Keyphrases
Quantum Dots
100%
High-performance Supercapacitors
100%
Layered Double Hydroxide
100%
Cu-Co
57%
ZnS Quantum Dots
42%
Sulfur
14%
Energy Density
14%
Power Density
14%
Zn2+
14%
Spatial Structure
14%
Electron Transport
14%
Charge Repulsion
14%
Interlayer Spacing
14%
Adjustability
14%
Active Center
14%
Capacitance Retention
14%
Coulombic Efficiency
14%
High Charge Density
14%
Enhanced Conductivity
14%
Enhanced Capacitance
14%
Activity Design
14%
Vulcanization
14%
Hybrid Supercapacitor
14%
Ultrastability
14%
Abundant Active Sites
14%
Heavy Ions
14%
Ultrahigh Capacitance
14%
Copper Foam
14%
Pre-embedding
14%
Dual Activity
14%
Hydroxide Layer
14%
Copper Source
14%
Outstanding Capacitance
14%
Self-supporting Structure
14%
Rich Oxygen Vacancies
14%
Material Science
Supercapacitors Performance
100%
Layered Double Hydroxides
100%
Quantum Dot
100%
Capacitance
42%
Density
28%
Theoretical Calculation
14%
Vulcanization
14%
Oxygen Vacancy
14%
Electron Transfer
14%
Energy Density
14%
Hybrid Supercapacitor
14%
Chemical Engineering
Rich Oxygen Vacancies
100%