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rules for ceramic shell mould clusters; Experimental validation of the relationships between microstructure and thermal shock resistance; Development of multi-scale finite element models for predicting
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staff members (researchers, engineers, PhD students) and operates several major experimental facilities: LULI2000, Apollon, HERA, XCAN. The PhD student will join LULI's theory team (TIPS) and will work
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ongoing experimental studies performed as part of the PhD project of B. Lathuillière (2024–2027), supervised by N. Bérerd and N. Moncoffre. The candidate will benefit from access to state-of-the-art
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) describing shell dissolution, from the individual scale to the sediment. • Systematically compare simulations and experimental data to calibrate dissolution kinetics and improve prediction accuracy
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matter. The diversity of the topics we study allows us to tackle both long-standing and emerging problems by combining modeling and experimentation at the highest level. Located on the Monod campus
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and fabricating innovative microfluidic devices; - Developing experimental methods to measure tissue permeability, elasticity, and compressibility; - Performing transport experiments under controlled
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an exceptional know-how and experimental methodology, in a high-level scientific environment. The context of frequency metrology requires to master and control the noise sources of the experimental setup as
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–4,000 genes per nucleus. All experimental steps, including sequencing, alignment to the X. laevis v10.1 genome, and quality control, will be carried out by the Curie Institute platform (responsible
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advancements achieved with the LHC is the discovery of the Higgs boson by the ATLAS and CMS collaborations in 2012, providing crucial experimental verification of the Standard Model (SM) of particle physics
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Qualification. Required: Degree in chemistry, geosciences, physics, engineering or biophysics. Interest in fabrication techniques, experimental development, and multidisciplinary work. Preferred: background and