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melt than greenhouse gas emissions. - The high-resolution regional atmospheric chemistry-transport model CHIMERE will be used to understand the impact of terrain complexity and the spatial variability
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Experience1 - 4 Additional Information Eligibility criteria DFT with periodic boundary conditions applied to materials; development and implementation of codes or algorithms for materials modelling, ideally in
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that have readily available atmospheric forcing, and fluxes of CO2 and CH4 needed to test the model. These sites are also studied by the othe Work Packages of the project. It will then be applied regionaly
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combines multimodal neuroimaging with computational modeling to characterize the neural mechanisms underlying human social decision making. The focus of this project will be to unravel the neurocomputational
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project aims to develop model vitrimer systems produced in powder form (at the CP2M laboratory) and to understand the fundamental mechanisms of stress-assisted sintering, a central process for achieving
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heterogeneous, datasets unbalanced, and they may cover overlapping wavelength ranges with different signal-to-noise ratios and spectral resolutions. Moreover, the atmospheric models we use remain imperfect and
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Description The researcher will use modeled surface ocean microplastic abundances and improved sea-spray-based emission functions to represent ocean–atmosphere transfer processes. Using the GEOS-Chem global
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temperature conditions. The post-doctoral researcher (M/F) is expected to make an original contribution to the study of terrestrial planetary interiors through a combination of experiments and modeling
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the laboratory. These liposomes will be confined in textured microfluidic channels. The project will determine the conditions that enable migration of this biomimetic cell and how this migration depends
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-T-fO2-aH2O. These experimental constraints will allow building novel geochemical and geodynamic models linking the shallow felsic crust production, segregation with mantle-crust differentiation and