Design of Highly Electrophilic and Stable Metal Nitrido Complexes

Chemistry

• Excited State 100%
• Manganese 100%
• Osmium 100%
• Corrole 100%
• Luminiscence Type 66%
• Tris 33%
• Coordination Compound 33%
• Benzene 33%
• Visible Spectrum 33%
• Chemistry 33%
• Alkene 33%
• Quinone 33%
• Dinitrogen 33%
• NADH 33%
• Cytochrome P450 33%
• Benzoxazole 33%
• Cyclohexane 33%
• nitrogenation 33%

Keyphrases

• Electrophilic 100%
• Nitrido Complexes 100%
• Mn(V) 40%
• Metal-oxo 40%
• Excited States 30%
• Osmium 30%
• Manganese 30%
• Organic Substrate 30%
• Corrole 30%
• Ancillary Ligand 20%
• Nitrido 20%
• Inorganic Substrates 20%
• Visible Light 10%
• Benzo 10%
• Low Temperature 10%
• Tris 10%
• Transition Metal Complexes 10%
• Benzene 10%
• Oxidation State 10%
• Biological Systems 10%
• Metal Center 10%
• Cytochrome P450 (CYP450) 10%
• Oxidation Resistance 10%
• Nitrophenyl 10%
• Electron-donating 10%
• Oxidation Products 10%
• Hydrides 10%
• Dinitrogen 10%
• Bimolecular 10%
• NAD Analogues 10%
• High-valent 10%
• Benzoquinone 10%
• Chemical System 10%
• Cyclohexane 10%
• Alkenes 10%
• Benzoxazole 10%
• One-electron Oxidation 10%
• Nitrogenation 10%
• Aziridination 10%
• Conspectus 10%
• Two-electron 10%
• Decomposition Pathway 10%
• Oxidizing Properties 10%
• Hydrogen Abstraction 10%
• V-type Complex 10%
• Oxidation Chemistry 10%
• Oxo Species 10%
• Weakly Coordinating 10%
• O-atom Transfer 10%