Intimate coupling of an N-doped TiO₂ photocatalyst and anode respiring bacteria for enhancing 4-chlorophenol degradation and current generation

Earth & Environmental Sciences

• chlorophenol 82%
• biofilm 59%
• foam 43%
• degradation 43%
• bacterium 41%
• biodegradation 37%
• electron 30%
• titanium dioxide 26%
• reactive oxygen species 26%
• fuel cell 24%
• cytochrome 24%
• semiconductor 23%
• organic pollutant 23%
• density current 22%
• mineralization 16%
• damage 14%
• matrix 13%
• carbon 12%
• removal 11%
• experiment 8%

Chemical Compounds

• 4-Chlorophenol 83%
• Photocatalysis 62%
• Anode 48%
• Biodegradation 46%
• Refractory 22%
• Macro Porosity 21%
• Electron Transport 21%
• Reactive Oxygen Metabolite 20%
• Foam 19%
• Cytochrome 19%
• Environmental Pollutant 18%
• Titanium Dioxide 18%
• Semiconductor 16%
• Current Density 16%
• Cyclic Voltammetry 15%
• Electron Particle 11%
• Surface 6%

Engineering & Materials Science

• Photocatalysts 100%
• Bacteria 73%
• Anodes 63%
• Degradation 45%
• Photocatalysis 28%
• Biofilms 24%
• Biodegradation 16%
• Foams 11%
• Reactive oxygen species 10%
• Organic pollutants 9%
• Electron Transport 9%
• Cyclic voltammetry 8%
• Titanium dioxide 7%
• Microbial fuel cells 7%
• Refractory materials 6%
• Electrons 6%
• Current density 5%
• Proteins 5%
• Carbon 4%
• Experiments 2%