ETRI-Knowledge Sharing Plaform

Thin Film Solar Cells Cigs Solar Cell Series Resistance Power Density Cigs Film Glass Substrate Stainless Steel Substrate Soda Lime Glass(SLG) Solar Cell Performance Fill Factor Power Conversion Efficiency Photovoltaic Performance Photoreflectance Spectroscopy Petri Net(PN) Current Density-Voltage Window Layer Cds Buffer Layer Chemical Bath Deposition(CBD) Grain Size Transparent Conducting Oxide(TCO) Transition Energy I-Zno Modulation-Doped(MD) Light-Emitting Diode(LED) Gan Heterostructures Interference Effects Preferential Orientation Quantum Dot (Qd) Quantum Efficiency Electric Potential Electrical Properties(I-V curve) Infrared Photodetector Blue Shift Two-Step Emitting Diodes High Power Self-Consistent Self-Assembled Saturation Current Density 5 Nm Drain Current Effect Of Annealing Experimental Data J-V Light Beam Mole Fraction Single Diode Model Thiourea Concentration Laplace Equation Sio X Short Circuit Current Density X-Ray Diffraction (Xrd) Theoretical Model Azo Film Interface Characteristics Magnetic Field(MF) Dual-Band Open Circuit Voltage(VOC) Temperature Dependence Average Current High Electron Mobility Transistor(HEMT) Indium Tin Oxide(ITO) Maximum Frequency Current Gain Cutoff Frequency Distributed Resistance Al Contents Cross-Sectional Capping Process Dye-Sensitized Solar Cells(DSCs) Doping Density Energy Shift Energy Band Model Electron Temperature Flower Like Film Deposition Gaas Substrates Gas Flow 40 Nm Light Absorber Na Incorporation P-N Junction Plasma-Assisted Molecular Beam Epitaxy Photoluminescence (Pl) Emission Phonon Replicas Structural Characterization(Microstructure) Sidewall Coverage Structural Evolution Single Heterojunction Semi-Insulating Gaas Transmission Gate(TG) Reciprocal Space Mapping Algan/Gan Heterointerface Absorbing Layer Band Edge Boron Nitride(BN) Cd Diffusion Crystal Orientation Co. Kgaa Density Profiles Diffraction Peaks Diode Current Emission Characteristics Exciton Behavior Electrical Performance Fe Content Gan Epilayer Ground State Growth And Characterization High-Quality Irradiation Power Low Temperature(LT) Long Wavelength Module Architecture Mean Value Potential Profiles Plasma-Enhanced Chemical Vapor Deposition(PECVD) Photoluminescence Study Photoluminescence Spectrum Photoluminescence Emission Plasma Source Pl Spectrum Refractive Index Series Connection Structural Characteristics 10 Ghz Zno Thin Films Active Area Analytic Approach Analytic Solution Accumulation Region Asymmetric Quantum Dot Band Feature Built-In Potential Cigs Thin Film Solar Cell Current-Voltage Curves Double Quantum Wells Excitonic Transitions Free Electrons Fabrication Process Hole Concentration Hot Plate Inas/Gasb Type-Ii Superlattice Ito Thin Film Quality Improvement Layer Interface Mini-Modules Microwave Power Ordered Defect Compound(ODC) Photocurrent Density Peak Intensity Rf Sputter Room-Temperature Semiconducting Iii-V Materials Recombination Velocity Double-Well Ultraviolet-Visible Active Region Al-Doped Atomic Nitrogen Air Environment Bandgap Grading Building-Integrated Photovoltaic Systems(BIPV) Band Structure Carrier Thermalization Carrier Concentration Cr Films Dc Sputter Different Methods Different Thicknesses Emission Spectra Energy Band Diagrams Electric Field Dependence Effect Of Cr Flow Rate Inas/Gasb Superlattice Inas Quantum Dots Ito Film Interface Quality Ingan Qds Na Diffusion Mixed Gas Multiple-Quantum-Well(MQW) Polarization Effect Reference Cell Radio Frequency Magnetron Sputtering Synthesis And Properties Spontaneous Polarization Surface Roughness Surface Barrier Triple-Band Total Current Surface Reflection Tunneling Current Sub-Micron Self-Aligned Gaas Layers Deposition Time Radio Frequency (Rf) Magnetron Sputtering Algan/Gan Hemts Al Doping Absorption Layer Aluminum-Doped Zinc Oxide Thin Films Different Conditions Back Electrode Current Density Profile Cigs Absorber Composition Analysis Crystal Phases Direct-Current Magnetron Sputtering Device Performance Electrical And Optical Properties Electronic Properties Electrical Potential Difference Fabrication And Characterization Growth Temperature Intensity Of Light High Efficiency Ideal Diode Interface Model Low Dimensional Structures Nitride Semiconductor Process Optimization Rear Surface Solar Module Surface Reflectance Strain Effect Solar Cell Efficiency Shunt Resistance Visible Spectrophotometry Selenization Process Radio-Frequency Sputtering X-Ray Fluorescence Atomic Force Microscopy Active Layer Aqueous Solution Best Performance Band Alignment Calculating Efficiency Crystalline Domains Cigs Layer Cds Film Current Collection Dc Magnetron Sputtering Donor-Bound Exciton Effective Area Electronic Effect Exchange-Correlation Fermi Level Fe Impurities Growth Axis Gate Length Iii-Nitrides Internal Reflection Low Na Maximum Efficiency Metallic Crystal Numerical Methods Na-Doped Mo Oxide Layer Optical Transmittance Photoluminescence (Pl) Spectra Reactive Sputtering Process Surface Texturing Two-Diode Model Thin-Film Cds Test Cell Tensile Stress Algan/Gan Heterostructure Atomic Concentration Barrier Thickness Chalcopyrite Structure Characteristic Parameters Cds/Cigs Interface Current Crowding Evidence Supporting Elemental Composition Electron-Hole Recombination Electrical Characteristics Film Growth Rate Field-Induced Gas Treatment Ga-Doped Zno Iterative Calculation Indium Gallium Nitride(InGaN) Research Projects Longitudinal Optical (Lo) Phonon Low Energy Metallic Targets Nitrogen Plasma One-Step Optical Characteristics Photoluminescence And Hall Measurements Quenching Temperature Recombination Centers Structural Parameters Secondary Ion Mass Spectroscopy(SIMS) Single Band Thickness Effect Thickness Ratio Short Wavelength Al Thin Films Applied Voltage Argon Gas Blue Leds Bias Voltage Cdso 4 Current-Voltage Characteristics Diffusion Barrier(DB) Dielectric Layer Effective Potentials Far-Infrared Flexible Substrate High-Resolution X-Ray Diffraction H 2 Improved Performance Ideality Factor Inas/Gaas Quantum Dots 42 V Metal-Organic Chemical Vapour Deposition(MOCVD) Modulation Doping Nanostructured Cds Metalorganic Chemical Vapor Deposition Optimum Design Orientation Growth Photoluminescence Characteristics Precursor Layer Phonon Energy Sapphire Substrate Subband Energies Series Expansion Wavelength Range Thermal Annealing