Hierarchical design for fabricating cost-effective high performance supercapacitors

Physics & Astronomy

• electrochemical capacitors 100%
• costs 56%
• nanoparticles 50%
• radiant flux density 33%
• carbon 33%
• performance 32%
• spraying 28%
• compacting 16%
• composite materials 15%
• assembling 14%
• electric batteries 12%
• boron 10%
• assembly 10%
• arcs 10%
• flux density 9%
• high speed 9%
• nitrogen 9%
• synthesis 8%
• coatings 8%

Engineering & Materials Science

• Supercapacitor 87%
• Nanoparticles 73%
• Carbon 37%
• Costs 28%
• Spraying 28%
• Crystalline materials 25%
• Nanohorns 24%
• Charge density 17%
• Charge transfer 15%
• Composite materials 14%
• Boron 14%
• Binders 11%
• Nitrogen 11%
• Coatings 9%

Chemical Compounds

• Nanoparticle 37%
• Carbon Atom 19%
• Nanohorn 17%
• Amorphous Material 14%
• Composite Material 10%
• Charge Density 10%
• Binding Agent 9%
• Boron Atom 9%
• Charge Transfer 7%
• Surface 6%
• Resistance 6%
• Nitrogen 6%
• Coating Agent 6%
• Pressure 6%
• Liquid Film 5%
• Energy 5%
• Mixture 4%