Tuning chemical bonding of MnO₂ through transition-metal doping for enhanced CO oxidation

Engineering & Materials Science

• Transition metals 100%
• Nanowires 84%
• Doping (additives) 75%
• Catalyst activity 63%
• Oxidation 59%
• Tuning 52%
• Catalysts 43%
• Positive ions 42%
• Oxides 29%
• Oxygen vacancies 26%
• Density functional theory 25%
• Specific surface area 21%
• Crystal structure 21%
• Water vapor 18%
• Chemical reactions 16%
• Metals 10%
• Gases 9%

Physics & Astronomy

• catalytic activity 65%
• transition metals 56%
• nanowires 54%
• tuning 51%
• oxidation 49%
• catalysts 47%
• cations 28%
• deactivation 18%
• water vapor 17%
• metal oxides 16%
• chemical reactions 15%
• crystal structure 13%
• density functional theory 13%
• oxides 10%
• oxygen 10%
• gases 8%

Chemical Compounds

• Nanowire 58%
• Transition Element 49%
• Oxidation Reaction 30%
• Catalyst 21%
• Cation 19%
• Rate-Determining Step 16%
• Water Vapor 16%
• Velocity 14%
• Metal Oxide 14%
• Specific Surface Area 13%
• Hydrothermal Method 13%
• Density Functional Theory 10%
• Gas 8%
• Purity 8%
• Crystal Structure 8%
• Dioxygen 8%