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, from fundamental theory, laboratory experiments, and detailed numerical simulations, to mesoscale pore network modeling and upscaling to continuum-scale theories that can be applied in application
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between peptides and surfaces, including MOFs, and unravel the physical mechanisms of their aggregation at these surfaces. Build a highly coarse-grained model for MOFs with tunable pore and surface
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capture applications. Targeting industrial-scale deployment, the project addresses key barriers that currently limit the implementation of membrane-based gas separation technologies, including
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molecular-level reaction mechanisms to materials performance. This is what you are going to do Synthesize and characterize porous MOFs and MOF thin films, including tailoring pore and surface chemistry and
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multiphase flow challenges related to the flow characteristics during cyclic injection processes using microfluidic experiments and pore-scale modelling. You will gain access to the advanced microfluidic
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building materials? What reactions occur within the pore network? Which factors determine whether a treatment succeeds or fails in practice? As a PhD researcher in the CHEMBARIDA project, you will tackle