Synthesis and Characterization of a Molybdenum Alkylidyne Supported by a Trianionic OCO3– Pincer Ligand
Christopher D. Roland, Sudarsan VenkatRamani, Vineet K. Jakhar, Ion Ghiviriga, Khalil A. Abboud, Adam S. Veige
Abstract
Christopher D. Roland, Sudarsan VenkatRamani, Vineet K. Jakhar, Ion Ghiviriga, Khalil A. Abboud, Adam S. Veige
Abstract
This report details the preparation of the trianionic pincer ligand supported Mo–alkylidyne complex [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ). The catalytic activity of [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ) for alkyne polymerization is limited in contrast to its W-congener. Solution and crystallographic evidence for the conversion of the trianionic pincer complex [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ) to a tetraanionic pincer complex [O 2 C(MesC═)Mo(η 2 -CH≡C t Bu)(THF)] ( 6 ) upon exposure to tert -butylacetylene is provided.
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This report details the preparation of the trianionic pincer ligand supported Mo–alkylidyne complex [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ). The catalytic activity of [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ) for alkyne polymerization is limited in contrast to its W-congener. Solution and crystallographic evidence for the conversion of the trianionic pincer complex [ t BuOCO]Mo≡CMes(THF) 2 ( 5 ) to a tetraanionic pincer complex [O 2 C(MesC═)Mo(η 2 -CH≡C t Bu)(THF)] ( 6 ) upon exposure to tert -butylacetylene is provided.
Key concepts: Pincer movement, Chemistry, Pincer ligand, Ligand (biochemistry), Molybdenum, Alkyne, Catalysis, Polymerization