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development, modelling, and system-level optimization in one of Europe’s most vibrant research ecosystems for sustainable energy and transport.
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your PhD you will develop a range of research-focused and broader academic skills, including: Volumetric imaging: perform experiments using a light-sheet microscope optimized for live, volumetric imaging
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to enable data-driven ink optimization. Why Join? Work in the multidisciplinary Processing and Performance of Materials group Work at the forefront of sustainable materials research in collaboration with
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can improve the image quality of quantitative MRI, it can be used in clinical routine to select the optimal treatment for each patient, greatly improving treatment outcomes worldwide. Therefore, in
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corresponding design flow for such hybrid configurations in the past decade. Based on these models we have developed a prototype focal-plane array that was optimized to provide wide-angle scanning up to +/- 20
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will contribute to building stronger theoretical foundations for structural optimization, to designing new algorithms for such integer programs, and to applying structured integer programs to various
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expertise, preparing them optimally for future challenges. Where to apply Website https://www.academictransfer.com/en/jobs/356447/phd-in-nanomaterial-gas-phase-s… Requirements Specific Requirements A master’s
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develop and optimize these methods, with as special aim to enrich for antigen-specific antibodies. A secondary key objective is to improve bioinformatic and AI tools to analyse the mass spectrometry data
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properties to performance. Optimize reaction conditions and explore scale-up potential. Document experiments, publish results, and present findings at conferences. Collaborate with the Catalysis Engineering
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controlled instructional gradients. Your work will include designing and optimizing experimental protocols, advancing microfluidic encapsulation methods, testing novel polymer materials, and employing cutting