p-type CuO nanowire photodetectors

Keyphrases

• Nanostructures 100%
• Cuprous Oxide 100%
• P-type 100%
• Nanowire Photodetectors 100%
• Oxide Nanotubes 100%
• Nanowires 50%
• Photodetector 33%
• Copper Foil 33%
• Aluminum Electrode 33%
• High Sensitivity 16%
• Photolithography 16%
• Fast Response 16%
• Scanning Electron Microscope 16%
• Time Response 16%
• Product Process 16%
• Biomolecules 16%
• Rise Time 16%
• Optical Microscope 16%
• Dielectrophoresis 16%
• Dielectric Constant 16%
• Copper(II) Oxide 16%
• Metal Oxide 16%
• Gas Molecules 16%
• Visible Spectrum 16%
• Long-term Processes 16%
• High Conductivity 16%
• Optical Response 16%
• Surface-to-volume Ratio 16%
• Frequency Peaks 16%
• Optical Sensor 16%
• Bias Voltage 16%
• Thermal Oxidation 16%
• Silicon Wafer 16%
• Slow Response 16%
• Spectral Response 16%
• High Aspect Ratio 16%
• Current-voltage Characteristics 16%
• Photocurrent 16%
• Decay Time 16%
• Metal Oxide Nanowires 16%
• Aligned Nanowires 16%
• Thin Oxides 16%
• High Crystal Quality 16%
• Chemical Etching 16%
• Infrared Range 16%
• Rectifying Behavior 16%
• Halogen Lamp 16%
• Corrosive Substances 16%
• Electrode Gap 16%
• AC Electric Field 16%
• Chemical Products 16%
• Practical Operation 16%
• Inset 16%
• Controlled Alignment 16%
• Full-visible-spectrum 16%
• Electro-optical Response 16%
• SiO2 Thin Film 16%
• Response Value 16%
• Low-cost Approach 16%
• Peak Voltage 16%
• Heater 16%
• Microtechnology 16%
• Electromagnetic Spectrum 16%
• Voltage Gap 16%
• Chemisorption 16%
• Mesoscopic Device 16%
• Crystal Surface 16%
• Optical Gain 16%
• Functional Devices 16%
• Optical Band Gap 16%
• Speed Sensitivity 16%
• Actual Time 16%

Engineering

• Nanowire 100%
• Photometer 100%
• Nanomaterial 66%
• Copper Foil 22%
• Building Block 11%
• Optical Lithography 11%
• Thin Films 11%
• Dielectrics 11%
• Response Value 11%
• Main Issue 11%
• Fast Response 11%
• Peak Frequency 11%
• Biomolecule 11%
• Photocurrent 11%
• Optical Microscope 11%
• Current-Voltage Characteristic 11%
• Volume Ratio 11%
• Bias Voltage 11%
• Thermal Oxidation 11%
• Silicon Wafer 11%
• Optical Sensors 11%
• Spectral Response 11%
• High Aspect Ratio 11%
• Optoelectronics 11%
• Decay Time 11%
• Rise Time 11%
• Oxide Layer 11%
• Crystal Quality 11%
• Optical Gain 11%
• Crystal Surface 11%
• Microtechnology 11%
• Gas Molecule 11%
• Electrode Gap 11%
• Transient Analysis 11%
• Band Gap 11%
• Scanning Electron Microscope 11%
• Silicon Dioxide 11%
• Electric Field 11%

Material Science

• Oxide Compound 100%
• Nanowire 100%
• Nanostructure 66%
• Metal Oxide 22%
• Aluminum 22%
• Thin Films 11%
• Oxidation Reaction 11%
• Scanning Electron Microscopy 11%
• Permittivity 11%
• Chemisorption 11%
• Silicon Wafer 11%
• Current Voltage Characteristics 11%
• Lamp 11%
• Microtechnology 11%