Mr. Yohann CARTIGNY
Full professor

+33 02 35 52 29 54
yohann.cartigny@univ-rouen.fr

Laboratoire SMS
Place Emile Blondel
76821 Mont-Saint-Aignan CEDEX
France

 

PhD Thesis

PhD in physics and chemistry of matter and materials – University of Lorraine (France 2004): “Lead alloys for acid batteries : i) Thermodynamic study of the PbCaSn system ii) optimization of a new elaboration process by powder metallurgy for electrode grids

Education

2024 : Habilitation à Diriger des Recherches - University of Rouen-Normandy

2001 : Master Degree in in physics and chemistry of matter and materials – Nancy, University of Lorraine (France)

1999: Bachelor in Physic and Chemistry Sciences Nancy, University of Lorraine (France)

Work Experience
From september 2017 : Headteacher of the Master2 Cristallization - University of Rouen
 
From september 2005 : Associate Professor in Materials Chemistry at the “Sciences et Méthodes Séparatives (SMS)” Laboratory, Rouen Normandie University.
 
Teaching activities  : inorganic chemistry, phase diagram, inorganic materials, general chemistry (University of Rouen (bachelor student) and in school of teaching)
Research activities are focused on the study and the experimental establishment of phase diagrams between organic molecules.
Expertise for Solid-solid (polymorphism, specific transformations), solid-liquid (crystallization processes, solvate formation) and solid-vapor equilibria (solvate formation, salvation mechanisms, stability of organic materials vs partial pressure of solvent, expert in gravimetric vapour sorption).
 
September 2004-august 2005 : Teaching in inorganic chemistry at the University of Nancy (Bachelor, courses, practical studies)
 
September 2001-September 2004 : Teaching given (during the thesis) at University of Metz in "Mineral  chemistry" (192h)
Papers

Full Description on https://cv.hal.science/yohann-cartigny

Symposium Participation

Full Description on https://cv.hal.science/yohann-cartigny

Scientific Skills
Thermal Analysis (DSC – TG-DSC) – Implementation
Thermal Analysis (DSC – TG-DSC) – Interpretation
XRay Powder diffraction - user
Phase Diagram - Experimental Determination
Heterogeneous Equilibria
Microscopy (optical, electronic)
Chiral Resolution by Crystallization
Solution Crystallization (polymorphism control, crystal engineering, salt, co-crystals)
Particle Size Distribution evaluation (Malvern PSD)
Solid-vapour equilibria (DVS)
Discontinuous Isoperibolic thermal analysis
BET – surface analysis