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, UMR 3685 (Saclay), IRL 3629 LINK (Tsukuba, Japan)) and 1 industrial partner (Nanomakers). An important aspect of the project is the large-scale synthesis of catalytic materials using a laser pyrolysis
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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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challenge for the future of this sector. Whether it be the production and extraction of materials for the manufacture of electronic components or the manufacturing processes for these components
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2D materials, and on the measurement of thermal transport. They will work both in the cities of Tours and Blois. This project is part of the ERC Starting Grant “DYNAMHEAT”. In this context
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Materials and Energy Storage). They will benefit from a dynamic research environment with access to the laboratory's experimental (cleanroom) and computational platforms. Micro-supercapacitors are a promising
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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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-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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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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accident situation. In order to solve this problem, we propose in this project to develop specific sensors using porous materials of the Metal-Organic Framework (MOF) type for the selective detection
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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