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Description This PhD project relates with ongoing research projects in the area of renewable energy powered membrane processes, in particular solar-powered electrodialysis at IAMT. The removal
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range of methods, including survey psychology, response-time paradigms, process-tracking techniques (mouse-tracking, eye-tracking), and incentive-based behavioral paradigms and experience in (learning
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of inorganic ions and organic matter can cause defects in electrolyser stacks, resulting in costly process disruptions. This project considers: i) development of analytical methods for the quantification
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) via e-mail and as a single PDF file to: ausschreibung10-25 at mpinat.mpg.de Max Planck Institute for Multidisciplinary Sciences Department of Theoretical and Computational Biophysics Prof. Dr. Helmut
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) will receive priority for employment. Please submit your detailed application with the usual documents by May 12, 2025 (stamped arrival date of the university central mail service or the time stamp on
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process, we strive to create a more inclusive, efficient, and equitable system that caters to the needs of diverse populations and regions. Tasks: investigate and formalize critical equity cases in
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coating, iii) investigation of system design from small-scale to potentially pilot scale, and iv) application to micropollutant removal. Modelling aspects are open to exploration at molecular and process
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compounds, etc. The project will focus on the i) development of membrane filtration systems and operation with novel nanofiltration membranes, ii) examination of the physical/chemical processes inside
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of low-dimensional materials. It maintains strong ties with the local experimental groups of TUD and the institutes of the DRESDEN-concept environment. The chair hosts its own computer cluster and has full
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the impact of the food supply chain, including food processing. In this context, the aim of the PhD project is to understand the interactions of different classes of sulphur-containing secondary plant