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Field
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demand for advanced ventilators and multi-infusion systems grows, finding a suitable “glueless” sealing method will become a key solution in bringing MEMS based microfluidic flow meters to the medical and
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a suitable “glueless” sealing method will become a key solution in bringing MEMS based microfluidic flow meters to the medical and other markets, driving further innovation in healthcare and related
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systems grows, finding a suitable “glueless” sealing method will become a key solution in bringing MEMS based microfluidic flow meters to the medical and other markets, driving further innovation in
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within a single instrument, this technology has the potential to significantly expand the capabilities and accessibility of electron microscopy. Working at the intersection of electron optics, MEMS
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by a more experienced theoretical postdoc. In the second phase of the project, work will move towards current-driven dynamics of the nanosized textures, the exploration of topological excitations, and
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combines microfluidics, bubble physics, and ultrasound signal processing to bring nanobubble imaging closer to clinical use. You will collaborate closely with a fellow PhD candidate, a postdoc, and a
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the project team with a Postdoc and the Project Leader. The daily supervisor of the PhD-project is Pepijn Corduwener, the Project Leader; co-promotors are Professor Liesbeth van de Grift (International History
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the center, as well as regular seminars, joint group meetings, and interaction with other PhD students and postdocs in a lively and supportive environment. The PhD project is embedded within the European
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(Dairy and Ecology: co-innovating business operations for nature), primarily funded by the Dutch Research Council (NWO). The project embraces four fully-funded PhD candidates and a postdoc. It is a
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(EO) data can be used to assess different facets of ecosystem functioning in grasslands and forests. Within the project, you will collaborate closely with other PhDs and postdocs to collect field data