OC6H5) react with CF3CO2H by the addition of H+ to the metal atom and formation of a cluster cation [H2Os3(X)(CO)10]+.
2.
HOs3(OH)(CO)10 reacts with RCO2H (R=CF3, CH3, CD3, and H) with replacement of the bridging OH group by the RCO2 group.
3.
These results indicate the transfer of the reaction site from the metal atom to the ligand for the reaction of HOs3(OH)(CO)10 with organic acids and a likely mechanism for this reaction is proposed.
Keywords
Organic Acid Osmium Metal Atom Reaction Site Cluster Cation
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
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