Understanding and controlling the rest potential of carbon nanotube-based supercapacitors for energy density enhancement

Physics & Astronomy

• electrochemical capacitors 100%
• carbon nanotubes 64%
• electrolytes 61%
• flux density 59%
• augmentation 45%
• acids 44%
• perchlorates 35%
• coatings 33%
• tetrahydrofuran 33%
• cycles 33%
• shift 29%
• esters 28%
• electric potential 26%
• cells 26%
• adjusting 19%
• capacitance 19%
• trends 18%
• injection 18%
• electrodes 15%

Engineering & Materials Science

• Supercapacitor 87%
• Carbon nanotubes 78%
• Electrolytes 72%
• Single-walled carbon nanotubes (SWCN) 68%
• Acids 45%
• Fermi level 42%
• Coatings 37%
• Surface charge 35%
• Esters 27%
• Surface treatment 26%
• Electric potential 25%
• Capacitance 21%
• Capacitors 19%
• Electrodes 19%

Chemical Compounds

• Voltage 53%
• Tetraethylammonium 44%
• Coating Agent 44%
• Fermi Level 43%
• Tetrabutylammonium 42%
• Capacitor 38%
• Energy 35%
• Carbon Atom 34%
• Single Walled Nanotube 34%
• Perchlorate 34%
• Methyl Ester 32%
• Surface Modification 31%
• Carbon Nanotube 27%
• Acid 25%
• Modification 20%
• Behavior as Electrode 18%
• Surface 11%