Engineering Disorder into Heterogenite-Like Cobalt Oxides by Phosphate Doping: Implications for the Design of Water-Oxidation Catalysts

Engineering & Materials Science

• Cobalt 85%
• Phosphates 85%
• Doping (additives) 82%
• Oxidation 65%
• Oxides 63%
• Catalysts 62%
• Water 40%
• Metals 27%
• X ray absorption spectroscopy 20%
• Electrolytes 20%
• Borates 15%
• Catalysis 14%
• Oxidants 13%
• Phosphorus 12%
• Protons 12%
• Structural properties 11%
• Thermodynamic stability 10%
• Transmission electron microscopy 10%
• Earth (planet) 8%
• Electrodes 8%

Physics & Astronomy

• cobalt oxides 100%
• phosphates 74%
• catalysts 68%
• disorders 57%
• engineering 54%
• oxidation 54%
• metal oxides 47%
• water 42%
• electrolytes 20%
• catalysis 14%
• borates 14%
• reactivity 12%
• phosphorus 12%
• absorption spectroscopy 11%
• buffers 10%
• thermodynamics 8%
• transmission electron microscopy 8%
• protons 8%
• electrodes 7%
• x rays 5%

Chemical Compounds

• Disorder 63%
• Metal Oxide 61%
• Phosphate 48%
• Oxide 40%
• Catalyst 30%
• Oxidation Reaction 25%
• X Ray Absorption Spectroscopy 19%
• Borate 17%
• Phosphorus(.) 15%
• Transmission Electron Microscopy 12%
• Buffer Solution 12%
• Catalysis 11%
• Thermodynamics 11%
• Behavior as Electrode 9%
• Surface 5%