Efficient waste polyvinyl(butyral) and cellulose composite enabled carbon nanofibers for oxygen reduction reaction and water remediation

Engineering & Materials Science

• Oxygen reduction reaction 100%
• Carbon nanofibers 91%
• Remediation 79%
• Cellulose 68%
• Carbonization 54%
• Rhodamine B 36%
• Composite materials 36%
• Water 33%
• Porous carbon 32%
• Carbon 31%
• Electrospinning 28%
• Windshields 28%
• Land fill 25%
• Adsorbents 24%
• Recycling 20%
• Chemical activation 18%
• Catalysts 17%
• Fabrication 15%
• Defects 14%
• Metals 13%

Physics & Astronomy

• cellulose 70%
• carbon 41%
• composite materials 38%
• oxygen 37%
• water 35%
• carbonization 33%
• landfills 20%
• windshields 19%
• reuse 16%
• adsorbents 15%
• rhodamine 14%
• recycling 14%
• vehicles 12%
• resources 12%
• catalysts 11%
• surface layers 10%
• activation 9%
• porosity 9%
• synthesis 9%
• fabrication 7%
• defects 6%
• matrices 6%
• metals 6%
• performance 5%

Chemical Compounds

• Carbon Nanofibre 66%
• Remediation 64%
• Composite Material 31%
• Dioxygen 30%
• Reduction 28%
• Half-Wave Potential 24%
• Rhodamine B 20%
• Carbon Atom 19%
• Recycling 18%
• Adsorbent 15%
• Pore 13%
• Surface Area 13%
• Application 13%
• Porosity 12%
• Volume 12%
• Amount 8%
• Catalyst 8%
• Surface 6%