Oxygen vacancy defect tungsten-oxide-quantum-dot-modified nitrogen-doped graphene with interfacial tiny primitives to boost oxygen reduction reaction

Engineering & Materials Science

• Oxygen reduction reaction 100%
• Oxygen vacancies 96%
• Graphene 73%
• Tungsten 67%
• Nitrogen 57%
• Oxides 53%
• Defects 42%
• Electrocatalysts 42%
• Electronic properties 21%
• Metal-air batteries 12%
• Electron Transport 11%
• Density functional theory 10%
• Metals 8%
• Electrolytes 6%
• Fuel cells 6%

Chemical Compounds

• Crystal Vacancy 87%
• Graphene 44%
• Dioxygen 30%
• Reduction 28%
• Electronic Property 14%
• Tungsten Oxide 10%
• Half-Wave Potential 10%
• Electron Transport 8%
• Tungsten 8%
• Electrocatalytic Activity 8%
• Quantum Dot 7%
• Metal Oxide 7%
• Density Functional Theory 5%