Impact of iron precursors on the properties and activities of carbon-supported Fe-N oxygen reduction catalysts

Physics & Astronomy

• electrocatalysts 96%
• catalysts 72%
• iron 55%
• carbon 52%
• oxygen 47%
• x rays 35%
• chlorides 26%
• absorption spectroscopy 24%
• photoelectron spectroscopy 21%
• nitrogen compounds 21%
• ammonium sulfates 19%
• ethylenediamine 18%
• rotating disks 14%
• durability 14%
• performance 11%
• nitrogen 9%
• electrodes 8%
• microstructure 7%
• diffraction 6%
• spectroscopy 6%

Engineering & Materials Science

• Electrocatalysts 100%
• Iron 70%
• Catalysts 66%
• Oxygen reduction reaction 62%
• Carbon 59%
• X ray absorption spectroscopy 51%
• X ray photoelectron spectroscopy 31%
• Rotating disks 16%
• Carbon black 16%
• Sulfates 14%
• Spectroscopy 14%
• X ray diffraction 12%
• X rays 11%
• Electrodes 9%
• Microstructure 8%

Chemical Compounds

• X Ray Absorption Spectroscopy 55%
• Dioxygen 38%
• X-Ray Photoelectron Spectroscopy 36%
• Reduction 35%
• Catalyst 32%
• Chloride 30%
• Ammonium Sulfate 26%
• Carbon Black 25%
• Ethylenediamine 24%
• Chemical Element 20%
• Microstructure 17%
• Flow 16%
• Spectroscopy 16%
• Nitrogen 15%
• Behavior as Electrode 13%
• X-Ray Diffraction 12%
• Surface 8%