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of studying and optimizing the microstructural and mechanical properties of granular materials bonded by a solidified foam, within the framework of the ANR project BONDINGFOAM. This mission is structured around
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, plasma polymer growth mechanisms, and the physicochemical properties of the resulting coatings, and for transferring the optimized conditions from model surfaces to magnetic nanoparticles. The main
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Mechanical properties for bulk materials. • Propose post-modifications to control the physicochemical and mechanical properties of modified substrates. • Collaborate and propose solutions for scaling up
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the Laboratory of Microbial Gene Expression at the Institut de Biologie Physico-Chimique (IBPC) in Paris. The team investigates the molecular mechanisms that enable bacteria to adapt to environmental and
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, Kupffer cells) • Characterise the reconstructed tissue: biologically, mechanically and functionally, using the laboratory's various methods or other specialist expertise. • Study the response of the liver
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particular, to unravel the preservation mechanisms and hidden diversity of the Paris Biota (PB), an exceptional marine ecosystem from the Lower Triassic (~250 Ma), using innovative approaches such as
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history have been well constrained (geometries, paleo-geographies, wheeler diagrams, as well as, thermal, erosion and accumulation histories). Using thermo-mechanical modelling coupled with surface process
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-dimensional scaffolds using FDM 3D printing for cell culture applications. Develop and optimize biomimetic materials with controlled mechanical and biochemical properties. Functionalize scaffolds with
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these mechanisms influence the band structure and the physical properties of 2D materials. The project will combine electronic spectroscopy with complementary characterization techniques, including electronic
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of both CO and CO2 to methylated aromatics but the origin of such efficiency remains poorly understood. the project proposes to decipher the reaction mechanism leading to high selectivity to methylated