Generation and characterization of Mn(CO)3L2 (L2 = R2PC2H4PR2; R = Et, Ph) and its use in the generation of organic radicals

David R. Tyler; Alan S. Goldman

doi:10.1016/0022-328X(86)80257-1

Generation and characterization of Mn(CO)₃L₂ (L₂ = R₂PC₂H₄PR₂; R = Et, Ph) and its use in the generation of organic radicals

David R. Tyler, Alan S. Goldman

Rutgers University

Research output: Contribution to journal › Article

14 Citations (Scopus)

Abstract

Irradiation of Mn₂(CO)₁₀ with the bidentate phosphine 1,2-bis(diethylphosphino)ethane (depe) rapidly yields [Mn(CO)₃depe]₂ and Mn(CO)₃depe. The two species are in equilibrium in solution, with the dimer present in larger amounts: [Mn(CO)₃depe]₂ {A figure is presented} 2Mn(CO)₃depe. The formation of Mn(CO)₃depe proceeds much more readily than the formation of Mn(CO)₃L₂ (L = monodentate phosphine complexes). In addition, no side-products are formed as is the case with the monodentate ligands. The ease with which Mn(CO)₃depe can be generated makes it a convenient reagent for the synthesis of organic radicals because the complex abstracts halogen atoms from alkyl and aryl halides: Mn(CO)₃depe + RX → Mn(CO)₃(depe)X + P.

Original language	English
Pages (from-to)	349-355
Number of pages	7
Journal	Journal of Organometallic Chemistry
Volume	311
Issue number	3
DOIs	https://doi.org/10.1016/0022-328X(86)80257-1
Publication status	Published - Sep 9 1986

ASJC Scopus subject areas

Biochemistry
Physical and Theoretical Chemistry
Organic Chemistry
Inorganic Chemistry
Materials Chemistry

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Tyler, D. R., & Goldman, A. S. (1986). Generation and characterization of Mn(CO)₃L₂ (L₂ = R₂PC₂H₄PR₂; R = Et, Ph) and its use in the generation of organic radicals. Journal of Organometallic Chemistry, 311(3), 349-355. https://doi.org/10.1016/0022-328X(86)80257-1

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title = "Generation and characterization of Mn(CO)3L2 (L2 = R2PC2H4PR2; R = Et, Ph) and its use in the generation of organic radicals",

abstract = "Irradiation of Mn2(CO)10 with the bidentate phosphine 1,2-bis(diethylphosphino)ethane (depe) rapidly yields [Mn(CO)3depe]2 and Mn(CO)3depe. The two species are in equilibrium in solution, with the dimer present in larger amounts: [Mn(CO)3depe]2 {A figure is presented} 2Mn(CO)3depe. The formation of Mn(CO)3depe proceeds much more readily than the formation of Mn(CO)3L2 (L = monodentate phosphine complexes). In addition, no side-products are formed as is the case with the monodentate ligands. The ease with which Mn(CO)3depe can be generated makes it a convenient reagent for the synthesis of organic radicals because the complex abstracts halogen atoms from alkyl and aryl halides: Mn(CO)3depe + RX → Mn(CO)3(depe)X + P.",

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AU - Tyler, David R.

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N2 - Irradiation of Mn2(CO)10 with the bidentate phosphine 1,2-bis(diethylphosphino)ethane (depe) rapidly yields [Mn(CO)3depe]2 and Mn(CO)3depe. The two species are in equilibrium in solution, with the dimer present in larger amounts: [Mn(CO)3depe]2 {A figure is presented} 2Mn(CO)3depe. The formation of Mn(CO)3depe proceeds much more readily than the formation of Mn(CO)3L2 (L = monodentate phosphine complexes). In addition, no side-products are formed as is the case with the monodentate ligands. The ease with which Mn(CO)3depe can be generated makes it a convenient reagent for the synthesis of organic radicals because the complex abstracts halogen atoms from alkyl and aryl halides: Mn(CO)3depe + RX → Mn(CO)3(depe)X + P.

AB - Irradiation of Mn2(CO)10 with the bidentate phosphine 1,2-bis(diethylphosphino)ethane (depe) rapidly yields [Mn(CO)3depe]2 and Mn(CO)3depe. The two species are in equilibrium in solution, with the dimer present in larger amounts: [Mn(CO)3depe]2 {A figure is presented} 2Mn(CO)3depe. The formation of Mn(CO)3depe proceeds much more readily than the formation of Mn(CO)3L2 (L = monodentate phosphine complexes). In addition, no side-products are formed as is the case with the monodentate ligands. The ease with which Mn(CO)3depe can be generated makes it a convenient reagent for the synthesis of organic radicals because the complex abstracts halogen atoms from alkyl and aryl halides: Mn(CO)3depe + RX → Mn(CO)3(depe)X + P.

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