Interests: solid-liquid interface reactivity; in situ analytical approaches for material science; coupling of analytical and electrochemical techniques, durability of materials for energy: corrosion science approaches for durability of PV materials

Keywords: corrosion, inhibition, surface treatment, coatings, paints, Mg, Al , Zn, alloys, corrosion products, steel, percolation, grain boundary, buried interfaces, 

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Slides for Webinar "Corrosion and Low Carbon Energy" on Corrosion Awarness Day 24/04/2020, World Corrosion Organization

Specific Analytical Developments:  in situ Kinetic Raman Mapping (downstream electrochemical cell coupled with confocal Raman microscope to access in mapping mode local kinetics of the interface evolution for random non-homogeneous processes); application of Local Electrochemical Impedance Mapping (LEIM) to quantitative in-situ description of buried interfaces; Atomic Emission SpectroElectroChemistry - AESEC (with Prof. Kevin Ogle, downstream electrochemical cell coupled with ICP OES for real time solution analysis at solid/liquid interface); application of GD OES to corroded surfaces.

 Analytical approach: REPRESENTATIVE PUBLICATIONS

Ongoing funded projects: ANR DECIMAL ; projects with Safran Landing Systems and ArcelorMittal

Past funded projects: European: RFCS Autocorr, RFCS Microcorr; French: ANR Ascope, ANR Modelia, Projet AsTech Phiacre (pole de competitivité); numerous industrial collaborations.