In this thesis, our strategy is to use micelles (CCM) or nanogels (NG) cross-linked in the cores with a polyelectrolytic shell. These polymers are designed with a polycationic PVPMe+I- or polyanionic PSS-Na+ shells prepared by the RAFT-PISA strategy, to help nanoreactors stay in aqueous phase. The phosphine ligand is connected with hydrophobic chains. For the catalysis, the metal catalysts and organic substrates transfer into the hydrophobic part. The advantage of these objects with respect to the corresponding first-generation neutral shell micelles is to remove the metal leaching and the particle-particle coupling, which occurs through interpenetration leading to core-core contact after being loaded with metal catalysts. These nanoreactor...
Amphiphilic phosphine-functionalized nanogel particles were synthesized by aqueous polymerization in...
International audienceRhodium nanoparticles (Rh NPs) embedded in different amphiphilic core-crosslin...
Core-cross-linked micelles (CCM) functionalized at the core with covalently linked bis(p-methoxyphen...
In this thesis, our strategy is to use micelles (CCM) or nanogels (NG) cross-linked in the cores wit...
The current project is focused on the development of a new tool for the rhodium-catalyzed aqueous bi...
L'importance industrielle et économique de la catalyse en fait aujourd'hui un des thèmes le plus étu...
International audienceUnimolecular amphiphilic nanoreactors with a poly(4‐vinyl‐N‐methylpyridinium i...
Controlled radical polymerization has recently been used to develop polymers engineered for applicat...
International audienceWater-borne phosphine-functionalized core-cross-linked micelles (CCM) consisti...
Les catalyseurs sont indispensables à l'industrie chimique moderne. La récupération des catalyseurs ...
Biphasic homogeneous protocols are attractive for catalyzed transformations in industry, especially ...
International audienceStable latexes containing unimolecular amphiphilic core-shell star-block polym...
High catalytic activity (TurnOver Frequencies up to 700 h-1) was achieved using new triphenylphosphi...
Amphiphilic phosphine-functionalized nanogel particles were synthesized by aqueous polymerization in...
International audienceRhodium nanoparticles (Rh NPs) embedded in different amphiphilic core-crosslin...
Core-cross-linked micelles (CCM) functionalized at the core with covalently linked bis(p-methoxyphen...
In this thesis, our strategy is to use micelles (CCM) or nanogels (NG) cross-linked in the cores wit...
The current project is focused on the development of a new tool for the rhodium-catalyzed aqueous bi...
L'importance industrielle et économique de la catalyse en fait aujourd'hui un des thèmes le plus étu...
International audienceUnimolecular amphiphilic nanoreactors with a poly(4‐vinyl‐N‐methylpyridinium i...
Controlled radical polymerization has recently been used to develop polymers engineered for applicat...
International audienceWater-borne phosphine-functionalized core-cross-linked micelles (CCM) consisti...
Les catalyseurs sont indispensables à l'industrie chimique moderne. La récupération des catalyseurs ...
Biphasic homogeneous protocols are attractive for catalyzed transformations in industry, especially ...
International audienceStable latexes containing unimolecular amphiphilic core-shell star-block polym...
High catalytic activity (TurnOver Frequencies up to 700 h-1) was achieved using new triphenylphosphi...
Amphiphilic phosphine-functionalized nanogel particles were synthesized by aqueous polymerization in...
International audienceRhodium nanoparticles (Rh NPs) embedded in different amphiphilic core-crosslin...
Core-cross-linked micelles (CCM) functionalized at the core with covalently linked bis(p-methoxyphen...