In situ solution plasma synthesis of silver nanoparticles supported on nitrogen-doped carbons with enhanced oxygen reduction activity

Engineering & Materials Science

• Silver nanoparticles 100%
• Nitrogen 63%
• Plasmas 63%
• Oxygen 55%
• Oxygen reduction reaction 55%
• Carbon 52%
• Electrons 34%
• Sputtering 22%
• Crystallinity 20%
• Methanol 17%
• Oxidation 15%
• Catalysts 14%
• Durability 13%
• Electrodes 13%

Physics & Astronomy

• silver 56%
• nitrogen 50%
• synthesis 49%
• nanoparticles 46%
• carbon 46%
• oxygen 41%
• high resistance 19%
• durability 18%
• methyl alcohol 17%
• catalysts 16%
• crystallinity 15%
• electrons 14%
• sputtering 13%
• oxidation 12%
• electrodes 10%
• characterization 9%

Chemical Compounds

• Silver Nanoparticle 62%
• Plasma 42%
• 2-Cyanopyridine 38%
• Nanoparticle 34%
• Dioxygen 33%
• Carbon Atom 32%
• Reduction 31%
• Amorphous Structure 27%
• Sputtering 24%
• Crystallinity 17%
• Resistance 14%
• Methanol 14%
• Behavior as Electrode 11%
• Oxidation Reaction 10%
• Catalyst 9%