A highly active, heterogeneous catalyst for alkyne metathesis

H Weissman, KN Plunkett…

Index: Weissman, Haim; Plunkett, Kyle N.; Moore, Jeffrey S. Angewandte Chemie - International Edition, 2006 , vol. 45, # 4 p. 585 - 588

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Citation Number: 50

Abstract

Highly active alkyne-metathesis catalysts have been realized by exchanging the amide ligands on molybdenum (vi) alkylidyne trisamide complexes 1 with simple phenols,[1, 2] such as 4-nitrophenol, or by use of chlorotrisamide Mo (iv) complexes.[3] In spite of this practical utility, these catalysts can become deactivated over time, apparently through a bimolecular dimerization pathway.[4] The polymerization of 2-butyne, the metathesis by- ...

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