Des complexes cage aux nanoparticules, nouveaux catalyseurs pour la production du dihydrogène

Des complexes cage aux nanoparticules, nouveaux catalyseurs pour la production du dihydrogène

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Ce travail porte sur les complexes des métaux de transitions pour la catalyse de la réduction des protons en hydrogène. La nature de l’espèce catalytiquement active mise en jeu lors du processus de réduction a été étudiée par voltampérométrie cyclique afin de comprendre le rôle et le mode d’action...

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Bibliographic Details
Main Author:	Cherdo, Stéphanie
Other Authors:	Paris 11
Language:	fr
Published:	2013
Subjects:	Réduction des protons Électrocatalyse Ligand glyoxime Ligand clathrochélate Voltampérométrie cyclique Électrodéposition Nanoparticules Réseaux de coordination Proton reduction Electrocatalysis Glyoxime ligands Clathrochelate Cyclic voltammetry Electrodeposition Nanoparticles Coordination networks Hydrogen
Online Access:	http://www.theses.fr/2013PA112333/document

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