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Chemistry of Dimetallaoctaborane(12) with Chalcogen-Based Borate Ligands: Obedient versus Disobedient Clusters
, Nandi C., Zafar M., Roisnel T., Dorcet V.
Published in American Chemical Society
2020
Volume: 59
   
Issue: 6
Pages: 3537 - 3541
Abstract
The reactions of dimetallaoctaboranes(12) [(Cp*M)2B6H10] [M = Co (1) or Rh (2); Cp∗ = Ε5-C5Me5] with different chalcogen sources, such as Li[BH2E3] and Li[BH3EPh] (E = S, Se, or Te), led to two unique reaction outcomes. For example, the formation of 10-vertex nido-[(Cp*M)2B6E2H6] (3, M = Co, E = S; 4, M = Co, E = Se; 5, M = Co, E = Te; 6, M = Rh, E = Se) from compounds 1 and 2 is a typical representation of a cluster growth reaction, while the formation of arachno-[(Cp*Co)2B6H9(EPh)] [E = S (9), Se (10), or Te (11)] is a rare method that yielded arachno clusters, keeping the core geometry identical. The formation of arachno-9-11 is a unique method that converts disobedient cluster 1 to obedient clusters 9-11. Further, the reactivity of nido-4 with various metal carbonyls presented sequential cluster growth reactions, which afforded 11-vertex nido-[(Cp*Co)2B6Se2H6Fe(CO)3] (7) and 13-vertex fused closo-[(Cp*Co)2B6Se2H6Ru3(CO)8] (8). The core geometry of nido-7 is uncommon and very similar to that of [C2B9H11]2- with a unique open pentahapto-coordinating five-membered face. © 2020 American Chemical Society.
About the journal
JournalData powered by TypesetInorganic Chemistry
PublisherData powered by TypesetAmerican Chemical Society
ISSN00201669
Open AccessNo