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des Platinoïdes dans l'Aval du Cycle) project, which aims to develop processes for recovering platinum elements (ruthenium, rhodium, palladium), molybdenum and technetium from spent nuclear fuel
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ingredient in fertilisers and is also used in the production of basic chemicals (urea, ammonium salts, etc.), with production exceeding 220 Mt per year. Recently, thanks to significant advances in industrial
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topic of atmosphere-lithosphere interactions involving volatile elements in rocks, fluids and silicate melts under the exotic Pressure-Temperature-Composition parameter space covered by exoplanetary
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architectures for easily disassembled electrodynamic loudspeakers in order to facilitate the repair or recycling of each component while maintaining high audio quality. In the first phase of the thesis
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, please contact patrick.lacroix-desmazes@umontpellier.fr and cecile.bouilhac@umontpellier.fr Context: Controlled management of strategic metal resources in lithium-ion batteries (LIB) has become a pressing
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of solubility of (C-O-H-N-S-P) volatile elements in silicate magma in the exotic Pressure-Temperature-Composition parameter space covered by exoplanetary systems. A priority is given to the solubility of H2 in
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heat pump systems. The thermodynamic innovation of the project is based on the use of a fluid capable of undergoing a chemical dimerisation reaction, allowing a chemical energy component to be integrated
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, which allows for a preferred writing of elements and strong algorithmic properties, is very useful, but only few examples are known. Thomas Haettel (with Jingyin Huang, Duke Math. Journal, 2024) recently
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metal in the space between the NDs) or networks of 2D metal pads formed on the domains. Our team has good experience in the formation of hybrid nano-objects (organo-metallic) on the surface of water by
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to develop chiral metal nanoclusters, understand their chirality at the atomic level through a combination of advanced spectroscopic techniques and theoretical simulations, and apply them to relevant processes