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all parameters align with the research requirements. Optimization of thin film structure: Optimize the thin film structure by adjusting deposition parameters, aiming for enhanced performance
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. This involves continuously optimizing the basic hardware components and refining the methods used to develop them. The design flow of these circuits and (sub)systems is particularly crucial, as it is considered
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the variation of materials. Corresponding models are developed with which the mechanical stresses of the interconnection are determined in order to identify optimizations in the process control and material
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techno-economic optimization tool for district heating systems, which determines the optimal grid design and the size and operating times of all energy transformers and storages in the system. It enables
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focuses on the heterogeneous catalytic hydrogenolysis reaction of HMF to DMF in a batch reactor. A deep understanding of reaction kinetics and systematic process optimizations are crucial for improving
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at the start of each session by testing with a benchmark sample. In case of misalignment, perform fine adjustments to restore optimal system performance. What you bring to the table Student in a Physics or
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Engineering Interest in subjects like Chemical Reaction Engineering, Process Modelling and Optimization, Circular Economy and Sustainability (Green Chemistry) Practical laboratory experience Proficiency in
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Engineering Interest in subjects like Chemical Reaction Engineering, Process Modelling and Optimization, Circular Economy and Sustainability (Green Chemistry) Practical laboratory experience Proficiency in
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Engineering Interest in subjects like Chemical Reaction Engineering, Process Modelling and Optimization, Circular Economy and Sustainability (Green Chemistry) Practical laboratory experience Proficiency in
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characterization and optimization Development and operation of continuous fermentation processes under strict anaerobic conditions Strategic contribution to platform development for metabolic engineering What you