Add to ORKGThree diarylcarbene derivatives with reactive groups were synthesized and used to graft functional groups onto a plasma-modified polyethylene surface via one-step carbene insertion. The modification is observable spectroscopically, and this one-step strategy provides facile and efficient tool to modify the surface macroscopic properties of low surface energy materials
International audienceThis work presents a new strategy of plasma treatment and post-functionalizati...
A general method for chemical surface functionalization of parylene C [PC, (para-CH_2-C_6H_3Cl-CH_2-...
Pulsed plasma polymerization provides a highly efficient, single step, solventless method of surface...
Three diarylcarbene derivatives with reactive groups were synthesized and used to graft functional g...
Controlled surface modification of PE is achieved by an efficient and facile approach via plasma-ass...
We report here a chemical treatment which permits the direct modification of the surface properties ...
Diarylcarbenes have been shown to be suitable for the surface modification of a diverse range of pol...
A detailed investigation of the reactions of diaryldiazo compounds for the surface modification of s...
International audienceIn this paper, we present a new strategy to functionalize the surface of high-...
Vita.A new technique for functionalization of polyolefin surfaces using C-H bond activation catalyst...
Functionalised diarylcarbenes can be used as anchoring agents for the introduction of metal chelatin...
International audienceAbstract Polymer materials are widely employed in many fields due to the ease ...
Polymer materials are widely employed in many fields due to the ease with which they can be formed i...
Carboxylate groups were introduced at poly(ethylene) (PE) surfaces by immobilization of sodium 10-un...
International audienceA three-step procedure for surface functionalization of polyamide-6 plates is ...
International audienceThis work presents a new strategy of plasma treatment and post-functionalizati...
A general method for chemical surface functionalization of parylene C [PC, (para-CH_2-C_6H_3Cl-CH_2-...
Pulsed plasma polymerization provides a highly efficient, single step, solventless method of surface...
Three diarylcarbene derivatives with reactive groups were synthesized and used to graft functional g...
Controlled surface modification of PE is achieved by an efficient and facile approach via plasma-ass...
We report here a chemical treatment which permits the direct modification of the surface properties ...
Diarylcarbenes have been shown to be suitable for the surface modification of a diverse range of pol...
A detailed investigation of the reactions of diaryldiazo compounds for the surface modification of s...
International audienceIn this paper, we present a new strategy to functionalize the surface of high-...
Vita.A new technique for functionalization of polyolefin surfaces using C-H bond activation catalyst...
Functionalised diarylcarbenes can be used as anchoring agents for the introduction of metal chelatin...
International audienceAbstract Polymer materials are widely employed in many fields due to the ease ...
Polymer materials are widely employed in many fields due to the ease with which they can be formed i...
Carboxylate groups were introduced at poly(ethylene) (PE) surfaces by immobilization of sodium 10-un...
International audienceA three-step procedure for surface functionalization of polyamide-6 plates is ...
International audienceThis work presents a new strategy of plasma treatment and post-functionalizati...
A general method for chemical surface functionalization of parylene C [PC, (para-CH_2-C_6H_3Cl-CH_2-...
Pulsed plasma polymerization provides a highly efficient, single step, solventless method of surface...