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optoelectronic characterization of ferroelectric domains and excitonic properties, including micro-photoluminescence, Raman spectroscopy, SHG, and near-field optical methods. Investigation of ferroelectric domain
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physicochemical characterization (SEM, SAXS, DLS, DSC, TGA, DMA, rheology, adhesion testing, FTIR, Raman, XPS) Quantify adhesion, cohesion, rheological, thermal, mechanical properties Establish structure–property
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with tailored morphology Develop processing routes Perform advanced structural and physicochemical characterization (SEM, SAXS, DLS, DSC, TGA, DMA, rheology, adhesion testing, FTIR, Raman, XPS) Quantify
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close mentorship The specific topic will be defined with the student. Projects will focus on the monitoring and modeling of biomanufacturing processes. Specifically, on the use of Raman Spectroscopy and
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. We aim to combine Raman spectroscopy, a powerful label-free analytical technique that measures the molecular composition of tissue by using light to excite molecular vibrations, with imaging techniques
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démontré par l'équipe, combinant des potentiels optiques dépendants du spin et couplage Raman modulé, permettant d'induire un couplage spin–orbite effectif. L'objectif principal sera d'identifier et de
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methodologies previously developed at CNRS-CEMHTI, including Raman, NMR and gas spectrometry, will provide insight into the relationships between these processes and the physicochemical properties
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. Playford, H.Y., Ravel, B., Levin, I., “Incommensurate modulation and competing ferroelectric/antiferroelectric modes in tetragonal tungsten bronzes,” Chem. Mater., https://doi.org/10.1021/acs.chemmater
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Your Job: Conducting in-situ and in-operando Raman experiments on glass corrosion Developing and constructing fluid cells with integrated alpha radiation sources Performing post-mortem analyses