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Nucleophilic Activation of Carbon Monoxide. A Kinetics Investigation of the Reaction of Chloride with Triruthenium Dodecacarbonyl

  • Author(s): Lillis, J
  • Rokicki, A
  • Chin, T
  • Ford, PC
  • et al.
Abstract

Kinetics studies of the reaction of the triruthenium cluster Ru3(CO)12with the “highly dissociated” chloride salt [PPN]Cl to give the Ru3(CO)11Cl−anion in THF/CH2Cl2solutions show a rate law first order in [Cl−] and in [Ru3(CO)12]. Rates are significantly higher in 90/10 than in 80/10 (v/v) THF/CH2Cl2solutions, and the reactivity order is qualitatively the inverse of that of solvent acceptor properties. No intermediates were observed in the reactions. For Pco > 0.1 atm, the rates appeared nearly CO independent although systematic small rate increases were observed at lower PCO. It is suggested that the reaction with Cl−may involve competitive nucleophilic attack at both metal and carbonyl centers. © 1993, American Chemical Society. All rights reserved.

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