Iron-nitrogen co-doped carbon nanotubes decorated with Cu₂O possess enhanced electronic properties for effective peroxymonosulfate activation

Engineering & Materials Science

• Bacteria 24%
• Carbon nanotubes 68%
• Charge transfer 27%
• Chemical activation 57%
• Copper 17%
• Electronic properties 100%
• Iron 58%
• Nanocomposites 23%
• Nanoparticles 21%
• Nitrogen 59%
• Oxidation 19%
• Reactive oxygen species 38%
• Specific surface area 27%
• Sulfates 24%
• Surface defects 26%
• Toxicity 25%

Earth & Environmental Sciences

• bacterium 10%
• carbon nanotube 78%
• copper 11%
• defect 14%
• degradation 31%
• electronics 53%
• evaluation 7%
• hydroxyl radical 17%
• iron 42%
• nanocomposite 18%
• nanoparticle 14%
• nitrogen 38%
• oxidation 10%
• pollutant 38%
• pollutant removal 19%
• rate 5%
• reactive oxygen species 19%
• sulfate 11%
• surface area 12%
• toxicity test 18%

Chemical Compounds

• Carbon Nanotube 47%
• Charge Transfer 9%
• Electronic Property 53%
• Environmental Pollutant 53%
• Fluconazole 53%
• Luminiscence Type 9%
• Nanocomposite 8%
• Nanoparticle 6%
• Oxidation Reaction 5%
• pH Value 5%
• Reactive Oxygen Metabolite 12%
• Specific Surface Area 10%
• Surface Defect 15%