New developments in the chemistry of polyNHCs: Synthesis and coordination
Primary Investigator (PI) Name
Daniela Tapu
Department
CSM - Chemistry and Biochemistry
Abstract
Since the isolation of the first stable carbene by Arduengo in 1991, N-heterocyclic carbenes (NHCs) have emerged as a very useful type of ligands for homogeneous catalyst design, due to their high topological and electronic versatility, as well as a great coordination capability. The majority of known NHCs are either monofunctional or difunctional with tethered carbenes poised for chelation to a single metal center. Essential to the advancement of NHC-based materials has been the design and synthesis of new systems featuring multiple NHC moieties capable of functioning independently of each other. These multitopic NHCs are not only structurally fascinating, but could also function as building block for accessing new classes of polymers, as self-assembled materials and recyclable catalysts. The synthesis of several new classes of polyNHCs will be presented. Details on the chemistry of these carbenes with respect to their ability to support catalytically relevant metal complexes will be provided.
Disciplines
Inorganic Chemistry | Organic Chemistry
New developments in the chemistry of polyNHCs: Synthesis and coordination
Since the isolation of the first stable carbene by Arduengo in 1991, N-heterocyclic carbenes (NHCs) have emerged as a very useful type of ligands for homogeneous catalyst design, due to their high topological and electronic versatility, as well as a great coordination capability. The majority of known NHCs are either monofunctional or difunctional with tethered carbenes poised for chelation to a single metal center. Essential to the advancement of NHC-based materials has been the design and synthesis of new systems featuring multiple NHC moieties capable of functioning independently of each other. These multitopic NHCs are not only structurally fascinating, but could also function as building block for accessing new classes of polymers, as self-assembled materials and recyclable catalysts. The synthesis of several new classes of polyNHCs will be presented. Details on the chemistry of these carbenes with respect to their ability to support catalytically relevant metal complexes will be provided.