Chiral metal complexes of salen type are known for their efficient catalytic activity leading to the preparation of enantioselective enriched synthons. In accordance with the concept of green chemistry, one of the main challenge is to establish a procedure for the recovery and reuse of these catalysts. In this context, the objective of this work is to functionalize the silicon surface by grafting these catalysts by controlled polymerization especially by Atom Transfer Radical Polymerization (ATRP) to facilitate their recovery and reuse.Thus, styrene copolymers containing 5 to 50 mol % of an disymmetric salen comonomer were synthesized by ATRP in solution. The controlled nature of the polymerizations is obtained only when the incorporation o...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
The aim of this work was to prepare new chiral heterogeneous catalysts for asymmetric catalysis by o...
Les complexes métalliques chiraux de type salen sont connus pour la diversité de leur utilisation en...
A new approach to polymer brushes based on the surface-initiated atom transfer radical polymerizatio...
The generation of heterogeneous catalysts featuring well-defined active centers is of high importanc...
The generation of heterogeneous catalysts featuring well-defined active centers is of high importanc...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
The synthesis of polymer-supported salen metal complexes 1 using atom transfer radical polymerizatio...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
The aim of this work was to prepare new chiral heterogeneous catalysts for asymmetric catalysis by o...
Les complexes métalliques chiraux de type salen sont connus pour la diversité de leur utilisation en...
A new approach to polymer brushes based on the surface-initiated atom transfer radical polymerizatio...
The generation of heterogeneous catalysts featuring well-defined active centers is of high importanc...
The generation of heterogeneous catalysts featuring well-defined active centers is of high importanc...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
The synthesis of polymer-supported salen metal complexes 1 using atom transfer radical polymerizatio...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
International audienceStyrene copolymers containing 5–50 mol % of a comonomer with a salen catalytic...
The aim of this work was to prepare new chiral heterogeneous catalysts for asymmetric catalysis by o...