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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,
Profile at Researchgate Profile at Google Scholar Profile at Scopus
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.
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