Activation of Co-Ordinated π–Hydrocarbons by One-Electron Transfer

Connelly, Neil G.

doi:10.1007/978-94-009-0877-2_5

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Activation of Co-Ordinated π–Hydrocarbons by One-Electron Transfer

Cited by 3 publications

References 21 publications

Electron‐Transfer Reactions of Electron‐Reservoir Complexes and Other Monoelectronic Redox Reagents in Transition‐Metal Chemistry

Electron‐Transfer Reactions of Electron‐Reservoir Complexes and Other Monoelectronic Redox Reagents in Transition‐Metal Chemistry

One-electron transfer reactions of cyclooctatetraene (cot) complexes: electron spin resonance studies of⁶⁰CO γ-irradiated [Fe(CO)₂L(η⁴-cot)][L = CO or P(OPh)₃]

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Activation of Co-Ordinated π–Hydrocarbons by One-Electron Transfer

Cited by 3 publications

References 21 publications

Electron‐Transfer Reactions of Electron‐Reservoir Complexes and Other Monoelectronic Redox Reagents in Transition‐Metal Chemistry

Electron‐Transfer Reactions of Electron‐Reservoir Complexes and Other Monoelectronic Redox Reagents in Transition‐Metal Chemistry

Reduction–oxidation properties of organotransition-metal complexes. Part 32. One-electron oxidation of [Co(η4-cot)-(η-C5Me5)](cot = cyclooctatetraene): redox-induced polycyclic ring transformations of the resulting dimer, and crystal structure of [Co2(η4:η′4-C16H16)(η-C5Me5)2]

One-electron transfer reactions of cyclooctatetraene (cot) complexes: electron spin resonance studies of60CO γ-irradiated [Fe(CO)2L(η4-cot)][L = CO or P(OPh)3]

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One-electron transfer reactions of cyclooctatetraene (cot) complexes: electron spin resonance studies of⁶⁰CO γ-irradiated [Fe(CO)₂L(η⁴-cot)][L = CO or P(OPh)₃]