advanced materialsbiobased polymersdamageliquid foamsrecyclingsolid/electrolyte interfaces
SIMM
Soft matter Science and Engineering Laboratory - UMR 7615
- Advanced building materials – cements, clays, glass wools
- Bio-based polymers
- Polymer recycling and structural disassembly
- Advanced techniques for visualizing damage in materials
- Recycling of metals by leaching
- Ion dynamics at solid/electrolyte interfaces for energy storage and recovery
- Flow and stability of liquid foams for CO2 transport and storage.
Members
- BARTHEL Etienne
- COMTET Jean
- CICCOTTI Matteo
- CRETON Costantino
- D’ESPINOSE Jean-Baptiste
- KOVALENKO Artem
- LEQUEUX Francois
- MARCELLAN Alba
- MERLAND Théo
- MONTEUX Cécile
- PANTOUSTIER Nadège
- TRAN Yvette
- VERNEUIL Emilie
- SANSON Nicolas
Platforms and equipment
- Multi-scale mechanical characterization platform (from pN to kN)
- Rheological platform
Publications
Contacts :
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Supported projects :
HRMS4MAT
Combining chromatographic and high-resolution mass spectrometry methods to characterize new materials and resources or recover waste materials
Probing solid/electrolyte interfaces
Probing solid/electrolyte interfaces with single-charge nano-fluidics