Near-Field Thermophotovoltaic Energy Conversion with Gallium Antimonide/Indium Arsenide Thin-film Tandem Cells

Engineering & Materials Science

• Indium arsenide 100%
• Gallium 70%
• Energy conversion 50%
• Thin films 46%
• Chemical potential 24%
• Heat transfer 22%
• Current voltage characteristics 21%
• Electrodynamics 21%
• Photons 19%
• Green's function 19%
• Gold 17%
• Conversion efficiency 17%
• Multilayers 15%
• Vacuum 14%
• Temperature 6%

Earth & Environmental Sciences

• gallium 64%
• indium 62%
• energy conversion 59%
• recombination 36%
• heat transfer 28%
• electrical power 21%
• electrodynamics 20%
• Green function 19%
• gold 13%
• chemical 8%
• energy 8%
• temperature 6%

Chemical Compounds

• Radiative Heat Transfer 31%
• Auger Recombination 29%
• Radiative Recombination 25%
• Electrodynamics 24%
• Tight Binding Model 22%
• Chemical Potential 18%
• Heat Transfer 17%
• Photon 15%
• Multilayer 14%
• Vacuum 13%
• Energy 7%