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reactive CO2 capture systems with structural flexibility, tunable surface properties, thermal stability, and high metal dispersion for the conversion of CO2 into methanol and C2+ alcohols. The research will
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is influenced by multiple parameters and strongly coupled with the solidification process, and its evolution and quantitative mechanisms remain poorly understood, which poses a key bottleneck to
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can be surpassed by integrating multiple photon-to-current conversion processes. In this context, diamond-based materials emerge as strong candidates for next-generation PV devices. Our objective is to
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captured from UAVs. The research will address the design of AI models capable of combining heterogeneous sensor modalities, including RGB, thermal, LiDAR, acoustic arrays, GPR, and X-ray backscatter
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the PhD Student will be positioned to the section for “Applied Power Electronic Systems”. Your work tasks Asynchronous grids (a-grids) decouple synchronous power systems into multiple compartments with
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. Robust reservoir-scale modelling is therefore essential for predicting system performance and informing design and operational decisions. Leveraging geological, hydrological, and thermal models developed
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and thermal models developed with an industry partner, the research will simulate coupled heat and fluid transport in sedimentary reservoirs and assess system performance under varying operational
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bamboo by‑products. Formulate and tune chitosan–lignin complexes for controlled infiltration and bonding within the fibre network. Assess the mechanical, thermal and moisture‑related behaviour
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applications we also need to know the cross sections at different temperatures and, thus, we need to properly account for the thermal motion of the target nuclei. Due to these issues, we need to develop a
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and hard biofouling – marine organisms that increase drag, weight and thermal resistance – potentially modifying the coupled electro-mechanical-fluid loading and causing fatigue and early failure