Lewis acid-base interactions between metal atoms and their applications for the synthesis of bimetallic cluster complexes

Richard D. Adams; Burjor Captain; Wei Fu; Mark D. Smith

doi:10.1021/ja017486j

Lewis acid-base interactions between metal atoms and their applications for the synthesis of bimetallic cluster complexes

Richard D. Adams, Burjor Captain, Wei Fu, Mark D. Smith

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44 Scopus citations

Abstract

A series of new palladium-ruthenium cluster complexes have been prepared by adding Pd(PBu^t₃) fragments to the ruthenium-ruthenium bonds of ruthenium carbonyl complexes. Reaction of Pd(PBu^t₃)₂ with Ru₃(CO)₁₂yielded the tripalladium adduct Ru₃(CO)₁₂[Pd(PBu^t₃)]₃ 1. Compound 1 contains three Pd(PBu^t₃) groups symmetrically disposed with each one acting as a bridge across one Ru-Ru bond of the former Ru₃(CO)₁₂ molecule. Reaction of Pd(PBu^t₃)₂ with Ru₆(CO)₁₇(C) yielded the dipalladium adduct Ru₆(CO)₁₇(C)[Pd(PBu^t₃)]₂ 2. Compound 2 exists as two isomers in the solid state. One isomer has Pd(PBu^t₃) groups bridging two edges of the Ru₆ octahedron. The other isomer has a Pd(PBu^t₃) group bridging one edge of the Ru₆ octahedron, and the other is a triple bridge. The reaction of Pd(PBu^t₃)₂ with Ru(CO)₅ yielded the dipalladium-diruthenium complex Ru₂(CO)₉[Pd(PBu^t₃)]₂ 3, a dipalladium adduct of the unstable molecule Ru₂(CO)₉.

Original language	English (US)
Pages (from-to)	5628-5629
Number of pages	2
Journal	Journal of the American Chemical Society
Volume	124
Issue number	20
DOIs	https://doi.org/10.1021/ja017486j
State	Published - May 22 2002
Externally published	Yes

ASJC Scopus subject areas

Catalysis
Chemistry(all)
Biochemistry
Colloid and Surface Chemistry

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title = "Lewis acid-base interactions between metal atoms and their applications for the synthesis of bimetallic cluster complexes",

abstract = "A series of new palladium-ruthenium cluster complexes have been prepared by adding Pd(PBut3) fragments to the ruthenium-ruthenium bonds of ruthenium carbonyl complexes. Reaction of Pd(PBut3)2 with Ru3(CO)12yielded the tripalladium adduct Ru3(CO)12[Pd(PBut3)]3 1. Compound 1 contains three Pd(PBut3) groups symmetrically disposed with each one acting as a bridge across one Ru-Ru bond of the former Ru3(CO)12 molecule. Reaction of Pd(PBut3)2 with Ru6(CO)17(C) yielded the dipalladium adduct Ru6(CO)17(C)[Pd(PBut3)]2 2. Compound 2 exists as two isomers in the solid state. One isomer has Pd(PBut3) groups bridging two edges of the Ru6 octahedron. The other isomer has a Pd(PBut3) group bridging one edge of the Ru6 octahedron, and the other is a triple bridge. The reaction of Pd(PBut3)2 with Ru(CO)5 yielded the dipalladium-diruthenium complex Ru2(CO)9[Pd(PBut3)]2 3, a dipalladium adduct of the unstable molecule Ru2(CO)9.",

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N2 - A series of new palladium-ruthenium cluster complexes have been prepared by adding Pd(PBut3) fragments to the ruthenium-ruthenium bonds of ruthenium carbonyl complexes. Reaction of Pd(PBut3)2 with Ru3(CO)12yielded the tripalladium adduct Ru3(CO)12[Pd(PBut3)]3 1. Compound 1 contains three Pd(PBut3) groups symmetrically disposed with each one acting as a bridge across one Ru-Ru bond of the former Ru3(CO)12 molecule. Reaction of Pd(PBut3)2 with Ru6(CO)17(C) yielded the dipalladium adduct Ru6(CO)17(C)[Pd(PBut3)]2 2. Compound 2 exists as two isomers in the solid state. One isomer has Pd(PBut3) groups bridging two edges of the Ru6 octahedron. The other isomer has a Pd(PBut3) group bridging one edge of the Ru6 octahedron, and the other is a triple bridge. The reaction of Pd(PBut3)2 with Ru(CO)5 yielded the dipalladium-diruthenium complex Ru2(CO)9[Pd(PBut3)]2 3, a dipalladium adduct of the unstable molecule Ru2(CO)9.

AB - A series of new palladium-ruthenium cluster complexes have been prepared by adding Pd(PBut3) fragments to the ruthenium-ruthenium bonds of ruthenium carbonyl complexes. Reaction of Pd(PBut3)2 with Ru3(CO)12yielded the tripalladium adduct Ru3(CO)12[Pd(PBut3)]3 1. Compound 1 contains three Pd(PBut3) groups symmetrically disposed with each one acting as a bridge across one Ru-Ru bond of the former Ru3(CO)12 molecule. Reaction of Pd(PBut3)2 with Ru6(CO)17(C) yielded the dipalladium adduct Ru6(CO)17(C)[Pd(PBut3)]2 2. Compound 2 exists as two isomers in the solid state. One isomer has Pd(PBut3) groups bridging two edges of the Ru6 octahedron. The other isomer has a Pd(PBut3) group bridging one edge of the Ru6 octahedron, and the other is a triple bridge. The reaction of Pd(PBut3)2 with Ru(CO)5 yielded the dipalladium-diruthenium complex Ru2(CO)9[Pd(PBut3)]2 3, a dipalladium adduct of the unstable molecule Ru2(CO)9.

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Lewis acid-base interactions between metal atoms and their applications for the synthesis of bimetallic cluster complexes

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