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Research Infrastructure? No Offer Description Small particles such as pollen and microplastics in the environment are involved in triggering inflammatory diseases, but current methods for monitoring
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design strategies. You will develop methodologies to design, make, screen, and test de novo proteins for incorporation in a particle-based continuous sensing platform with single-molecule resolution
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the tire – road interaction, causing the emission of micro particles in the environment with pollution as well as potential health risks. Given the amount of tires that are in use, this results in very large
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into high-purity powders. Using mechanochemical processing, you will investigate and control phase formation, particle size distribution, morphology, and flowability. You will then establish additive
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of particle transport and fluid–soil interaction in dikes. A key scientific challenge is to represent the complex interaction between soil particles and flowing water across different spatial and temporal
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secondary structures, such as virus-like particles and plasmids. In your PhD project, you will study nanoswitches in a particle-based sensing platform with single-molecule resolution, called Biosensing by
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, particle size distribution, morphology, and flowability. You will then establish additive manufacturing process windows for these circular powders using both binder-free and binder-based additive
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will contribute to this challenge by advancing the modelling of particle transport and fluid–soil interaction in dikes. A key scientific challenge is to represent the complex interaction between soil
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. Central in your project will be the skyrmion – a nanoscale, whirling magnetic texture. Skyrmions are topologically protected and act like particles; they can be created, moved and annihilated – ideal
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to predict the hydrodynamics and heat/mass transfer in a complete reactor containing millions to billions of particles with basic wall heating. The precise type of reactor will be chosen in collabaration with