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High-nuclearity carbonyl clusters reduction reactions

Redox condensation can occur by the simple addition of a mononudear carbonyl cationic spedes to an anionic cluster as shown in equation (3.18). Such condensation reactions allow for a stepwise and controlled construction of higher nuclearity clusters whereby the regeneration of a suffidently high negative charge on the cluster can be accomplished by appropriate reduction or deprotonation steps in the condensation sequence. [168]... [Pg.120]

See other pages where High-nuclearity carbonyl clusters reduction reactions is mentioned: [Pg.108] [Pg.761] [Pg.148] [Pg.222] [Pg.218] [Pg.295] [Pg.4016] [Pg.4015] [Pg.76] [Pg.424] [Pg.295] [Pg.913] [Pg.152] [Pg.1859] [Pg.1858]

See also in sourсe #XX -- [ Pg.174 , Pg.175 , Pg.176 , Pg.177 ]

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Carbonyl clusters

Carbonyl reduction

Cluster high-nuclearity

Cluster nuclearity

Clustering reaction

High clustering

High reactions

High-nuclearity carbonyl clusters

High-nuclearity carbonyl clusters reactions

Nuclear reactions

Reduction carbonylation

Reductive reactions carbonylation