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Montpellier. The PhD project will take place within D3 department (Porous and Hybrid Materials). The chemistry laboratories are equipped for the synthesis of inorganic materials, radical polymerisation
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multidisciplinary team led by Valérie Caps (ICPEES/CNRS Chemistry) and Giovanni Manfredi (IPCMS/CNRS Physics), based at the CNRS Cronenbourg campus. Attached to ICPEES, the PhD student will have access to both
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Science and Engineering Laboratory (SIMM: https://www.simm.espci.fr/ ), under the supervision of Théo Merland, assistant professor at Sorbonne University, and Cécile Monteux, CNRS research director. The
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PhD position: Nanoengineering refractory compositionally complex alloys for extreme conditions (M/F)
science. He/she will join a top-tier network of academic and institutional collaborations across Europe and the United States. Finally, this PhD offers an outstanding research training experience, highly
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very little is known to date on the links between activated mechanisms and alloy composition. In this doctoral work, a controlled exploration of the RHEA composition space will be conducted by combining
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involves five partners: the ILV (Versailles), the UCCS (Lille), the Genoscope (Evry), TBI (Toulouse) and the IRCELYON (Lyon). The PhD research will take place mainly at the Institut Lavoisier de Versailles
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environment, both technically, with numerous platforms, and scientifically, within the IRCELYON institute. The PhD will begin on October 1, 2026, and will last 36 months. It will be conducted at our IRCELYON
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Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The PhD candidate will be integrated into the Unité de Catalyse et Chimie du
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PROJET-PEPR : MOF composites for the overall CO₂ reduction through panchromatic photocatalysis (M/F)
composite systems integrating carefully selected POMs, Zr-MOFs, and metallic NPs or immobilized species. These composite materials will be designed to exhibit high stability and to absorb a large portion of
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position is to develop a methodology combining spectroscopic and thermomechanical analyses to determine the curing progress of cork/polyurethane composites. The potential of the synthesized bio-based