ETRI-Knowledge Sharing Plaform

External Quantum Efficiency Thin Film Encapsulation White Oleds Color Filter Transparent Electrode White Organic Light-Emitting Diodes Optical Simulation Optical Properties Flexible Oleds Emissive Layer(EL) Low-Cost Graphene Films Graphene Electrode Color Coordinates Out-Coupling Efficiency Top-Emitting Oleds Enhanced Efficiency Highly Efficient Emission Spectra Full Color High Efficiency Device Performance Hole Transport Layer Small Form Factor Display Applications Luminance Distribution Tandem Structure Field Of View(FOV) Luminous Efficacy Metal Electrode Conversion Efficiency(C.E.) Flexible Substrate Liquid-Crystalline Polymer(LCP) Solution-Processed 3 V Inkjet Printing Color Stability Scattering Layer Screen Printing Spectral Distortion Full-Width At Half-Maximum(FWHM) Surface Wrinkle Luminous Efficiency Graphene Anode Device Structure Encapsulation Process Angular Dependence Low Temperature(LT) Oled Lighting Blue Devices Charge Balance Crystalline Polymers Composite Electrode National Television Dipole Orientation Capping Layer Emission Characteristics Cost-Effective Silver Paste Oled Devices Electroless Copper Plating Top Electrode Optical And Electrical Properties High Aspect Ratio Electron Transport Layer Spectral Characteristics Glass Substrate Purcell Factor Hole Injection Layer(HIL) Wrinkle Structures Horizontal Dipole Inverted Organic Light-Emitting Diodes Efficiency Enhancement Augmented Reality(AR) Hybrid Thin Film Display Module High Color Rendering Index Optical Design Stack Structure Optical Crosstalk Permeation Barrier Intermediate Electrodes Indium Tin Oxide(ITO) Active Devices Color Conversion Scattering Particles Layer-By-Layer(LbL) Patterning Method Leakage Current Blue Color Doping Process Color Changes 40 Nm White Device High-Luminance Ultra-Thin Optical Constants Ag Thin Film Geometrical Precision Model Structure Formation Process Visible Light Starting Material Equivalent Medium Top-Emitting Organic Light-Emitting Device(TE-OLED) Hexaazatriphenylene-Hexacarbonitrile Protection Layer Scattering Film Inorganic Thin Films Nickel(Ii) Oxide Hole And Electron Transport Photolithography Process Simple Process Number Of Layers Low Surface Roughness Design And Fabrication CIE 1931 Ligand Exchange Design Rule Transmission Electron Microscopy(TEM) Charge Generation Layer High-Purity Surface Contamination Polymer Phase Separation Thin-Film Transistor(TFT) Density Functional Theory Calculations Bi-Doped Colloidal Quantum Dot(CQD) Nano-Structures Free Space Oxygen Permeation Efficiency And Quality Composition Change Luminance Compensation Injection Layers High Rate X-Ray Photoelectron Spectroscopy Red Light C-Afm Hybrid Organic-Inorganic Light-Emitting Diodes Surface Analyses Number Of Graphene Layers Band Bending Commercial Display Interfacial Properties Top Metal Two-Step Integrated Module Efficacy Enhancement Highly Conductive 4-Ethylenedioxythiophene(EDOT) Lowest Unoccupied Molecular Orbital(LUMO) Frequency Dispersion Diphenylphosphine Oxide White Color Efficient Light-Emitting Diodes Graphene Cathode Optimal Model Pl Spectrum High Index Stacked Oled Random Scattering Microlens Array Color Difference Polymer Films One-Pot Reaction Rapid Response P-Doped Systematic Strategy Water Vapor Barrier Properties Cavity Method Ag Layer External Surface Experimental Data Stretchable Displays Film Thickness Vertical Stacking Industry-Compatible Facile Route Oled Display Room-Temperature Blue Spectrum Quantum-Dot Light-Emitting Diodes(QLEDs) Trade-Off Wet Method Trap States Titanium Nitride Optical Haze Ionization Energy Li-Doped Light-Emitting Structure Spontaneous Emission Rate Active Area Light Extraction Efficiency Multi-Stack Green Phosphorescence Binary System Radiative Recombination High Stability Flexible Display Optical Resonance Energy Alignment Encapsulation Material Top Emission Threshold Value QD-LED Single-Layer Graphene High Current Wide Color Gamut Blue Phosphorescence Random Surface Well-Balanced Functionalized Quantum Dots Refractive Index Contrast Low Power Consumption Higher Performance Quantitative Analysis Thin Lens Pixel Array 6-Diphenyl-1 Electron Transport Materials Emission Spectrum Flexible And Transparent Geometrical Effect Integrated Substrate Luminous Current Efficiency Organic Vapor Phase Deposition Havriliak-Negami Dispersion Parameters Well-Defined Oxidation State Radiation Pattern High Transmittance Methyl- Designed Microstructure Surface Chemical Composition Depth Profiling(DP) Organic Light-Emitting Diode Display Blue Emitter Metal Thin Film Structural Approach Thin Metal Layer Optical Studies Activation Energy Flexible Optoelectronic Devices Ald Process Partial Atomic Charge As 2 Angular Dependency High Cri Impedance Spectroscopy(IS) Organic-Inorganic Hybrid Light Outcoupling Nickel Oxide(NiO) Optical Reflectance Oxide Tfts Polystyrene Sulfonate Photolithographic Patterning Visible Range Superior Performance Device Lifetime Blue Light-Emitting Diodes Two-Beam Interference Electrode Layer Blue-Emitting Liquid Bridging Optical Method Plasma-Enhanced Atomic Layer Deposition Extraction Technology Device Characteristics Systematic Study Simple Method Material Properties Electroluminescence Spectra Spectrum Bandwidth Ultraviolet Photoelectron Spectroscopy Built-In Electro-Optical Efficiency Co-Host Display Panel Optical Components Structural Design Wide Fov Poly (Ethylene Glycol)(PEG) Water Permeation Growth And Transfer Conversion Layer Light Sources Frequency Feature 20 Nm Multilayer Graphene(MLG) Printing Process Narrow Emission High Brightness And Virtual Reality Smooth Surface Ray Tracing Method Optical Band Gap Emission Properties Silicon Substrate High Chemical Stability Linear Relation Wide Field Weak Microcavity Effect Low Reflection Electron Injection Barrier Host Material Solution-Processable Stacked Structure Cu-Doped Patterned Graphene Triplet Emitters White Emission Sub-Pixel Red Emitter Tin Layer Electroluminescence Spectrum Li Doping Temperature-Independent Low Haze Sheet Resistance Dry Process Ball Lens Atomic Force Microscope(AFM) Surface Functionalization Optimal Thickness Three-Wavelength Extraction Structure Conductive Atomic Force Microscopy Multi-Color Metal Films Mass Production Double Layer Fermi Energy Flexible Electrode Normal Direction Graphene Patterning Numerical Calculation High Glass Transition Temperature Effective Thickness Production Operations Television System Large-Area Graphene High Thermal Stability Pixel Size Blue Phosphorescent Organic Light-Emitting Diodes Metal Anode Systematic Approach Light-Emitting Materials Electrical Characteristics Ultraviolet Light(UV) Two-Color Efficiency Improvement Charge Injection Scattering Effect Lighting Source High Order Optical Characteristics Charge Analysis Reduction Rate Viewing Angle Device Efficiency Tandem Oled Non-Uniform Optoelectronic Applications Low Voltage High Contrast Ratio Technical Feasibility Glass Fabric Microcavity Structure Conductivity Enhancement Electron Injection Layer Trans-Scale Hybrid Films High-Resolution Displays White Light Source Doped Graphene Density Of States Low Thermal Expansion Self-Luminescence Silicon Nitride Blue Organic Light Emitting Diodes Optical Modes Copper Cation Micron-Sized Interference Effects Long Lifetime High Color Purity Non-Linear Luminance Enhancement Control Device Lateral Phase Separation Low Turn-On Voltage High Frequency(HF) Color Tunable Low Driving Voltage Water Vapor Transmission Rate Cmos Process Dimensional Stability Optical Absorption Surface Energy Surface Ligand High Water Manufacturing Processes Doping Ratio Doping Efficiency Hole Transporting Layer Gen 2 Injection Ability High Haze Colorless Polyimide Thermally Activated Air Mode Measuring Equipment Efficiency Limit Tris(8-Hydroxyquinoline) Aluminum(III) Sol-Gel Process Optical Devices Aperture Ratio Level Production Anode Materials Tandem Configuration Radical Anions Improved Performance Crack Propagation Decay Rate Plasma-Enhanced Chemical Vapor Deposition (Pecvd) Film Formation Transparent Conducting Electrode(TCE) Si Substrate Polymer Layer