ETRI-Knowledge Sharing Plaform

Thin Film Encapsulation Current Efficiency High-Resolution Printing Process Color Filters White Oleds High Efficiency High Performance Perovskite Nanocrystals Solution-Processed Surface Wrinkle Metal Electrode Optoelectronic Devices Wide Color Gamut Optical Design Device Performance Blue Oleds Optical Properties Organic Photodiode Highly Efficient Film Thickness Angular Dependence Electron Transporting Layer Encapsulation Process Flexible Oled Hexaazatriphenylene-Hexacarbonitrile Blue Emission Crystalline Polymers Efficient Solution Capping Layer Quantum Yields(QYs) Three Dimensional(3D) Top Electrode Phosphorescent Emitter 6-Diphenyl-1 Thin Metal Layer Real-Time Color Generation Sub-Micron Wrinkle Structures Near-Infrared(NIR) Organic-Inorganic Hybrid Augmented Reality(AR) Complementary Metal-Oxide-Semiconductor(CMOS) Aromatic Molecule Optical Simulation Emissive Layer(EL) Hybrid Thin Film Light Emitting Devices Mass Production Molybdenum Oxide Microcavity Effect Blue Phosphorescent Organic Light-Emitting Diodes Deep Blue Indium Tin Oxide(ITO) Scattering Particles Optical Structure Photoactive Layer And Nanocrystalline Materials Color Rendering Index High Color Purity Liquid-Crystalline Polymer(LCP) Large Area Low Noise Manufacturing Processes High Water Linear Dynamic Range Low Doping Measuring Equipment Micron-Sized Material Characteristics Surface Energy Side-Chain Super-Resolution Imaging Perovskite Nanoparticles Photophysical Properties Photoluminescence Quantum Yield Pressure Distribution Picolinic Acid Plasma-Enhanced Chemical Vapor Deposition (Pecvd) Polymer Layer Pre-Polymer Ultrathin Film 3 V Numerical Calculation Oled Technology Active Layer Thickness Tandem Structure Total Internal Reflection(TIR) Higher Efficiency Blue Light Emission Charge Transfer Complex(CTC) Conductivity Enhancement Dark Current Display Technology Development Trends Excimer Emission Emission Efficiency Fermi Energy High Thermal Stability High Glass Transition Temperature High Contrast Ratio High Order Light Extraction Light-Emitting Materials Low Voltage Ligand Interaction Microcavity Structure Red Phosphorescent Specific Detectivity Stable Performance Self-Luminescence Viewing Angle Production Operations Quantum Dot Display Ultraviolet Light(UV) Vacuum Deposition Water Vapor Transmission Rate 7-Diphenyl-1 Optical Devices Operational Stability Oxide Charge Orbital Interaction Thin Metal Films Transparent Conducting Electrode(TCE) Tris(8-Hydroxyquinoline) Aluminum(III) Tandem Configuration Radical Anions Air Mode Bulk Heterojunction Current Injection Cost Reduction Color Coordinates Crack Propagation Doping Concentration Detection Band Effective Energy Excitation Source Fluorescence Emitters Electroluminescent Properties Film Formation Electro-Optical Efficiency Electrode Layer Electronic Properties Fast Response Time Hole Injection Layer(HIL) Horizontal Dipole Highly Tunable High Color Rendering Iridium Complexes Key Technology Light Outcoupling Maximum Current Material Properties Systematic Study Superior Performance Spectrum Bandwidth Simple Method Structural Design Prediction Model Plasma-Enhanced Atomic Layer Deposition 20 Nm Optimal Thickness Optical Crosstalk Solution-Processable Spectral Stability Tetradentate Ligands Technical Issues Three-Wavelength Ray Tracing Method And Virtual Reality Charge Extraction Cavity Length Color Change Down-Conversion Electroluminescence Spectrum High Quantum Efficiency Human-Machine Interaction(HMI) High External Quantum Efficiency Low Sensitivity Low Reflection Ligand Effect Low Roll-Off Linear Relationship Silicon Substrate Small Form Factor Potential Applications Pixel Density Phenyl Ring Photoluminescence (Pl) Spectra Uv-Vis White Photoluminescence 9-Dimethyl-4 Non-Uniform White Light Work Function Optical And Electrical Properties Single-Layer Rapid Development Random Surface Radiation Pattern Ald Process Blue Light-Emitting Color Conversion Layer Designed Microstructure Emission Spectra Energy Levels Excimer Formation Emission Spectrum Flexible And Transparent Functional Additive Hybrid White Organic Light-Emitting Diodes Hard Film Inp Quantum Dots Inkjet Printing Technology Low Power Consumption Methyl Substituent Material Cost 10-Phenanthroline(BCP) Metal Thin Film Synthesis And Characterization Self-Aligned Spectral Characteristics Stiffness Ratio Pixel Array Pattern Formation Ultraviolet-Visible Oxide-Semiconductor Field-Effect Transistors Performance Degradation Thin-Film Photodiode Tert-Butyl Top-Illuminated Trapped Electron(TE) Rod-Shaped Angle Dependence Angular Dependency Band Tailoring Bipolar Host Materials Blue Thermally Activated Delayed Fluorescence Continuous Domain Cyclometalated Iridium(Iii) Complexes Conventional Methods Density Functional Theory (Dft) Calculations Encapsulation Layer Damp Heat Test Energy Band Enhanced Electrical Conductivity Electron Injection Emission Characteristics Enhanced Efficiency Energy Efficiency Full-Color Highly Conductive Low Temperature(LT) Luminance Compensation Metal-Oxide-Semiconductor Field-Effect Transistor(MOSFET) Device Architecture Spectral Changes Semiconductor Manufacturing Synergetic Contribution Pl Spectrum White Color Water Vapor Barrier Properties Weak Light Noise Equivalent Power Optical Resonance Semiconductor Device Oled Devices Quantitative Measures Temporal Response Top Emission Theoretical Studies Top Illumination Total Reflection Room-Temperature Ag Layer Blue Spectrum Chelating Ligand Conventional Devices Driving Voltage Efficient Single Emitter Encapsulation Technology Experimental And Theoretical Study Electronic Skins Film Structure High Current Light-Emitting Structure Small Molecular Spectral Asymmetry Stretchable Displays Spatial And Temporal Soft Foundation Passivation Layer Quantum-Dot Light-Emitting Diodes(QLEDs) Non-Contact Organic Layers Optimized Thickness Top-Emitting Organic Light-Emitting Device(TE-OLED) Transmitted Light Thermally Stable Ag Thin Film Blue Color Co-Doping Colloidal Solutions Device Structure Design Rule Electron States Formation Process Full-Width At Half-Maximum(FWHM) Hybrid Eml High-Luminance Inorganic Thin Films Light Intensity Low Surface Roughness Scattering Film Simple Process Sensing Film Sensor Sensitivity Particle Control Uniform Light Distribution Visible Light Thermally Activated Delayed Fluorescence Emitter Need For National Television Next-Generation Optimal Model Out-Coupling Efficiency Oxide Field Top Metal Simple Structure Rgb Color Refractive Index Red Light Reflection-Type Rapid Response Absorption Features Artificial Intelligence Ancillary Ligand Band Bending Blue Devices Contact Pattern Continuous Operation Carrier Injection Compressive Strain Dopant Concentration Dipole Orientation