Biomass-Derived Nitrogen and Sulfur Co-Doped 3D Carbon Networks with Interconnected Meso-Microporous Structure for High-Performance Supercapacitors

Engineering & Materials Science

• Supercapacitor 87%
• Sulfur 71%
• Nitrogen 68%
• Biomass 67%
• Carbon 56%
• Cellulose 40%
• Atoms 38%
• Electrolytes 36%
• Electron Transport 29%
• Microporosity 27%
• Heavy ions 26%
• Nanostructures 22%
• Doping (additives) 20%
• Current density 17%
• Pyrolysis 17%
• Binders 17%
• Ions 17%
• Chemical activation 16%
• Energy storage 16%
• Capacitance 15%
• Electrodes 14%

Physics & Astronomy

• electrochemical capacitors 100%
• biomass 96%
• sulfur 71%
• nitrogen 54%
• carbon 49%
• cellulose 33%
• performance 32%
• electrolytes 24%
• microporosity 21%
• energy storage 16%
• atoms 15%
• pyrolysis 15%
• time constant 14%
• ions 13%
• templates 13%
• radiant flux density 13%
• flux density 11%
• capacitance 11%
• activation 11%
• synthesis 10%
• current density 10%
• cycles 9%
• electrodes 9%
• electrons 6%

Earth & Environmental Sciences

• sulfur 56%
• biomass 45%
• nitrogen 44%
• carbon 42%
• cellulose 35%
• electrolyte 35%
• surface area 28%
• ion 23%
• energy storage 22%
• pyrolysis 16%
• electrode 15%
• electron 13%
• in situ 11%
• energy 9%
• material 7%
• rate 6%