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qualifications include: Experience in research within the field of bioretention filters. Experience in chemical analysis of microplastics and tyre wear particles. Knowledge of removal and transport processes
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systems with a focus on optimal filtering (Bayesian filters, e.g., Kalman/particle filters) in the context of indoor/outdoor navigation as well as in the application areas of autonomous platforms and
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., physical and biogeochemical) conditions and particle dispersal in the benthic boundary layer. Combining this data with existing biodiversity databases, the candidate will lead the development of joint
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based on the intriguing properties of the quantum world. Applications include single-molecule and precise field sensing, quantum computing, single-particle emission/detection, twistronics and so
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measurements, from operating batteries. Such data are known to contain valuable information about complex electro-chemo-mechanical processes—such as particle fracture, interfacial delamination, and gas evolution
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, bacteria, and fungi using the Collison nebulization technology 3. Sample collection with gelatin and cellulose filters, using Legacy Pump (SKC) technology 4. Quantification of microbial loads in ambient air
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theoretical and intellectual value, the research will benefit many applications, such as biomedical therapy, remote sensing, antenna/filter theory, and inverse problems in physics and engineering. Good working
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value, the research will benefit many applications, such as biomedical therapy, remote sensing, antenna/filter theory, and inverse problems in physics and engineering. Good working knowledge in most