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and Safran, located on the Bordeaux Campus. It has 36 years experience in basic science research on refractory composites. These high-performance materials are used in aviation, space, energy
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by forming ionic bonds with zinc oxide. This collaborative project involves CERMAV, FCBA, and LGP2, combining expertise in materials science and industrial applications. This project involves
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of these catalytic materials and to explore innovative synthesis routes. In this context, the main objective of this thesis topic will be to develop new methods for the colloidal synthesis of mono- or bimetallic
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-4167) funded by the French National Research Agency which brings together three French laboratories: the Institute of Materials of Nantes Jean Rouxel (IMN) from Nantes University, and the Separative
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of different thicknesses and compositions . The student will participate in the material growth and the fabrication of the oxide membranes and their characterisation. They will learn how to characterise
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modifications, which remain poorly understood at very low temperatures. These effects can significantly influence the performance and lifespan of accelerator components. Furthermore, superconducting materials
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the past four decades, glass, glass-ceramics and composites have contributed to the most advanced socio-economic breakthroughs as high-tech materials. To compete with emerging economies such as China and
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fundamental research in the field of materials chemistry applied to enzymatic catalysis. The studies aim to determine key parameters in terms of the nature, composition, and structure of advanced 2D and 3D
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the polyol synthesis[3] of the out of equilibrium nano-alloys at ITODYS as well as of the elaboration of thin films with the same composition by pulsed laser deposition at MPQ. Techniques such as transmission
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the frame of the ANR Industrial Chair "Matiaire" (Innovative Materials for Environmentally-Friendly Agriculture), which involves the Institute of Materials Science of Mulhouse (IS2M - UMR UHA-CNRS 7361) and