New kinds of modiÐed electrodes have been prepared on the basis of electroactive polymers containing bimetallic " anil Ï and " salen Ï-type complexes. New tetrahydro " anil Ï ligands and complexes have been synthesized, giving birth to a new family of electroactive polymers. The polymers have been prepared potentiostatically and exhibit electrochemical properties analogous to simple polysalens. In the case of binuclear complexes both imino-and amino-linked monomers polymerize, but the polymers exhibit quite di †erent charge transfer dynamics.Electropolyme risation anodique de complexes binucle aires de type " anil Ï et " salen Ï et de leur de rive s tetrahydroge ne s. Un nouveau type dÏe lectrodes modiÐe es a e te e labore sur la base de polyme`res e lectroactifs issus de complexes bime talliques de type " anil Ï et " salen Ï. Nous avons synthe tise des ligands et complexes tetrahydro " anil Ï originaux donnant acce`s a`une nouvelle famille de polyme`res e lectroactifs. Les complexes binucle aires posse dant des liaisons imine et amine polyme risent e galement, mais les polyme`res pre sentent des comportements tre`s di †e rents sur le plan du transfert e lectronique.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.