Bimetallic catalysts are capable of activating alkynes to undergo a diverse array of reactions. The unique electronic structure of alkynes enables them to coordinate to two metals in a variety of different arrangements. A number of well-characterised bimetallic complexes have been discovered that utilise the versatile coordination modes of alkynes to enhance the rate of a bimetallic catalysed process. Yet, for many other bimetallic catalyst systems, which have achieved incredible improvements to a reactions rate and selectivity, the mechanism of alkyne activation remains unknown. This chapter summarises the many different approaches that bimetallic catalysts may be utilised to achieve cooperative activation of the alkyne triple bond.35 page...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Despite the tremendous accomplishments that have been described in the development of transition met...
In the quest for active and selective catalysts featuring nonprecious metals, bimetallic cooperativi...
There is growing interest in the design of bimetallic cooperative complexes, which have emerged due ...
2013-07-06Research presented in this work describes investigations into the synthesis, structure, an...
Theoretical thesis.Bibliography: pages R2-R2.Chapter 1: Introduction -- Chapter 2: Ligand synthesis ...
Although alkyne metathesis had already been discovered in the late 1960s, the reaction gained prepar...
Full quantum mechanical calculations demonstrate that cooperativity in the form of the activation of...
Although alkyne metathesis had already been discovered in the late 1960s, the reaction gained prepar...
This tutorial explores the major pathways of forming metal–carbon double bonds in high-oxidation-sta...
This chapter covers recent developments in transition metal catalyzed cycloadditions involving alkyn...
Selective C–H bond activation is a highly demanding task due to the presence of multiple C–H bonds o...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Transition metal-mediated coupling reaction of alkynes and alkenes is of considerable current intere...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Despite the tremendous accomplishments that have been described in the development of transition met...
In the quest for active and selective catalysts featuring nonprecious metals, bimetallic cooperativi...
There is growing interest in the design of bimetallic cooperative complexes, which have emerged due ...
2013-07-06Research presented in this work describes investigations into the synthesis, structure, an...
Theoretical thesis.Bibliography: pages R2-R2.Chapter 1: Introduction -- Chapter 2: Ligand synthesis ...
Although alkyne metathesis had already been discovered in the late 1960s, the reaction gained prepar...
Full quantum mechanical calculations demonstrate that cooperativity in the form of the activation of...
Although alkyne metathesis had already been discovered in the late 1960s, the reaction gained prepar...
This tutorial explores the major pathways of forming metal–carbon double bonds in high-oxidation-sta...
This chapter covers recent developments in transition metal catalyzed cycloadditions involving alkyn...
Selective C–H bond activation is a highly demanding task due to the presence of multiple C–H bonds o...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Transition metal-mediated coupling reaction of alkynes and alkenes is of considerable current intere...
Owing of their accessibility and wide range of reactivities, alkynes make for fascinating building b...
Despite the tremendous accomplishments that have been described in the development of transition met...
In the quest for active and selective catalysts featuring nonprecious metals, bimetallic cooperativi...