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Carbonyl complexes cobalt-ruthenium cluster

Many carbonyl and carbonyl metallate complexes of the second and third row, in low oxidation states, are basic in nature and, for this reason, adequate intermediates for the formation of metal— metal bonds of a donor-acceptor nature. Furthermore, the structural similarity and isolobal relationship between the proton and group 11 cations has lead to the synthesis of a high number of cluster complexes with silver—metal bonds.1534"1535 Thus, silver(I) binds to ruthenium,15 1556 osmium,1557-1560 rhodium,1561,1562 iron,1563-1572 cobalt,1573 chromium, molybdenum, or tungsten,1574-1576 rhe-nium, niobium or tantalum, or nickel. Some examples are shown in Figure 17. [Pg.988]


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See also in sourсe #XX -- [ Pg.25 , Pg.164 ]




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Carbonyl clusters

Carbonyl clusters, complexes

Cluster cobalt

Cluster complexes

Cobalt carbonyl complexes

Cobalt carbonylation

Cobalt complexes carbonylation

Cobalt complexes clusters

Cobalt-carbonyl clusters

Ruthenium carbonyl

Ruthenium carbonyl clusters

Ruthenium carbonyl clusters cobalt

Ruthenium carbonyl complexes

Ruthenium carbonylations

Ruthenium clusters

Ruthenium complex cluster

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