DFT study of the mechanism for methane hydroxylation by soluble methane monooxygenase (sMMO): effects of oxidation state, spin state, and coordination number
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The drive to life on wet and icy worldsMethane-Oxidizing Enzymes: An Upstream Problem in Biological Gas-to-Liquids Conversion.Spectroscopic and theoretical investigation of a complex with an [O═Fe(IV)-O-Fe(IV)═O] core related to methane monooxygenase intermediate Q.A tale of two methane monooxygenases.Oxidation of methane by an N-bridged high-valent diiron-oxo species: electronic structure implications on the reactivity.Interplay of Electronic Cooperativity and Exchange Coupling in Regulating the Reactivity of Diiron(IV)-oxo Complexes towards C-H and O-H Bond Activation.Formation and High Reactivity of the anti-Dioxo Form of High-Spin μ-Oxodioxodiiron(IV) as the Active Species That Cleaves Strong C-H Bonds.Unraveling reaction networks behind the catalytic oxidation of methane with HO over a mixed-metal MIL-53(Al,Fe) MOF catalystGreen Rust: The Simple Organizing 'Seed' of All Life?Light-controlled switching of the spin state of iron(III)
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DFT study of the mechanism for methane hydroxylation by soluble methane monooxygenase (sMMO): effects of oxidation state, spin state, and coordination number
description
im Januar 2013 veröffentlichter wissenschaftlicher Artikel
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scientific article published on 01 January 2013
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wetenschappelijk artikel
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наукова стаття, опублікована у 2013
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name
DFT study of the mechanism for ...... state, and coordination number
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DFT study of the mechanism for ...... state, and coordination number
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type
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DFT study of the mechanism for ...... state, and coordination number
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DFT study of the mechanism for ...... state, and coordination number
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prefLabel
DFT study of the mechanism for ...... state, and coordination number
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DFT study of the mechanism for ...... state, and coordination number
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P2860
P356
P1433
P1476
DFT study of the mechanism for ...... state, and coordination number
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P2093
Kazunari Yoshizawa
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P304
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10.1039/C2DT31304A
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P577
2013-01-01T00:00:00Z