Cluster chemistry. Part 97. Some unusual complexes obtained from reactions of Ru3(μ-dppm)(CO)10 and C7 or C8 hydrocarbons

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Cluster chemistry. Part 97. Some unusual complexes obtained from reactions of Ru3(μ-dppm)(CO)10 and C7 or C8 hydrocarbons

Cited by 17 publications

References 14 publications

Substituent Effects on Ru₃C₂ Clusters: Structural Comparisons of Some μ₃‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru₃(μ‐X)(μ₃‐C₂Ar)(Y₂)(CO)₇], X = H, or Au(PPh₃), Y₂ = μ‐dppm or (CO)₂

Substituent Effects on Ru₃C₂ Clusters: Structural Comparisons of Some μ₃‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru₃(μ‐X)(μ₃‐C₂Ar)(Y₂)(CO)₇], X = H, or Au(PPh₃), Y₂ = μ‐dppm or (CO)₂

New Tetraruthenium Cluster from the Thermolysis of [Ru3(CO)10(μ-dppm)]: Crystal Structure of [HRu4(CO)9(μ3-PhPCH2PPh2) (μ3,η2:η1:η1-C6H4)]

Metal Cluster Terminated “Molecular Wires”

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Cluster chemistry. Part 97. Some unusual complexes obtained from reactions of Ru3(μ-dppm)(CO)10 and C7 or C8 hydrocarbons

Cited by 17 publications

References 14 publications

Substituent Effects on Ru3C2 Clusters: Structural Comparisons of Some μ3‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru3(μ‐X)(μ3‐C2Ar)(Y2)(CO)7], X = H, or Au(PPh3), Y2 = μ‐dppm or (CO)2

Substituent Effects on Ru3C2 Clusters: Structural Comparisons of Some μ3‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru3(μ‐X)(μ3‐C2Ar)(Y2)(CO)7], X = H, or Au(PPh3), Y2 = μ‐dppm or (CO)2

New Tetraruthenium Cluster from the Thermolysis of [Ru3(CO)10(μ-dppm)]: Crystal Structure of [HRu4(CO)9(μ3-PhPCH2PPh2) (μ3,η2:η1:η1-C6H4)]

Metal Cluster Terminated “Molecular Wires”

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Product

Resources

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Substituent Effects on Ru₃C₂ Clusters: Structural Comparisons of Some μ₃‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru₃(μ‐X)(μ₃‐C₂Ar)(Y₂)(CO)₇], X = H, or Au(PPh₃), Y₂ = μ‐dppm or (CO)₂

Substituent Effects on Ru₃C₂ Clusters: Structural Comparisons of Some μ₃‐Arylethynyl triruthenium‐carbonyl Clusters, [Ru₃(μ‐X)(μ₃‐C₂Ar)(Y₂)(CO)₇], X = H, or Au(PPh₃), Y₂ = μ‐dppm or (CO)₂