On the origin of the enhanced supercapacitor performance of nitrogen-doped graphene

Engineering & Materials Science

• Graphene 87%
• Supercapacitor 87%
• Nitrogen 68%
• Capacitance 63%
• Electrodes 48%
• Doping (additives) 47%
• Electronic structure 31%
• Density functional theory 15%
• Ionic liquids 14%
• Molecular dynamics 11%
• Electric Conductivity 11%
• Capacitors 8%
• Microstructure 7%

Physics & Astronomy

• electrochemical capacitors 100%
• graphene 60%
• capacitance 59%
• nitrogen 54%
• electrodes 39%
• performance 32%
• electronic structure 15%
• density functional theory 8%
• molecular dynamics 7%
• electrical resistivity 6%
• augmentation 6%
• microstructure 6%
• liquids 5%

Chemical Compounds

• Graphene 52%
• Behavior as Electrode 37%
• Modification 20%
• Electronic State 18%
• Nitrogen 14%
• Capacitor 12%
• Electrical Conductivity 9%
• Ionic Liquid 9%
• Molecular Dynamics 9%
• Microstructure 8%
• Surface Area 8%
• Density Functional Theory 7%