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Gwan-Hyoung Lee
Position
professor
Company
Seoul National University
Location
Seoul SOUTH KOREA
Networks
None yet.
Bio

None provided.

Meeting Program
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Symposium Sessions

*QN03.05.05 : Light Emitting Optoelectronic Devices Based on van der Waals Heterostructures

3:15 PM–3:45 PM Apr 23, 2019

PCC North, 100 Level, Room 129 A

Gwan-Hyoung Leeprofessor atSeoul National University
Interests
Composition & Microstructure - Bulk TechniquesDifferential Thermal Analysis (Dta)
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Composition & Microstructure - Bulk TechniquesSpectroscopy
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Composition & Microstructure - Bulk TechniquesThermogravimetric Analysis (Tga)
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Composition & Microstructure - Bulk TechniquesX-Ray Diffraction (Xrd)
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Composition & Microstructure - Chemical ElementMo
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Composition & Microstructure - Chemical ElementPt
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Composition & Microstructure - Chemical ElementRe
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Composition & Microstructure - Chemical ElementSe
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Composition & Microstructure - Chemical ElementTe
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Composition & Microstructure - FeaturesDefects
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Composition & Microstructure - FeaturesDislocations
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Composition & Microstructure - FeaturesGrain Boundaries
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Composition & Microstructure - FeaturesGrain Size
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Composition & Microstructure - FeaturesMicrostructure
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Composition & Microstructure - FeaturesMorphology
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Composition & Microstructure - FeaturesPorosity
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Composition & Microstructure - Material Type2D Materials
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Composition & Microstructure - Material TypeCeramic
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Composition & Microstructure - Material TypeComposite
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Composition & Microstructure - Material TypeCompound
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Composition & Microstructure - Material TypeCrystalline
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Composition & Microstructure - Material TypeGraphene
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Composition & Microstructure - Material TypeMetal
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Composition & Microstructure - Material TypeNanoscale
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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 TechniquesRaman Spectroscopy
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Composition & Microstructure - Near Surface TechniquesScanning Transmission Electron Microscopy (Stem)
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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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Composition & Microstructure - Surface TechniquesSecondary Ion Mass Spectroscopy (Sims)
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Composition & Microstructure - Surface TechniquesX-Ray Photoelectron Spectroscopy (Xps)
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Performance - FunctionalityDevices
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Performance - FunctionalityDielectric
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Performance - FunctionalityDisplay
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Performance - FunctionalityElectronic Material
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Performance - FunctionalityInsulator
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Performance - FunctionalityMemory
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Performance - FunctionalityOptoelectronic
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Performance - FunctionalityPhotovoltaic
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Performance - FunctionalitySemiconducting
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Performance - FunctionalitySensor
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Performance - FunctionalityStructural
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Performance - FunctionalityTransparent Conductor
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Performance - Material FormCrystal
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Performance - Material FormFilm
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Performance - Material FormLayered
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Performance - Material FormNanostructure
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Properties - MechanicalElastic Properties
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Properties - MechanicalFracture
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Properties - MechanicalStrength
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Properties - RadiationLuminescence
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Properties - RadiationPhotoemission
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Properties - TransportDielectric Properties
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Properties - TransportElectrical Properties
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Synthesis & Processing - Chemical ReactionChemical Vapor Deposition (Cvd) (Chemical Reaction)
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Synthesis & Processing - Chemical ReactionHydrothermal
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Synthesis & Processing - DepositionAtomic Layer Deposition
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Synthesis & Processing - DepositionLithography (Deposition)
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Synthesis & Processing - DepositionSpray Deposition
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Synthesis & Processing - GrowthCrystal Growth
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Synthesis & Processing - GrowthNucleation & Growth
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Synthesis & Processing - TransformationAnnealing
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Synthesis & Processing - TransformationPhase Transformation
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Synthesis & Processing - TransformationSintering