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ion selectivity—either through ex-situ treatment or in-situ modification during operation. Advanced ED with monovalent-selective and modified membranes can selectively separate ions under controlled
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with interdisciplinary approaches. Good collaboration skills and ability to contribute to team-based research. Excellent command of spoken and written English. Strong motivation to work across academic
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mechanisms dictating evaporation-driven interfacial self-assembly in confined multiphase multicomponent liquids. By controlled experiments using high-resolution microscopic techniques, and by establishing a
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communication skills and an excellent command of English. As a PhD candidate in this project, you will: Develop and carry out empirical research (both qualitative and quantitative) on the implications
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the fundamental mechanisms dictating evaporation-driven interfacial self-assembly in confined multiphase multicomponent liquids. By controlled experiments using high-resolution microscopic techniques, and by
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the S3ORTED project, other work-packages will focus on the technical development of an automated sorting process of discarded textiles as well as chemical recycling. But we also need to understand how we can
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the S3ORTED project, other work-packages will focus on the technical development of an automated sorting process of discarded textiles as well as chemical recycling. But we also need to understand how we can
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marine mammals. The PhD will work on characterization of underwater soundscapes to evaluate impacts of wind farms on the behaviour of fish and marine mammals. A main task is to work on automated
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problems and often epilepsy. Currently we have no cure for these patients beyond seizure control. This project aims to characterize the cellular disease mechanisms for SNAREopathies, especially for the most
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experience with viruses of archaea/bacteria, electron/light microscopy or microbial genetics are a plus. - Very strong command of English. Additional Information Benefits We offer you, in accordance with