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Steric and electronic factors that control two-electron processes between metal carbonyl cations and anions

Journal Article · · Journal of the American Chemical Society; (USA)
DOI:https://doi.org/10.1021/ja00202a025· OSTI ID:6725248
Reactions of metal carbonyl cations (Mn(CO){sub 6}{sup +}, Re(CO){sub 6}{sup +}, Mn(CO){sub 5}PPh{sub 3}{sup +}, Mn(CO){sub 4}(PPh{sub 3}){sub 2}{sup +}, Mn(CO){sub 5}PEt{sub 3}{sup +}, Mn(CO){sub 5}PPh{sub 2}Me{sup +}, Re(CO){sub 5}PPh{sub 3}{sup +}, and CpFe(CO){sub 3}{sup +}) with metal carbonyl anions (Co(CO){sub 3}PPh{sub 3}{sup {minus}}, Co(CO){sub 4}{sup {minus}}, Mn(CO){sub 5}{sup {minus}}, Mn(CO){sub 4}PPh{sub 3}{sup {minus}}, Mn(CO){sub 4}PEt{sub 3}{sup {minus}}, Mn(CO){sub 4}PPh{sub 2}Me{sup {minus}}, Mn(CO){sub 3}(PPh{sub 3}){sub 2}{sup {minus}}, CpFe(CO){sub 2}{sup {minus}}, Re(CO){sub 5}{sup {minus}}, and Re(CO){sub 4}PPh{sub 3}{sup {minus}}) are reported. Peak potentials are reported for all ions, and nucleophilicities (as measured by reaction with MeI) are reported for the anions. In over half of the reactions between metal carbonyl cations and anions, a two-electron change results in a new metal carbonyl cation and anion. The kinetic and thermodynamic driving forces and the suggested mechanism are examined.
OSTI ID:
6725248
Journal Information:
Journal of the American Chemical Society; (USA), Journal Name: Journal of the American Chemical Society; (USA) Vol. 111:20; ISSN 0002-7863; ISSN JACSA
Country of Publication:
United States
Language:
English