Mesoionic 4,4′-bis(1,2,3-triazole-5,5′-diylidene) Rh(I) complexes having a C2 chiral 4,4′-axis were accessed from 3-alkyltriazolium salts in virtually complete de. Their structure and configurational integrity were assessed by NMR spectroscopy, X-ray crystallography, and chiral HPLC. Computational analysis of the MICs involved in the reaction suggested the formation of a highly stable and unprecedented cation-carbene intermediate species, which could be evidenced experimentally by cyclic voltammetry analysis
Owing to its tremendous preparative importance, rhodium carbene chemistry has been studied extensive...
For the first time, the stereochemical course of an asymmetric cyclopropanation can be discussed on ...
International audienceFrom achiral imidazolinium salts, chiral transition metal complexes containing...
Mesoionic 4,4′-bis(1,2,3-triazole-5,5′-diylidene) Rh(I) complexes having a C2 chiral 4,4′-axis were ...
International audienceEnantiopure bimetallic systems containing three different elements of chiralit...
none7noThe novel rhodium(I) complexes [RhCl(NBD)(NHC)] [NBD = norbornadiene, NHC = 1-benzyl-3-R-imid...
Imidazolium salts incorporating functional groups represent a class of compounds having great versat...
1,2,3-Triazole-derived mesoionic carbenes (MICs) having a chiral sulfur functional group at the C5 p...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
A meta-substituted benzene-bridged ditriazolium salt has been prepared using copper-catalyzed azide–...
Traditional rhodium carbene chemistry relies on the controlled decomposition of diazo derivatives wi...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
Owing to its tremendous preparative importance, rhodium carbene chemistry has been studied extensive...
Owing to its tremendous preparative importance, rhodium carbene chemistry has been studied extensive...
For the first time, the stereochemical course of an asymmetric cyclopropanation can be discussed on ...
International audienceFrom achiral imidazolinium salts, chiral transition metal complexes containing...
Mesoionic 4,4′-bis(1,2,3-triazole-5,5′-diylidene) Rh(I) complexes having a C2 chiral 4,4′-axis were ...
International audienceEnantiopure bimetallic systems containing three different elements of chiralit...
none7noThe novel rhodium(I) complexes [RhCl(NBD)(NHC)] [NBD = norbornadiene, NHC = 1-benzyl-3-R-imid...
Imidazolium salts incorporating functional groups represent a class of compounds having great versat...
1,2,3-Triazole-derived mesoionic carbenes (MICs) having a chiral sulfur functional group at the C5 p...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
A meta-substituted benzene-bridged ditriazolium salt has been prepared using copper-catalyzed azide–...
Traditional rhodium carbene chemistry relies on the controlled decomposition of diazo derivatives wi...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
One of the most recent developments in asymmetric catalysis is to employ two or more catalysts under...
Owing to its tremendous preparative importance, rhodium carbene chemistry has been studied extensive...
Owing to its tremendous preparative importance, rhodium carbene chemistry has been studied extensive...
For the first time, the stereochemical course of an asymmetric cyclopropanation can be discussed on ...
International audienceFrom achiral imidazolinium salts, chiral transition metal complexes containing...