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Akira Sakai
Position
Professor
Company
Osaka University
Location
Toyonaka, JAPAN
Networks
None yet.
Bio

None provided.

Meeting Program
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EP06.09.03 : Demonstrative Operation of Four-Terminal Memristive Devices by Controlling Oxygen Vacancy Distribution in TiO2-x Single Crystals

2:15 PM–2:30 PM Apr 5, 2018

PCC North, 200 Level, Room 221 C

Akira SakaiProfessor atOsaka University
Interests
Composition & Microstructure - Bulk TechniquesX-Ray Diffraction (Xrd)
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Composition & Microstructure - Chemical ElementAl
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Composition & Microstructure - Chemical ElementGa
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Composition & Microstructure - Chemical ElementGe
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Composition & Microstructure - Chemical ElementIn
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Composition & Microstructure - Chemical ElementPt
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Composition & Microstructure - Chemical ElementSi
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Composition & Microstructure - Chemical ElementTi
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Composition & Microstructure - FeaturesCrystallographic Structure
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Composition & Microstructure - FeaturesDefects
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Composition & Microstructure - FeaturesDislocations
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Composition & Microstructure - FeaturesMicrostructure
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Composition & Microstructure - Material TypeAlloy
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Composition & Microstructure - Material TypeCeramic
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Composition & Microstructure - Material TypeCompound
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Composition & Microstructure - Material TypeCrystalline
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Composition & Microstructure - Material TypeIii-V
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Composition & Microstructure - Material TypeMetal
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Composition & Microstructure - Material TypeNitride
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Composition & Microstructure - Material TypeOxide
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Composition & Microstructure - Material TypeThin Film
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Composition & Microstructure - Near Surface TechniquesTransmission Electron Microscopy (Tem)
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Composition & Microstructure - Surface TechniquesScanning Electron Microscopy (Sem)
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Composition & Microstructure - Surface TechniquesScanning Probe Microscopy (Spm)
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Performance - FunctionalityDevices
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Performance - FunctionalityDielectric
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Performance - FunctionalityDopant
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Performance - FunctionalityElectronic Material
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Performance - FunctionalityInsulator
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Performance - FunctionalityIonic Conductor
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Performance - FunctionalityLaser
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Performance - FunctionalityMemory
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Performance - FunctionalityMicroelectronics
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Performance - FunctionalityOptoelectronic
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Performance - FunctionalityPiezoelectric
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Performance - FunctionalitySemiconducting
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Performance - FunctionalityStorage
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Performance - FunctionalityStructural
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Performance - Material FormCrystal
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Performance - Material FormFilm
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Performance - Material FormNanostructure
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Performance - TheoryKinetics
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Performance - TheorySimulation
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Properties - ChemicalSurface Chemistry
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Properties - RadiationRadiation Effects
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Properties - ThermalThermal Stresses
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Properties - TransportDielectric Properties
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Properties - TransportDiffusion
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Properties - TransportElectrical Properties
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Properties - TransportElectronic Structure
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Properties - TransportMetal-Insulator Transition
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Properties - TransportPiezoresponse
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Synthesis & Processing - AssemblySelf-Assembly
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Synthesis & Processing - Chemical ReactionOxidation
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Synthesis & Processing - DepositionChemical Vapor Deposition (Cvd) (Deposition)
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Synthesis & Processing - DepositionEpitaxy
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Synthesis & Processing - DepositionLiquid-Phase Epitaxy (Lpe)
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Synthesis & Processing - DepositionMolecular Beam Epitaxy (Mbe)
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Synthesis & Processing - DepositionPhysical Vapor Deposition (Pvd)
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Synthesis & Processing - DepositionVapor Phase Epitaxy (Vpe)
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Synthesis & Processing - GrowthCrystal Growth
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Synthesis & Processing - GrowthNucleation & Growth
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Synthesis & Processing - RemovalLaser Ablation
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Synthesis & Processing - TransformationAnnealing