Nanosized patterned protective glass exhibiting high transmittance and self-cleaning effects for photovoltaic systems

Physics & Astronomy

• cleaning 99%
• transmittance 83%
• glass 57%
• modules 55%
• electric batteries 34%
• lithium 29%
• light scattering 28%
• solar cells 24%
• fossil fuels 24%
• energy technology 23%
• pollution 19%
• solar energy 18%
• electricity 18%
• energy conversion 18%
• carbon dioxide 17%
• ions 15%
• lithography 13%
• coatings 11%

Engineering & Materials Science

• Cleaning 93%
• Glass 79%
• Light scattering 47%
• Lithium-ion batteries 35%
• Solar cells 35%
• Self assembled monolayers 25%
• Nanoimprint lithography 25%
• Inductively coupled plasma 24%
• Superhydrophobicity 22%
• Energy conversion 16%
• Fossil fuels 16%
• Pollution 15%
• Carbon dioxide 15%
• Solar energy 15%
• Power generation 14%
• Renewable energy resources 13%
• Coatings 12%
• Electricity 12%

Chemical Compounds

• Transmittance 100%
• Protective 83%
• Glass 68%
• Light Scattering 30%
• Solar Cell 28%
• Fossil Fuel 19%
• Environmental Pollution 19%
• Electricity 18%
• Solar Energy 18%
• Inductively Coupled Plasma 16%
• Self Assembled Monolayer 16%
• Carbon Dioxide 13%
• Green 11%
• Surface 10%
• Coating Agent 9%
• Length 9%
• Energy 7%
• Amount 7%