Face-coordinated C60 complexes with carbido pentaruthenium cluster cores including a bimetallic platinum-pentaruthenium complex

Kwangyeol Lee, John R. Shapley

Research output: Contribution to journalArticle

49 Citations (Scopus)

Abstract

Interaction of Ru5C(CO)15 with C60 in refluxing chlorobenzene followed by PPh3 or dppe (1,2-bis(diphenylphosphino)ethane) forms Ru5C(CO)11(PPh3)(μ3222-C60) (1) or Ru5C(CO)10-(μ-η11-dppe)(μ3222-C60) (2), isolated in 19% and 14% yields, respectively, after chromatography. An analogous reaction of Ru5C(CO)15 with C60 followed by dppf (1,1′-bis(diphenylphosphino)ferrocene) initially forms both Ru5C(CO)111-dppf)(μ 3222-C 60) (3) and Ru5C(CO)10(μ-η11-dppf)(μ3222-C60) (4), but further thermolysis of 3 in refluxing chlorobenzene converts it to 4. Direct interaction of Ru5C(CO)14(PPh3) (5), Ru5C(CO)13(dppe) (6), and Ru5C(CO)13(dppf) (7) with C60 in refluxing chlorobenzene also provides 1, 2, and 4 in isolated yields of 21%, 27%, and 20%, respectively. Interaction of PtRu5C(CO)16 or PtRu5C-(CO)14(COD) with C60 followed by dppe in refluxing chlorobenzene forms PtRu5C(CO)112-dppe)(μ 3222-C 60) (8) (7% and 23% yields, respectively). Substitution of the COD ligand in PtRu5C(CO)14(COD) by dppe at room temperature provides PtRu5C(CO)142-dppe) (9). Compound 9 does not react with C60 to give 8. All new compounds have been characterized by a combination of analytical and spectroscopic methods, and the molecular structures of compounds 1, 2, 4, 7, 8, and 9 have been determined by single-crystal X-ray diffraction studies.

Original languageEnglish
Pages (from-to)3020-3026
Number of pages7
JournalOrganometallics
Volume17
Issue number14
Publication statusPublished - 1998 Jul 6
Externally publishedYes

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Carbon Monoxide
Platinum
ethane
platinum
chlorobenzenes
crack opening displacement
interactions
chromatography
molecular structure
substitutes
Thermolysis
ligands
single crystals
room temperature
Chromatography
bis(diphenylphosphine)ethane
diffraction
Molecular structure
x rays
Substitution reactions

ASJC Scopus subject areas

  • Inorganic Chemistry
  • Organic Chemistry

Cite this

Face-coordinated C60 complexes with carbido pentaruthenium cluster cores including a bimetallic platinum-pentaruthenium complex. / Lee, Kwangyeol; Shapley, John R.

In: Organometallics, Vol. 17, No. 14, 06.07.1998, p. 3020-3026.

Research output: Contribution to journalArticle

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title = "Face-coordinated C60 complexes with carbido pentaruthenium cluster cores including a bimetallic platinum-pentaruthenium complex",
abstract = "Interaction of Ru5C(CO)15 with C60 in refluxing chlorobenzene followed by PPh3 or dppe (1,2-bis(diphenylphosphino)ethane) forms Ru5C(CO)11(PPh3)(μ3-η 2,η2,η2-C60) (1) or Ru5C(CO)10-(μ-η1,η 1-dppe)(μ3-η2,η 2,η2-C60) (2), isolated in 19{\%} and 14{\%} yields, respectively, after chromatography. An analogous reaction of Ru5C(CO)15 with C60 followed by dppf (1,1′-bis(diphenylphosphino)ferrocene) initially forms both Ru5C(CO)11(η1-dppf)(μ 3-η2,η2,η2-C 60) (3) and Ru5C(CO)10(μ-η1,η 1-dppf)(μ3-η2,η 2,η2-C60) (4), but further thermolysis of 3 in refluxing chlorobenzene converts it to 4. Direct interaction of Ru5C(CO)14(PPh3) (5), Ru5C(CO)13(dppe) (6), and Ru5C(CO)13(dppf) (7) with C60 in refluxing chlorobenzene also provides 1, 2, and 4 in isolated yields of 21{\%}, 27{\%}, and 20{\%}, respectively. Interaction of PtRu5C(CO)16 or PtRu5C-(CO)14(COD) with C60 followed by dppe in refluxing chlorobenzene forms PtRu5C(CO)11(η2-dppe)(μ 3-η2,η2nη2-C 60) (8) (7{\%} and 23{\%} yields, respectively). Substitution of the COD ligand in PtRu5C(CO)14(COD) by dppe at room temperature provides PtRu5C(CO)14(η2-dppe) (9). Compound 9 does not react with C60 to give 8. All new compounds have been characterized by a combination of analytical and spectroscopic methods, and the molecular structures of compounds 1, 2, 4, 7, 8, and 9 have been determined by single-crystal X-ray diffraction studies.",
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N2 - Interaction of Ru5C(CO)15 with C60 in refluxing chlorobenzene followed by PPh3 or dppe (1,2-bis(diphenylphosphino)ethane) forms Ru5C(CO)11(PPh3)(μ3-η 2,η2,η2-C60) (1) or Ru5C(CO)10-(μ-η1,η 1-dppe)(μ3-η2,η 2,η2-C60) (2), isolated in 19% and 14% yields, respectively, after chromatography. An analogous reaction of Ru5C(CO)15 with C60 followed by dppf (1,1′-bis(diphenylphosphino)ferrocene) initially forms both Ru5C(CO)11(η1-dppf)(μ 3-η2,η2,η2-C 60) (3) and Ru5C(CO)10(μ-η1,η 1-dppf)(μ3-η2,η 2,η2-C60) (4), but further thermolysis of 3 in refluxing chlorobenzene converts it to 4. Direct interaction of Ru5C(CO)14(PPh3) (5), Ru5C(CO)13(dppe) (6), and Ru5C(CO)13(dppf) (7) with C60 in refluxing chlorobenzene also provides 1, 2, and 4 in isolated yields of 21%, 27%, and 20%, respectively. Interaction of PtRu5C(CO)16 or PtRu5C-(CO)14(COD) with C60 followed by dppe in refluxing chlorobenzene forms PtRu5C(CO)11(η2-dppe)(μ 3-η2,η2nη2-C 60) (8) (7% and 23% yields, respectively). Substitution of the COD ligand in PtRu5C(CO)14(COD) by dppe at room temperature provides PtRu5C(CO)14(η2-dppe) (9). Compound 9 does not react with C60 to give 8. All new compounds have been characterized by a combination of analytical and spectroscopic methods, and the molecular structures of compounds 1, 2, 4, 7, 8, and 9 have been determined by single-crystal X-ray diffraction studies.

AB - Interaction of Ru5C(CO)15 with C60 in refluxing chlorobenzene followed by PPh3 or dppe (1,2-bis(diphenylphosphino)ethane) forms Ru5C(CO)11(PPh3)(μ3-η 2,η2,η2-C60) (1) or Ru5C(CO)10-(μ-η1,η 1-dppe)(μ3-η2,η 2,η2-C60) (2), isolated in 19% and 14% yields, respectively, after chromatography. An analogous reaction of Ru5C(CO)15 with C60 followed by dppf (1,1′-bis(diphenylphosphino)ferrocene) initially forms both Ru5C(CO)11(η1-dppf)(μ 3-η2,η2,η2-C 60) (3) and Ru5C(CO)10(μ-η1,η 1-dppf)(μ3-η2,η 2,η2-C60) (4), but further thermolysis of 3 in refluxing chlorobenzene converts it to 4. Direct interaction of Ru5C(CO)14(PPh3) (5), Ru5C(CO)13(dppe) (6), and Ru5C(CO)13(dppf) (7) with C60 in refluxing chlorobenzene also provides 1, 2, and 4 in isolated yields of 21%, 27%, and 20%, respectively. Interaction of PtRu5C(CO)16 or PtRu5C-(CO)14(COD) with C60 followed by dppe in refluxing chlorobenzene forms PtRu5C(CO)11(η2-dppe)(μ 3-η2,η2nη2-C 60) (8) (7% and 23% yields, respectively). Substitution of the COD ligand in PtRu5C(CO)14(COD) by dppe at room temperature provides PtRu5C(CO)14(η2-dppe) (9). Compound 9 does not react with C60 to give 8. All new compounds have been characterized by a combination of analytical and spectroscopic methods, and the molecular structures of compounds 1, 2, 4, 7, 8, and 9 have been determined by single-crystal X-ray diffraction studies.

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