Methods to monitor and quantify the chemical reactivity of surfaces at micrometer scale are developed in an optical label-free detector owing to changes in refractive index. The principle is based on the coupling between imaging techniques, optical microscopies, and micro-electrochemical techniques to study and map in real time and in situ interfacial (electro-) chemical processes. The potential of these techniques is evidenced on the mechanistic inspection of a model system: the electrochemical grafting of thin organic films on surfaces by reduction of diazonium salts. The local (bio) chemical reactivity is examined ex situ and in situ on different gold surfaces: microelectrodes or macroelectrodes patterned either by micro contact printing...
This contribution provides a brief review of the applications of the Scanning Electrochemical Micros...
Le développement de dispositifs électroniques de taille de plus en plus petite a obligé le monde sci...
Ce manuscrit décrit les travaux menés pour le développement et l'utilisation du microscope électroch...
Methods to monitor and quantify the chemical reactivity of surfaces at micrometer scale are develope...
L objectif est de développer des méthodes permettant de suivre et de quantifier la réactivité chimiq...
Surface chemical reactivity is imaged by combining electrochemical activation of a surface transform...
International audienceSurface chemical reactivity is imaged by combining electro-chemical activation...
International audienceSurface chemical reactivity is imaged by combining electro-chemical activation...
New techniques to locally graft organic molecules on surfaces are presently developed for electronic...
This work deals with : (i) the electrochemical detection of nucleosides on a new carbonelectrode mat...
International audienceThe coating of gold (Au) electrode surfaces with nitrophenyl (NP) layers is st...
The scanning electrochemical microscope (SECM) in the lithographic mode is used to assess quantitati...
This contribution provides a brief review of the applications of the Scanning Electrochemical Micros...
Le développement de dispositifs électroniques de taille de plus en plus petite a obligé le monde sci...
Ce manuscrit décrit les travaux menés pour le développement et l'utilisation du microscope électroch...
Methods to monitor and quantify the chemical reactivity of surfaces at micrometer scale are develope...
L objectif est de développer des méthodes permettant de suivre et de quantifier la réactivité chimiq...
Surface chemical reactivity is imaged by combining electrochemical activation of a surface transform...
International audienceSurface chemical reactivity is imaged by combining electro-chemical activation...
International audienceSurface chemical reactivity is imaged by combining electro-chemical activation...
New techniques to locally graft organic molecules on surfaces are presently developed for electronic...
This work deals with : (i) the electrochemical detection of nucleosides on a new carbonelectrode mat...
International audienceThe coating of gold (Au) electrode surfaces with nitrophenyl (NP) layers is st...
The scanning electrochemical microscope (SECM) in the lithographic mode is used to assess quantitati...
This contribution provides a brief review of the applications of the Scanning Electrochemical Micros...
Le développement de dispositifs électroniques de taille de plus en plus petite a obligé le monde sci...
Ce manuscrit décrit les travaux menés pour le développement et l'utilisation du microscope électroch...