Metal oxide semiconductor nanomaterial for reductive debromination: Visible light degradation of polybrominated diphenyl ethers by Cu₂O@Pd nanostructures

Engineering & Materials Science

• Nanostructured materials 90%
• Nanostructures 88%
• Oxide semiconductors 86%
• Ethers 85%
• Degradation 50%
• Metals 46%
• Dehalogenation 29%
• Photocatalysis 22%
• Photocatalysts 22%
• Organic compounds 20%
• Health risks 19%
• Reaction rates 16%
• Irradiation 14%
• Crystals 14%
• Nanoparticles 14%

Earth & Environmental Sciences

• PBDE 86%
• metal oxide 85%
• nanomaterial 82%
• semiconductor 78%
• degradation 47%
• photolysis 19%
• ether 19%
• reaction rate 18%
• nanoparticle 16%
• irradiation 16%
• health risk 16%
• organic compound 16%
• additive 16%
• wildlife 15%
• polymer 14%
• crystal 12%
• pollutant 10%
• material 7%
• rate 5%

Chemical Compounds

• Debromination 100%
• Diphenyl Ether 89%
• Metal Oxide 60%
• Semiconductor 55%
• Nanomaterial 45%
• Dehalogenation 22%
• Photocatalysis 17%
• Photolysis 16%
• Light Irradiation 16%
• Cubic Space Group 15%
• Environmental Pollutant 14%
• Ether 12%
• Additive 12%
• Rate Constant 11%
• Nanoparticle 9%