Theory of chemical bonds in metalloenzymes XVI. Oxygen activation by high-valent transition metal ions in native and artificial systems

Engineering & Materials Science

• Chemical bonds 100%
• Transition metals 98%
• Metal ions 96%
• Chemical activation 60%
• Oxygen 54%
• Molecular orbitals 24%
• Electrons 24%
• Negative ions 19%
• Water 10%
• Oxygenases 10%
• Electron correlations 9%
• Oxidation 8%
• Oxygenation 6%
• Charge density 6%
• Peroxides 6%
• Methane 4%
• Metals 3%

Chemical Compounds

• Chemical Bond 65%
• Electron Spin 55%
• Transition Element 48%
• Hydroxide 43%
• Metal Ion 42%
• Molecular Orbital 36%
• Dioxygen 32%
• Anion 23%
• Orbital 22%
• Electron Localization 17%
• Electron Correlation 15%
• Oxygenation 14%
• Hydroperoxide 13%
• Charge Density 12%
• Oxidation Reaction 12%
• Peroxide 12%
• Methane 10%

Physics & Astronomy

• chemical bonds 76%
• metal ions 72%
• transition metals 56%
• activation 53%
• oxygen 40%
• hydroxides 21%
• broken symmetry 21%
• molecular orbitals 14%
• anions 13%
• electrons 12%
• diagrams 11%
• water 8%
• oxidation 7%
• orbitals 6%
• oxygenation 6%
• peroxides 6%
• water splitting 6%
• methane 4%
• alignment 3%
• formulations 3%
• metals 2%
• interactions 1%