Application of metal, metal-oxide, and silicon-oxide based intermediate reflective layers for current matching in autonomous high-voltage multijunction photovoltaic devices

Chemical Compounds

• Amorphous Silicon 93%
• Silicon Oxide 85%
• Ion Exchange Membrane 84%
• Transmittance 69%
• Photocurrent 64%
• Solar Cell 59%
• Metal Oxide 57%
• Reflection 55%
• Oxide 37%
• Reduction 31%
• Metal 31%
• Catalyst 28%
• Application 21%

Engineering & Materials Science

• Silicon oxides 100%
• Oxides 59%
• Metals 44%
• Electric potential 35%
• Silicon 27%
• Heterojunctions 18%
• Conversion efficiency 14%
• Nanocrystalline silicon 12%
• Ion exchange membranes 11%
• Multi-junction solar cells 11%
• Amorphous silicon 9%
• Opacity 8%
• Thin films 6%
• Catalysts 5%
• Costs 2%
• Experiments 2%

Physics & Astronomy

• silicon oxides 72%
• metal oxides 66%
• high voltages 60%
• metals 35%
• silicon 18%
• heterojunctions 12%
• voltage generators 10%
• silicon junctions 10%
• cost reduction 9%
• experiment design 8%
• catalysts 6%
• amorphous silicon 6%
• transmittance 5%
• absorbers 5%
• wafers 5%
• solar cells 5%
• membranes 5%
• synthesis 4%
• filters 4%
• oxides 4%
• thin films 3%
• ions 3%