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absorption spectroscopy) and material characterisation is essential; An interest and some experience in the study of archaeological materials and the history of technologies and materials of the Middle Ages
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of the nuclear fuel cycle • Knowledge of uranium and fluorine chemistry • Ability to use multiple material characterization techniques (XRD, NMR, EPR, IR and Raman spectroscopies…) • Intellectual rigor and
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: -Mastery of the principles of material and electronic component characterization (non-invasive methods, advanced imaging, thermal analysis, etc.). -Knowledge of aging and degradation mechanisms in electronic
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of reaction products, material and energy balance; - Drafting of interim and final scientific reports and publications. The candidate will work in Poitiers, at the Institute of Chemistry of Environments and
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functional properties of various material classes. The institute's expertise is centered on analytical strategies, modeling, physico-chemical approaches, and detailed studies of structure and reactivity. IPREM
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conductivity) of the different constituents is essential to supply material data to the digital models used to design industrial parts, and to understand their behavior under mechanical, environmental, and
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out and the cases of high automation studied previously constitute the raw material: several Michelin, Schneider, and Decathlon sites. Other sites may eventually be added to this initial panel
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students. The LaSIE joint research activities in several engineering domain such as civil engineering, energy and environment, transfer in material and fluid mechanics. The student will take part in team
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; astronomy and astrophysics; high-energy physics; biology and health sciences; fusion energy production and management; material sciences; aeronautics, automotive. The NumPEx Exa-SofT project aims to develop