepositionandSurfaceChemistryofNanostructuredSemiconductors–J.GuandS.Maldonado(UniversityofMichigan)

11:40 3534 DetectionofTetrylbyElectrogeneratedChemiluminescence(ECL)quenchingofRu(bpy)32+–P.LindhomeandR.L.Calhoun(USNavalAcademy)

PAED General Session 2 – 14:00 – 18:00Co-Chairs: P. Trulove and R. Mantz

14:00 3535 SimulationofElectrochemicalMicromachiningwithNanosecondPulses–E.L.Hotoiu,S.VanDamme,andJ.Deconinck(VrijeUniversiteitBrussel)

14:20 3536 PerformanceCharacterizationoftheTitanium(IV)-PorphyrinReagentforDeterminingHydrogenPeroxidebasedonAbInitioCalculations–K.Takamura(TokyoUniversityofPharmacyandLifeSciences)andT.Matsumoto(InstituteofMultidisciplinaryResearchforAdvancedMaterials,TohokuUniversity)

14:40 3537 QuantumMechanicalAnalysisontheEffectofElectricFieldontheAdsorptionofWaterandHydroniumonTransitionMetalSurfaces–A.Huzayyin,J.Chang,F.Dawson,andK.Lian(UniversityofToronto)

15:00 3538 ATemperatureDependentMulti-IonModelforTimeAccurateNumericalSimulationoftheElectrochemicalMachiningProcess–D.Deconinck,S.VanDamme,andJ.Deconinck(VrijeUniversiteitBrussel)

15:20 3539 ElectrolessDepositionofthecylindricalIronNanotubesusingAnodicAluminiumOxideTemplate–T.Hussain,A.Shah,andG.Zohra(UniversityofthePunjab)

15:40 3540 ExtractMetalsbyaTreatedScallopShellPowder–K.Takeuchi,H.Honda,S.Tamura,T.Ishiguro,Y.Kogo(TokyoUniversityofScience),H.Koyanaka(KyotoUniversity),J.Neuefeind,M.Feygenson,andA.Kolesnikov(OakRidgeNationalLaboratory)

I2Bioelectroanalysis and BioelectrocatalysisPhysicalandAnalyticalElectrochemistry317B, Level 3, Hawaii Convention Center

Bioelectroanalysis – 08:20 – 12:00Co-Chairs: L. Mao and A. Brajter-Toth

08:20 3572 ElectrochemicalInvestigationsofLipidMembranesandProteinsattheLiquid-LiquidInterface–R.Kataky(DurhamUniversity)

08:40 3573 FabricationofNanoporous1-3nmThickMembranesonNanostructuredMicroelectrodesforLownMDetection–A.Boateng(UniversityofFlorida),F.Irague(UniversitéPaulSabatierToulouseIII),andA.Brajter-Toth(UniversityofFlorida)

09:00 3574 ElectrochemicalImmunoassayofPhosphorylatedProteins–D.Du(CentralChinaNormalUniversity)

09:20 3575 IntermediateLayersforImmobilizationofBiomacromoleculesonVariousSubstrates–A.Nowicka,A.Kowalczyk,M.Fau,andZ.J.Stojek(UniversityofWarsaw)

09:40 Intermission(20Minutes)10:00 3576 FunctionalNanomaterialsforSensitiveBioassay

–D.Du(PacificNorthwestNationalLaboratory)andY.Lin(PacificNorthwestNationalLab)

10:20 3577 InVivoElectroanalyticalChemistry:StrategiesBasedonSurface/InterfaceChemistry–L.Mao(InstituteofChemistry,ChineseAcademyofSciences(CAS))

10:40 3578 DevelopmentofNano-Pt/Graphene/NafionCompositeMembraneforGlucoseBiosensor–H.Leu,K.Chiu,andC.Lin(FengChiaUniversity)

11:00 3579 ElectrochemicalTechniquesasEffectiveReadoutMethodsforAptamerbasedBiosensors–E.Wang(ChangchunInstituteofAppliedChemistry)

11:20 3580 SynthesisGraphene-basedNanocompositesandApplyinElectrochemicalSensors–Z.WANG(ChangchunInstituteofAppliedChemistry,ChineseAcademyofSciences)

11:40 3581 ElectrochemicalSurfacePlasmonResonanceSensorbasedonNanoholeArrayElectrodeFabricatedbyNanoimprintingTechnique–O.Niwa(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Nakamoto(NationalInstituteofAdvancedIndustrialScienceandTechnology,UniversityofTsukuba),andR.Kurita(NationalInstituteofAdvancedIndustrialScienceandTechnology)

Bioelectrocatalysis – 14:00 – 18:00Co-Chairs: D. Cliffel and S. Calabrese Barton

14:00 3582 InvestigationoftheDissimilarityMetalReduction(DMR)PathwaysofShewanellawithSpatialResolutionbyScanningElectrochemicalMicroscopy–G.Chen,D.Kimmel,andD.Cliffel(VanderbiltUniversity)

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14:20 3583 FacilitationofHigh-RateNADHElectrocatalysisatActivatedCarbonElectrode–H.Li,R.Li,R.Worden,andS.CalabreseBarton(MichiganStateUniversity)

14:40 3584 IonicLiquid-BasedElectrochemicalBiosensors–P.YuandL.Mao(InstituteofChemistry,ChineseAcademyofSciences(CAS))

15:00 3585 ElectrochemicalBiosensorandBiofuelCellApplicationsofNanomaterialsModifiedElectrodes–S.Chen,Y.Li,V.Mani,andM.Rajkumar(NationalTaipeiUniversityofTechnology)

15:20 3586 DirectElectronTransferandElectrocatalysisofHemoglobinonITONanoparticleElectrode–Y.Ayato,K.Yamagiwa(TokyoUniversityofScience),H.Shiroishi(TokyoNationalCollegeofTechnology),andJ.Kuwano(TokyoUniversityofScience)

15:40 3587 AThirdGenerationL-fucoseBiosensorbasedonaNovelDehydrogenasefromtheBasidiomyceteCoprinopsisCinerea–M.Inukai(TokyoUniversityofAgricultureandTechnology),H.Matsumura,K.Igarashi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

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

Electrochemistry in Molten Salts and Ionic Liquids – 08:00 – 08:40Co-Chair: W. M. Reichert

08:00 3615 FundamentalStudyonReductionRateforElectrolyticReductionofSiO2PowderinMoltenCaCl22–T.Toba,K.Yasuda,T.Nohira,R.Hagiwara(KyotoUniversity),K.Ichitsubo,K.Masuda(TaiheiyoCementCorporation),andT.Homma(WasedaUniversity)

08:20 3616 AnodicReactionsonSomeMaterialsinLiCl-KClMelt–T.Takenaka,M.Umehara,D.Araki,andT.Morishige(KansaiUniversity)

New Molten Salts and Ionic Liquids and Properties – 08:40 – 14:00Co-Chairs: W. M. Reichert and J. Davis

08:40 3617 PropertiesofQuaternaryPhosphoniumFluorohydrogenateIonicLiquidsandTheirDerivativesGivingIonicPlasticCrystalPhases–R.Hagiwara,T.Enomoto,andK.Matsumoto(KyotoUniversity)

09:00 3618 BorderbetweenIonicLiquidsandElectrolyteSolutions–M.Watanabe(YokohamaNationalUniversity)

09:40 Intermission(20Minutes)10:00 3619 IonPairsinIonicLiquids–J.Hallett,I.Villar-

Garcia,andT.Welton(ImperialCollege,London)10:40 3620 BulkandInterfacialPropertiesofIonicLiquids

andTheirMixtureswithLithiumSalts–O.Borodin(U.S.ArmyResearchLaboratory),J.Vatamanu(UniversityofUtah),L.Xing(TheUniversityofUtah),G.Smith(WasatchMolecularInc),andD.Bedrov(TheUniversityofUtah)

11:00 3621 PolymorphicBehaviorofAlkaliMetalBis(Fluorosulfonyl)Amides–K.Matsumoto,T.Oka,T.Nohira,andR.Hagiwara(KyotoUniversity)

11:20 3622 EffectofInteractionbetweenCation-AniononIonicConductivityinRoomTemperatureMoltenFluoridesContainingHF–A.Tasaka,H.Inoue,T.Isogai,T.Nakai,M.Saito,andM.Inaba(DoshishaUniversity)

11:40 3623 ProticIonicLiquidsasFuelCellElectrolytes:ContrastandSimilaritiesbetweenBulkandElectrochemicalProperties–M.Miran,T.Yasuda,M.Susan,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

12:00 LunchBreak(120Minutes)

New Molten Salts and Ionic Liquids/Properties of MS and IL – 14:00 – 16:00Co-Chairs: D. Fox and M. Watanabe

14:00 3624 BoroniumBasedIonicLiquids:SaltsofBoronCenteredCationsasPromisingSaltsforElectrochemicalApplications–J.H.DavisJr.(UniversityofSouthAlabama),T.Ruether(CommonwealthScientificandResearchOrganization,CSIRO,EnergyTechnology),andS.Dorman(BirminghamSouthernCollege)

14:40 3625 TheStructureofIonicLiquidsontheNanoscale–C.J.Margulis,H.Kashyap,H.Annapureddy,J.Hettige(UniversityofIowa),E.CastnerJr.,C.Santos,andN.Murthy(RutgersUniversity)

15:20 3626 PhysicochemicalandElectrochemicalPropertiesofNovelIonicLiquidsContainingAproticHeterocyclicAnionsDopedwithLithiumSalts–C.Shi,A.DeSilva,M.Guzman,andJ.Brennecke(UniversityofNotreDame)

15:40 3627 NewApproachestotheLow-meltingInorganicIonicLiquidChallenge–T.G.TuckerandC.Angell(ArizonaStateUniversity)

I4Electrocatalysis 6PhysicalandAnalyticalElectrochemistry/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering315, Level 3, Hawaii Convention Center

Electrocatalysis Structural Effects I – 08:15 – 12:00Co-Chairs: G. Brisard and V. Ramani

08:15 IntroductoryRemarks(5Minutes)08:20 3737 (Invited)OxygenEvolutionReactiononMinute

AmountsofRuandIrCatalystforApplicationinFuelCellProtection–R.T.Atanasoski(3MCompany),D.A.Cullen(OakRidgeNationalLaboratory),andL.Atanasoska(3MCompany)

09:00 3738 ORRActivityEnhancementofMBE-preparedPtmonolayeronAu(111)SingleCrystalSubstrate–Y.Iijima,Y.Takahashi,N.Todoroki,K.Matsumoto,andT.Wadayama(TohokuUniversity)

09:20 3739 FacileSynthesisofPdxCo@Pd/CCore-ShellNanoparticlesandPt-DecoratedPd3Co@Pd/CasOxygenReductionReactionElectrocatalysts–D.Wang,C.Li(SouthwestUniversity),andH.D.Abruña(CornellUniversity)


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10:00 3740 OxygenReductionforFuelCellsandBatteries:MechanisticStudiesandtheDesignofNewCatalysts–A.A.Gewirth,C.Tornow,andE.Tse(UniversityofIllinois)

10:20 3741 SurfaceModificationofPtRu/CbyMono-layeredDecorationofPt,Au,Pd,andIrforOxygenReductionReaction–C.Kuo(NationalChiaoTungUniversity),L.Chang(GraduateProgramforScienceandTechnologyofAcceleratorLightSource),Y.Hsieh(NationalChiaoTungUniversity),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

10:40 3742 AnExcellentElectrocatalysisofNovelPt-TaOxCompositeElectrocatalystsforOxygenReductionReaction–Z.Awaludin,T.Okajima,andT.Ohsaka(TokyoInstituteofTechnology)

11:00 3743 CarbonSupportedPt-OsElectrocatalystsforOxygenReductionReaction–Y.Lee,C.Kuo,Y.Hsieh(NationalChiaoTungUniversity),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

11:20 3744 InstantaneousOne-PotSynthesisofFe-N-codopedGrapheneasanEfficientElectrocatalystforOxygenReductionReactioninAcidicSolutions–K.Kamiya,K.Hashimoto,andS.Nakanishi(TheUniversityofTokyo)

11:40 3745 Strip-LikeNanosizedTungstenCarbideasCatalystforOxygenReductionReaction–S.KangandP.Shen(SunYat-SenUniversity)

Surface Characterisation of Electrocatalysts – 14:00 – 16:00Co-Chairs: P. K. Shen and R. Atanasoski

14:00 3746 In SituSTMElucidationoftheeffectsofStepStructuresonPt(111)ElectrodesforDissolvedCOOxidation–J.Inukai,D.A.Tryk,T.Abe,M.Wakisaka,H.Uchida,andM.Watanabe(UniversityofYamanashi)

14:20 3747 HighSpeedAFMStudyonthePotentialDependenceoftheDissolutionofShape-controlledPtNanoparticles–Y.Yamada,C.Yoshida(ChibaUniversity),M.Nakamura(ChibaUniveristy),andN.Hoshi(ChibaUniversity)

14:40 3748 XPSandSTEMoftheInterfaceFormationbetweenUltra-ThinRu,IrandPtLayersandPeryleneRedCatalystSupportWhiskers–L.L.Atanasoska(3MCompany),D.A.Cullen(OakRidgeNationalLaboratory),A.Hester(3M),andR.T.Atanasoski(3MCompany)

15:00 3749 EthanolElectrooxidationona(2x2)-Sn/Pt(111)SurfaceAlloyandaSnOx/Pt(111)Surface:ACombinedSurfaceScienceandIn SituFTIRStudy–W.Zhou,J.Magee,S.Axnanda,R.R.Adzic,andM.G.White(BrookhavenNationalLaboratory)

15:20 3750 ElectrochemicalandATR-IRInvestigationonDecontaminatedShape-ControlledPdNanocrystals–H.ZhangandW.Cai(DepartmentofChemistry,FudanUniversity)

15:40 3751 MolecularStructuresofFluorinatedSelf-AssembledMonolayers(SAMs)ConstructedonMetalSurfacesInvestigatedbySurfaceVibrationalSpectroscopies–I.Yagi,K.Nomura,andK.Inokuma(FC-CubicTRA)

J1Chemical Sensors 10 – Chemical and Biological Sensors and Analytical SystemsSensor319B, Level 3, Hawaii Convention Center

J1-1 – Nano/Bio Sensors – 08:00 – 12:00Co-Chairs: A. Simonian and B. Chin

08:00 3827 PhytosensorsandPhytoactuators–A.G.Volkov,M.Volkova(OakwoodUniversity),andV.Markin(UniversityofTexas)

08:20 3828 BiofuelCellProvidingaPlatformforSelf-PoweredBiosensors–S.Dong(ChangchunInstituteofAppliedChemistry)

08:40 3829 MiniatureEnzymaticBiosensorsforTearGlucoseMeasurementinCapillaryTubes–B.Peng,Q.Yan(UniversityofMichigan),B.Cohan(EyeLabGroup),T.C.Major,andM.E.Meyerhoff(UniversityofMichigan)

09:00 3830 Real-timeandUltra-sensitivedetectionofCancerMarkerUsingaNovelSiliconNanobeltFieldEffectTransistor–Y.Yu(GraduateInstituteofBiomedicalMaterialsandTissueEngineering),J.Wu(DepartmentofDentistry,TaipeiMedicalUniversityHospital),andC.Wu(GraduateInstituteofBiomedicalMaterialsandTissueEngineering)

09:20 3831 GrapheneOxide-BasedAptasensorforHeavyMetalDetection–M.LiandN.Wu(WestVirginiaUniversity)

09:40 3832 TimeSensors:CircadianRhythmsinBiologicallyClosedElectrochemicalCircuitsofPlants–A.Waite,J.Wooten,A.G.Volkov(OakwoodUniversity),andV.S.Markin(TheUniversityofTexas)

10:00 Intermission(20Minutes)10:20 3833 ImmobilizationofEnzymesandRedoxProteins

andTheirElectrochemicalBiosensorApplications–S.Chen,V.Mani,S.Palanisamy,andY.Li(NationalTaipeiUniversityofTechnology)

10:40 3834 SalmonellaTyphimuriumDetectiononFoodSurfaceusingMagnetoelasticBiosensors–Y.Chai,S.Horikawa,M.Park,S.Li,andB.Chin(AuburnUniversity)

11:00 3835 Bio-InspiredAutonomousSentinelSystemforScreeningInvasivePathogens–S.Li,H.Wikle,Y.Chai,M.Park,S.Horikawa,andB.Chin(AuburnUniversity)

11:20 3836 NewMultimodeSensorsbasedonNanostrucuredMaterialsforSimultaneousScreeningofBiologicalFluidsforSpecificBreastCancerandHepatitisBBiomarkers–R.I.Stefan–vanStaden(NationalInstituteofResearchforElectrochemistryandCondensedMatter)andM.Enachescu(CenterforSurfaceScienceandNanotechnology,University“Politehnica”ofBucharest)

11:40 3837 DirectDetectionofSalmonellaTyphimuriumonTomatoandSpinachusingaPhage-basedMagnetoelasticBiosensorMethod–M.Park,S.Li,K.Weerakoon,S.Horikawa,Y.Chai,andB.Chin(AuburnUniversity)

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J1-2 – Nano/Bio Sensors – 13:40 – 16:00Co-Chairs: G. Hunter and Y. Shimizu

13:40 3838 DevelopmentofElectrochemicalCantileverSensorsforDNAApplications–X.Quan,Y.Sun(TechnicalUniversityofDenmark),A.Labuda(McGillUniversity),A.Heiskanen,A.Wolff(TechnicalUniversityofDenmark),J.JorgeDulanto,P.Grutter(McGillUniversity),andA.Boisen(TechnicalUniversityofDenmark)

14:00 3839 FabricationofMinimally-InvasivePatchTypeGlucoseSensors–M.Yasuzawa,S.Sato,H.Nakanishi,andK.Edagawa(UniversityofTokushima)

14:20 3840 FlexprintbasedGlucoseSensorsforContinuousMeasurementofGlucoseProfilesofDiabeticPatients–P.D.VanderWal(EPFL),P.Hadvary,H.Tschirky(PharmaSensAG),andN.DeRooij(EPFLLausanne)

14:40 3841 NanodiamondMicroelectrodeArraywithMesaStructureFabricatedforBio-AnalyticalApplications–S.Raina,N.Ghosh,andW.Kang(VanderbiltUniversity)

15:00 3842 AnElectrochemicalProbeTechnologyforaLabel-Free,Point-of-CareBiosensor–J.Wei,S.Singhal(CFDResearchCorporation),andH.Liu(MichiganTechnologicalUniversity)

15:20 3843 ElectricalImpedanceSensorsforCancerCellStudy–L.Yang(NorthCarolinaCentralUniversity)

15:40 3844 TerahertzChemicalImagingandSpectroscopyofMolecularNetworksinPharmaceuticalandBiomedicalApplications–K.Ajito,Y.Ueno,H.Song,E.Tamechika,N.Kukutsu(NTTCorporation),W.Limwikrant,K.Yamamoto,andK.Moribe(ChibaUniversity)

J3Materials for Solid State LightingLuminescenceandDisplayMaterials/NewTechnologySubcommittee316B, Level 3, Hawaii Convention Center

Inorganic & Organic Semiconductors – 08:00 – 12:00Co-Chairs: Anant Setlur and John Collins

08:00 3955 (CentennialOutstandingAchievementAwardPresentationoftheLDMDivision)TowardFurtherBreakthroughsinNitridePhosphors–H.Yamamoto(TokyoUniversityofTechnology)

09:00 3956 Spatio-Time-ResolvedCathodoluminescenceStudiesonFreestandingGaNSubstratesGrownbyHydrideVaporPhaseEpitaxy–S.F.Chichibu,Y.Ishikawa,K.Hazu,M.Tashiro,K.Furusawa(TohokuUniversity),H.Namirta,S.Nagao,K.Fujito(MitsubishiChemicalCorporation),andA.Uedono(UniversityofTsukuba)

09:40 3957 ElectricalCharacterizationofHigh-qualityInGaN-basedBlueLightEmittingDiodeson8inchSiliconGrownbyMetalorganicChemicalVaporDeposition–J.Kim,J.Kim,Y.Tak,J.Kim,H.Hong,S.Chae,M.Yang,J.Lee,H.Choi,J.Park,Y.Park,andU.Chung(SamsungAdvancedInstituteofTechnology)

10:00 3958 SimulationandDesignof(In,Ga)N-BasedLightEmittingDiodes–Z.Liang,E.Stach,T.Sands,andE.García(PurdueUniversity)

10:20 3959 TuningofIndiumTinOxideWorkFunctionwithanIonicSolidThinFilminPolymerLight-EmittingDiodes–Y.ChouandT.Wen(NationalChengKungUniversity)

10:40 3960 FirstPrinciplesInvestigationsoftheElectronicStructuresandAssociatedPropertiesofSolidSolutionsofAlNandGaN–K.C.Mishra(OsramSylvania),P.Schmidt(TechnischeUniversitätDarmstadt,Darmstadt,Germany),andK.Johnson(MIT,Cambridge,MA,USA)

11:00 3961 FabricationSemipolarGaNonNanoscalePatternC-sapphirebyUsingSelf-AssembledNiPatternasMask–C.Chen,C.Hsieh,andY.Wu(NationalChiaoTungUniversity)

11:20 3962 TransparentElectrodeforTopEmittingOrganicLightEmittingDiodesbySuppressionofSurfacePlasmons–B.Koo,S.Kim,K.Hong,K.Kim,I.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

11:40 3963 GrowthandElectricalPropertiesofn-type4H-SiCSingleCrystals–X.Xu,Y.Peng,S.Song,X.Chen,andX.Hu(InstitudeofCrystalMaterials)

Nanomaterials and New Downconverters – 13:30 – 15:10Co-Chairs: Kailash Mishra and Kyota Ueda

13:30 3964 Nanoco’sCFQDsforSolid-StateLightingApplications–N.Pickett(NanocoTechnologies)

14:10 3965 FabricationofEfficient,StableWhiteLight-EmittingDiodesBasedonHighlyFluorescentCopper-Indium-SulfideQuantumDots–W.SongandH.Yang(HongikUniversity)

14:30 3966 GlassMatricesContainingRare-EarthIonsforWhiteLight-EmittingDiodeswithHighColorRenderingIndices–J.HeoandS.Yi(PohangUniversityofScienceandTechnology)

14:50 3967 HighColorRenderingWhiteLEDBasedonSilicate/Dye-BridgedSiloxaneHybridPhosphorEncapsulant–B.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST)),S.Kwak,N.Kim,andH.Im(KAIST)

New Concepts – 15:10 – 15:30Co-Chair: Anant Setlur

15:10 3968 HybridSolid-StateLightingDesign–W.Hertog,C.Hunt,andJ.Carreras(CataloniaInstituteforEnergyResearch(IREC))

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Documents

A1 General Student Poster Session Monday, October 8 · Yushin (Georgia Institute of Technology) • 5 Growth and Fabrication of GaN Light Emitting ... 12:00h ECS Transactions Tutorial