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well as their catalytic performance (activity, recyclability, etc.). Ultimately, if these materials demonstrate high catalytic performance in terms of conversion yield, selectivity and reaction kinetics, they could be used
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properties to electrocatalytic performance. The PhD candidate will be trained in all aspects of the project and will finish their doctorate with a strong interdisciplinary profile across the electrochemical
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Description This thesis project will be performed in LASIRE laboratory (UMR CNRS 8516 - lasir.cnrs.fr) in PCE and PMSM teams - Lille University. Apparatus from Chevreul Institut and Infranalytics will be
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: LightKrylov/LightROM libraries, Incompact3d solver, Pprime CPU/GPU infrastructure, IUSTI experimental database. 4- PRINCIPAL TASKS AND RESPONSIBILITIES ----------------------- a.Stability analyses: Perform
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been achieved in TPV cell performance, with record efficiencies exceeding 40% under laboratory conditions. However, translating these advances into complete energy-conversion systems remains a major
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photonic systems, in particular, make it possible to harness the richness of optical dynamics to perform complex operations inspired by biological neural networks. However, current approaches face
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the mechanisms of sorption and diffusion; (iv) to establish relationships between molecular structure and adsorption properties; and finally (v) to combine experiments and simulations to predict the performance
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metallurgy to produce high‑performance materials through Spark Plasma Sintering (SPS). This process is based on the simultaneous application of high pressure and an electric current through a graphite die
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“on-the-fly” approaches to efficiently process large volumes of data. The candidate will then perform benchmarking of these techniques to evaluate their performance and relevance for the analysis of airframe
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artificial intelligence and genomics. The institute also has high-performance computing infrastructure (hundreds of CPU cores, over 100 TB of storage) essential for processing the massive single-cell