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size, weight, power and cost constraints, accurate relative positioning and motion knowledge across platforms, coordinated data acquisition strategies, and the development of SAR image formation
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Wing with Bio-inspired Active Morphing Wingtip" in the research group of Dr Jun Wu at the University of Birmingham. The research focuses on developing a small-scale wing prototype with a bio‑inspired
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will explore public, stakeholder, and decision-maker perspectives on lockdown strategies, exit processes, and communications. Using co-design workshop methods, the student will develop a prototype
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., photoluminescence imaging, carrier lifetime measurements), physical and chemical separation, (e.g., density, electrostatic, magnetic, froth flotation separation) using battery recycling infrastructure available in
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for high-energy X-rays, thermal instability, or issues related to toxicity and cost. As imaging demands increase—particularly in fields like high-throughput synchrotron science, medical diagnostics, and
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Rare-earth permanent magnets underpin modern life. From electric motors and wind turbines to medical imaging, sensors, and consumer electronics, Neodymium-Iron-Boron (NdFeB) magnets are essential