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, i.e. media consisting solely of clay particles. It was thus possible to demonstrate the link between particle orientation and water diffusion anisotropy by combining experiments and theoretical
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(ROB). For problems that are linear or quadratic (i.e. incompressible flows, with no deformations), the projection on the ROB is rather trivial. However, for aeroelastic flows in ALE formulations
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glassware, research devices (i.e. cryo-electron microscopy grids), and chemicals, also involving price negotiation with vendors and everyday operations such as enter delivery notes into SAP to validate
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cells (CTCs), i.e., cancer cells that detach from the tumor, and extracellular vesicles (exosomes, EV), which circulate within the bloodstream. Our research group at IEMN Lille is partner in an effort to
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practices in ISBA-SURFEX (i.e. impact on vertical heat and mass transfer, infiltration and surface energy balance). The idea is to implement/evaluate the changes on a local scale, then implement them in
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, and the magma-mush transition (i.e., the crystal lattice locking stage). These samples are already available at CRPG (e.g. SSR: IODP samples from Atlantis Bank and Massif and additional plutonic dikes
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operational techniques. In addition, such coatings must have broad antimicrobial effectiveness, i.e. against both viruses and bacteria. We wish to explore solutions to this dual health safety challenge by using
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matter often has hydrophobic or amphiphilic properties, i.e. it can be hydrophilic or hydrophobic depending on the water content. To take these physico-chemical properties into account, we define an energy
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reprendra les résultats d'analyse. Ces travaux permettront d'approfondir nos connaissances dans le domaine de la sécrétion des protéines, i.e. le T5SS
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on the latent system degradation. In this way, by keeping a single actuator active (i.e. deactivating all the others) and soliciting the system by a certain input signal during an inspection, it would be possible