Rechercher
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- 2D/0D Heterostructure for IR Light Absorption/Detection
- Comprehensive Study of Polymeric Materials in Ancient Paintings by a Multimodal Analysis
- Computing RedOx properties in Solution (CREPS)
- Cycleable & cheap catalysts for hydrogen storage and release by organic liquids
- Design of heterostructurated photoelectrodes for water splitting
- Elucidating interplay, stability and charge transfer dynamics at lead halide perovskite nanocrystal / 2D transition metal dichalcogenide interface for solar cell applications
- Growth and Characterization of Bidimentionnal Pb Layers on Silicon Carbide Substrates
- Insertion Material for (Photo)Catalytic Hydrogen Production (IMatH2)
- Investigation of nanoparticle size effect on the properties of nano-reinforced polymers
- Investigation of the crystal field in rare-earth titanate pyrochlores by resonant inelastic x-ray scattering
- Iron Oxides under extreme pressure and temperature condition for planetary interiors
- Nanocystal-based micro-lasers for biological sensing
- TOOTHMIMIC - Enzyme-assisted mineralization for the design of biomimetic enamel
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- Aggregation of clay nanoplatelets: time-resolved SAXS and NMR investigation
- Caractérisation de matériaux composites à fibres courtes via des modèles micromécaniques avancés
- Investigations of bone wastes as advanced energy displays. Nadine Nassif LCMCP / Ozlem Sel LISE
- Sensing and Profiling Extracellular Vesicles related to Neurodegenerative Diseases
- Utilisation de carbonates amorphes produits par des bactéries pour la dépollution de radio-isotopes d’alcalino-terreux
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- Ageing/alteration of organic materials: Implications for the search for biosignatures on Mars
- Développement de matériaux issus de la biomasse pour un procédé catalytique de dépollution des eaux (SilkDepol)
- Modulating the structural dimensionality in complex oxides to enable reversible aluminium ion intercalation
- Modéliser pour maîtriser les étapes de réduction/nucléation pour la synthèse de Nanoparticules de cuivre métalliques
- Valorization of Bio-Ethanol by Controlling the Selectivity in Various Reactions Catalyzed by Bioinspired Modified Hydroxyapatites