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particular focus on Small Modular Reactors and spent nuclear fuel management. The research will examine radiation- and high-temperature-resistant high-entropy alloys using ab initio, many-body, and Monte Carlo
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will test this idea by performing precision sliding experiments between diamond-coated spheres and silicon nitride surfaces (see reference below). By changing the stroke length of the sliding motion
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to spin dynamics in a circular accelerator. Polarized electron and positron bunches will be specifically used for this purpose. They will be scanned to search for these resonances, and their polarization
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degradation (LDPM – Lattice Discrete Particle Model) informed by microstructural chemo-mechanical simulations (Kinetic Monte Carlo); for O3, accelerated degradation tests of degradation processes, such as DEF
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Magnesium Alumina and Silicates -CMAS-) can infiltrate these coatings and accelerate their degradation. Leveraging a fundamental understanding of material science, coatings technologies and advanced thermal
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platforms (nano-XRF imaging, aging test benches, X-ray microtomography, etc.). Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR5129-MARCLO-108/Candidater.aspx Requirements Research
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degrading the complex organic compounds in bituminous binders [8]. If confirmed, this phenomenon could be advantageously exploited to accelerate the biodegradation of asphalt mixes at the end of their life
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? We urgently need breakthrough research in: recyclable & durable materials fast, data-driven surrogate models lifecycle-conscious design to reduce costs, increase reliability, and accelerate the North
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will be evaluated through space-charge measurements, polarization/depolarization currents, dielectric spectroscopy, accelerated lifetime tests, and chemical–physical analyses. In addition, the successful
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condition monitoring and accelerated lifetime testing, the integration of online prognostic models enabling real-time estimation of the Remaining Useful Lifetime (RUL) is still an open challenge. This project