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Full Description
The number of important developments in the field of di- and polynuclear metal complexes-clusters of metal compounds that are used as catalysts in industrial research-continues to expand. This timely book describes the catalysis of organic reactions, the leading potential application of metal cluster complexes, and examines the underlying theories supporting this science.
Contents
Concepts and Models for Characterizing Homogeneous Reactions Catalyzed by Transition Metal Cluster Complexes (E. Rosenberg & R. Laine).; Activation of Ruthenium Clusters for Use in Catalysis: Approaches and Problems (G. Lavigne & B. de Bonneval).; Catalysis by Mixed--Metal Clusters Containing Gold Phosphine Groupings (L. Pignolet).; Catalysis by Sulfido Bridged Dimolybdenum Complexes (M. DuBois).; Catalytic Applications of Dimolybdenum and Ditungsten Complexes Containing Multiple Metal--Metal Bond (M. McCann).; Synthesis of Organic Compounds Catalyzed by Transition Metal Clusters (G. Siiss--Fink & M. Jahncke) Catalysis with Dirhodium (II) Complexes (M. Doyle).; Catalytic Macrocyclization of Thietanes by Metal Carbonyl Cluster Complexes (R. Adams).; Catalysis of Rh,Rh--Co, and Ir--Co Multinuclear Complexes and Its Applications to Organic Syntheses (I. Ojima & Z. Li).; Bimetallic Homogeneous Hydroformylation (G. Stanley).; Catalysis by Colloids (L. Lewis).; Catalysis with Palladium Clusters (I. Moiseev & M. Vargaftik).; Heterometallic Clusters for Heterogeneous Catalysis (P. Braunstein & J. Rose).; Metal Cluster Catalysis Catalysts Dispersed on Solid Supports (B. Gates).; Index.
