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elucidating for the first time the dynamics of spreading and polycondensation of chemical damp proofing products by real-time visualization of these processes at the pore scale. You will use novel experimental
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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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with shared access to expertise and facilities across the ENLIGHT consortium, the student will develop a multi-scale characterisation framework for graphite across the nuclear lifecycle. The project will
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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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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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are going to do Synthesize and characterize porous MOFs and MOF thin films, including tailoring pore and surface chemistry and loading selected peptides into the materials. Develop and run in situ ATR
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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