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- W2910567912 abstract "The monomeric molecular aluminium(i) complex 1 [{(ArNCMe)2CH}Al] (Ar = 2,6-di-iso-propylphenyl) reacts with a series of terminal and strained alkenes including ethylene, propylene, allylbenzene and norbornene to form alkene bound products. Remarkably all these reactions are reversible under mild conditions (298-353 K) with alkene binding being disfavoured at higher temperatures due to the positive reaction entropy. Van't Hoff analyses have allowed quantification of the binding events with . Calculations and single crystal X-ray diffraction studies are consistent with the alkene bound species being metallocyclopropane complexes. Alkene binding involves a reversible redox process with changes from the +1 to +3 aluminium oxidation state. Under more forcing conditions the metallocyclopropane complexes undergo non-reversible allylic C-H bond activation to generate aluminium(iii) allyl hydride complexes. This represents a rare example of redox-based main group reactivity in which reversible substrate binding is followed by a further productive bond breaking event. Analysis of the mechanism reveals a reaction network in which alkene dissociation and reformation of 1 is required for allylic C-H activation, a realisation that has important implications for the long-term goal of developing redox-based catalytic cycles with main group compounds." @default.
- W2910567912 created "2019-01-25" @default.
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- W2910567912 date "2019-01-01" @default.
- W2910567912 modified "2023-10-10" @default.
- W2910567912 title "Reversible alkene binding and allylic C–H activation with an aluminium(<scp>i</scp>) complex" @default.
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- W2910567912 doi "https://doi.org/10.1039/c8sc04865g" @default.
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