Efficient plasmonic enhanced solar evaporation achieved by laser-assisted Cu /Graphene nanocomposite

Keyphrases

• Laser-assisted 100%
• Plasmonics 100%
• Broadband Spectrum 100%
• Graphene Composites 100%
• Solar Absorber 100%
• Evaporation Efficiency 100%
• Solar Evaporation 100%
• Blockage 50%
• Surface Temperature 50%
• Water Resources 50%
• Pure Water 50%
• Evaporator 50%
• 3D Structure 50%
• Light Absorption 50%
• Good Stability 50%
• Energy Crisis 50%
• Solar Energy 50%
• Solar Absorption 50%
• High Utilization 50%
• Brine 50%
• Solar Heat 50%
• Solar Steam Generation 50%
• Spectrum Response 50%
• Solar Evaporator 50%
• Freshwater Availability 50%
• Cu Nanoparticles 50%
• High Salinity 50%
• One-step Deposition 50%
• Heat Conversion 50%
• Salt Crystals 50%
• Laser-induced Graphene 50%
• Interfacial Evaporator 50%
• Sun Irradiation 50%
• Low Environmental Impact 50%
• Crystal Accumulation 50%
• Salt Diffusion 50%
• Vertical Concentration Gradient 50%
• High Evaporation Rate 50%
• Photothermal Nanocomposite 50%

Chemical Engineering

• Graphene 100%
• Nanoparticle 50%