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Toluene and α-Olefins as Radical Scavengers: Direct NMR Evidence for Homolytic Chain Transfer Mechanism Leading to Benzyl and “Dormant” Titanium Allyl Complexes

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Resting/dormant benzyl- and allyl-type Ti(IV) complexes formed under α-olefin polymerization conditions have been detected and characterized by NMR. Experimental and computational evidence supports a formation mechanism via reversible Ti–C bond… Click to show full abstract

Resting/dormant benzyl- and allyl-type Ti(IV) complexes formed under α-olefin polymerization conditions have been detected and characterized by NMR. Experimental and computational evidence supports a formation mechanism via reversible Ti–C bond homolysis rather than “classical” σ-bond metathesis.

Keywords: mechanism; toluene olefins; evidence; allyl; radical scavengers; olefins radical

Journal Title: Organometallics
Year Published: 2018

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