Design and energy analysis of tunable nanophotonic infrared filter based on thermochromic vanadium dioxide

Keyphrases

• Energy Analysis 100%
• Design Analysis 100%
• Filter Method 100%
• Spacer Layer 100%
• Infrared Filter 100%
• Thermochromic 100%
• Vanadium Dioxide 100%
• Tunable Nanophotonics 100%
• Phase Transition Temperature 100%
• Layer Thickness 50%
• Electromagnetic Waves 50%
• Phase Shift 50%
• Energy Dissipation 50%
• Mid-infrared 50%
• Matrix Formulation 50%
• Transmittance 50%
• Transparent Substrate 50%
• Tunable Filter 50%
• Radiative Cooling 50%
• Resonance Effect 50%
• Vanadium Oxide Thin Film 50%
• Nanometric 50%
• Maximum Performance 50%
• Ray Tracing Method 50%
• Optical Modeling 50%
• Semitransparent 50%
• Transfer Matrix 50%
• Apparent Temperature 50%
• Hot Surface 50%
• Thin Film Layers 50%
• Spectral Transmittance 50%
• Infrared Transparent 50%
• Total Phase 50%
• Nanophotonic Filters 50%
• Thermal Camouflage 50%

Engineering

• Phase Transition Temperature 100%
• Layer Thickness 50%
• Thin Films 50%
• Energy Dissipation 50%
• Potential Application 50%
• Matrix Formulation 50%
• Hot Surface 50%
• Film Layer 50%
• Phase Shift 50%