Tungsten Nanowire Metamaterials as Selective Solar Thermal Absorbers by Excitation of Magnetic Polaritons

Engineering & Materials Science

• Nanowires 76%
• Metamaterials 73%
• Tungsten 66%
• Solar absorbers 56%
• Hot Temperature 29%
• Optical properties 21%
• Conversion efficiency 18%
• Magnetic resonance 9%
• Energy harvesting 8%
• Energy conversion 8%
• Thermal energy 8%
• Wavelength 7%
• Capacitors 6%
• Networks (circuits) 4%
• Costs 3%

Chemical Compounds

• Polariton 100%
• Solar Absorber 95%
• Tungsten 56%
• Nanowire 53%
• Resonance 24%
• Optical Property 22%
• Wavelength 10%
• Simulation 9%
• Energy 7%

Physics & Astronomy

• polaritons 59%
• tungsten 52%
• absorbers 50%
• nanowires 49%
• excitation 29%
• optical properties 11%
• inductors 10%
• thermal energy 9%
• selectivity 8%
• capacitors 7%
• incidence 7%
• broadband 6%
• harmonics 6%
• wavelengths 4%
• simulation 3%