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mentioned above. In this studentship, you will engineer nanostructures and investigate catalytic properties under charge modulation for methane removal. You will determine the effects of charge application
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at risk of acute brain injury, from the Neonatal Intensive Care Unit in Cambridge. Working in collaboration with scientists and engineers both in Cambridge, but also University College London and INSERM
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. To tackle these issues, Professor Scott's group in the Department of Engineering have been working on various novel carbon capture processes, from the material through to the process scale. The power required
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simulations of the curtain, there is much more analysis and engineering work required before any decision can be made as to the viability of such a concept. This project will involve building upon the current
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management tools like scenario planning and roadmapping exist to help decision-makers bridge the temporal gap between current circumstances and potential future outcomes, their effectiveness in lowering
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Net Zero (FIBE3 CDT), under the four following themes: -Current and disruptive technologies -Circularity and whole life approach -Al-driven digitalisation and data -Risk-based systems thinking and