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manufacturing processes. As a PhD candidate, you will identify and characterise the major gas-phase contaminants in these two applications, their origins and concentrations. You will do so with the help
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discourses concerning flood risk management. Modern flood risk management advocates a paradigm shift from a focus on flood defence (reducing the probability of floods) to approaches aimed at reducing both
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the nitrogen crisis? The project is a close collaboration between the groups of Dr Paul Kouwer and Dr Simona Cristescu. The final goal of the project is to make a prototype of an NO2 sensor that can be tested in
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focuses on the development and use of high-precision magnetic and electronic imaging techniques involving single atoms, molecules and surfaces in cryogenic ultrahigh vacuum environments and magnetic fields
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of visual decision-making, sensory uncertainty, and decision confidence. Research methods include computational modelling, brain imaging (fMRI, MEG), machine learning, behavioural methods, and other
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management advocates a paradigm shift from a focus on flood defence (reducing the probability of floods) to approaches aimed at reducing both the probability and consequences of floods. Spatial planning can
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project aims at two of these important applications: I) contaminants in storage and the transfer of green hydrogen and II) contaminants in semiconductor manufacturing processes. As a PhD candidate, you will
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skills, who also likes to work in a team. You are active, ambitious and eager to help provide a new paradigm for all future studies of Avicenna. Additional Information Benefits We will give you a temporary
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, ambitious and eager to help provide a new paradigm for all future studies of Avicenna. We are ALIVE is a new research project within the Faculty of Philosophy, Theology and Religious studies funded by a
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groups of Dr Paul Kouwer and Dr Simona Cristescu. The final goal of the project is to make a prototype of an NO2 sensor that can be tested in the field. This position is embedded in the KouwerLab, where we