The Physico-Chemistry of Materials and Electrolytes for Energy laboratory (PCM2E) was created in 2012 and works in the field of energy conversion and storage (batteries, supercapacitors, hybrid photovoltaics, ionic liquids), on nanostructured materials and organic electrochromic devices.

The overall project of the laboratory is built around skills in electrochemistry, thermodynamics and materials chemistry. The laboratory has three priority themes which are:

- Axis 1: Electrolytes, membranes and electrode materials for energy storage

- Axis 2: Organic semiconductors and nanostructured materials

- Axis 3: Ionic Liquids

 

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Keywords

Manganese oxide Electrodes Batteries Lithium ion batteries Heat transfer fluids Catholyte LiS batteries Morphology Cathode Deep eutectic solvent Statistical physics Electrochemical performances Protic ionic liquids Electrolyte/electrode interface Tensiometry LiTFSI Heat capacity Cathodes Nanoparticles 2-apyrimidines Na-ion batteries Electrochemistry Li-ion batteries Dynamic light scattering Acetonitrile Alkylcarbonates Ionic liquid SEI additives Electrochemical storage Safety Transport properties Isobaric heat capacity Cryoetching Carbon nanotubes Electrochemical impedance spectroscopy Viscosity Nanocomposites High voltage Perovskite solar cells Electrolyte Adiponitrile Electrochemical capacitors Polypyrrole Binary mixtures CO2 capture Capacitance Adsorption isotherms Micellar parameters Lithium-ion batteries Activated carbon Chemical activation Carbazole Water Cathode materials Lithium compounds Electrochemical polymerization Thin films Modeling Conductimetry Cyclic voltammetry Lithium Thermophysical properties Ionic Liquids N-methylacetamide Deep eutectic solvents Hole transporting material Conducting polymers Ionic liquids Bistrifluoromethylsulfonylimide Manganese Lithium salt High potential spinel 1-butyl-1-methylpyrrolidinium bistrifluoromethylsulfonylimide Density functional theory MnO2 Protic ionic liquid Interface Battery SEI Volumetric properties Energy storage systems Ionic Liquid Propylene carbonate Copolymerization Gamma butyrolactone Temperature Negative electrode Electrolytes Rubber Supercapacitor Electrolyte additives Supercapacitors Thermal conductivity Graphite Group contribution model Li-ion battery Physical properties 2D ionic transport Speed of sound

 

 

 

 

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