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UK Menu ID2M

• THEMES
  • Metallic materials and thermodynamics
    • - Computational alloy design
      • Design of single crystal superalloys
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    • - Prediction of crystal structures
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UK Menu MIOPS

• Oxides and derivatives materials
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• Chalcogenides: crystallochemistry and photovoltaics
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    • Interactions between TiO2 nanoparticles and biomolecules
    • Inorganic food additives: characterization and fate during digestion
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  • Quantum materials with non-conventional properties and functionalities
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• Thematics
  • Etching process
    • Cryoetching
    • Etching of steel in chlorine-based plasmas: modelling and characterization.
    • Etching and surface caracterisation of Ge-Sb-Se chalcogenide materials
  • Materials as thin film
    • Thin films for solar energy thermal conversion
    • Oxide and nitride by DC or HIPIMS reactive sputtering
    • Al-X-N-O thin films by magnetron sputtering
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    • Resistive Switching in Mott materials
  • Nano-objects and nano-materials
    • Nanocomposites by hybrid process coupling PECVD and chemistry in solution
    • Nanoporous materials and nano-objects
  • Transversal thematics : Modelling
    • Multiscale modelling of etching under plasma discharge
    • Modelling of plasma discharge for Physical Vapour Deposition (PVD)
    • Modelling and caracterization of energy management of an autonomous drone in flight
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UK Menu ST2E

• THEMES
  • New materials for fuel cell applications
    • New materials to replace reference electrolytes for PCFC and SOFC
    • Anode development for SOFC and PCFC
    • Cell design and test
  • Lithium batteries
    • Organic batteries and eco-compatible storage systems
    • Design of the electrodes formulation and processing
    • New battery technologies
    • Characterization of Electrode / Electrolyte interphase in Li-ion Batteries using MAS NMR
  • Spectroscopy and modeling
    • NMR and modeling of NMR spectra
    • Impact of modeling for structural characterization
    • EELS and modeling of EELS spectra
    • Contribution of synchrotron radiation to characterization of electrode materials for Li batteries and supercapacitors
    • Spectroscopy and modeling applied to the understanding of material properties
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