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porous media (imbibition, wetting, flow, etc.). The approach will be essentially experimental, combining model debinding tests on various specimens with characterizations. • Determine the main mechanisms
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. -Strong expertise in genomic approaches (Cut&Tag, Cut&Run, ChIP-seq, Hi-C, or equivalent techniques) is essential. -Prior experience with the C. elegans model or oocyte manipulation. -Skills in
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on solubility, dissolution kinetics, and microbial influences. Your work will refine global carbon cycle models, enhance CO₂ sequestration understanding, and position you at the forefront of ocean
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dispersal. To do so, she/he will use approaches from fluid mechanics. The postdoc will develop kinematic models of the splash in the limit where inertia dominates. She/he will use approaches from differential
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of various existing datasets (picking files of local earthquakes and shots), recording of P-waves converted to S-waves on OBS, construction of an a priori model based on available tomographic grids and
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particular the hypothesis that the models applied to convert ALS measurements into above-ground biomass are transferable to all Central African forest landscapes, and the hypothesis that the BIOMASS satellite
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reactor techniques will be used. The experimental database will serve to the validation of detailed and reduced chemical kinetic models and LES tools performed by the project partners. The research includes
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thermodynamics - Modeling of experiments and calculation of theoretical maximum efficiencies - Writing of reports and scientific articles Secondary tasks: - Presentations at international scientific conferences
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- Modelling At the CNRS ICARE UPR3021 laboratory, located on the CNRS campus in Orléans, the candidate will join the RA team. The development of industrial chemicals can lead to significant emissions
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strategies to mitigate the effects of attrition) into a dynamic model of speech production, and also by improving our ability to estimate variability at the acoustic, articulatory and respiratory levels