Nitrogen-doped carbon mesh from pyrolysis of cotton in ammonia as binder-free electrodes of supercapacitors

Engineering & Materials Science

• Supercapacitor 87%
• Cotton 86%
• Microfibers 80%
• Ammonia 79%
• Pyrolysis 70%
• Binders 69%
• Nitrogen 68%
• Porous carbon 58%
• Electrodes 57%
• Carbon 56%
• Carbonization 48%
• Membranes 47%
• Doping (additives) 41%
• Cotton fibers 27%
• Specific surface area 23%
• Current density 17%
• Raw materials 17%
• Biomass 16%
• Energy storage 16%
• Capacitance 15%
• Costs 14%
• Fibers 12%
• Temperature 7%

Physics & Astronomy

• electrochemical capacitors 100%
• cotton 90%
• ammonia 75%
• mesh 69%
• nitrogen 54%
• carbon 49%
• microfibers 48%
• electrodes 46%
• carbonization 32%
• membranes 27%
• cotton fibers 18%
• porosity 18%
• biomass 16%
• electrode materials 14%
• energy storage 13%
• performance 10%
• capacitance 9%
• costs 9%
• current density 8%
• atmospheres 8%
• cycles 8%
• fibers 6%
• temperature 3%

Chemical Compounds

• Ammonia 56%
• Pyrolysis 51%
• Microfiber 46%
• Behavior as Electrode 37%
• Carbon Atom 34%
• Pore 16%
• Fiber 15%
• Porosity 14%
• Energy Storage 10%
• Raw Material 10%
• Specific Surface Area 9%
• Current Density 9%
• Surface Area 8%
• Nitrogen 7%