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approach, combining multiple experimental and computational techniques. This will develop approaches that catalyse the kinetically slow CO2 hydration reaction alongside CO2 reduction to produce energy dense
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paid . The successful candidate will receive a tax free stipend of at least £19,237 per annum. This PhD will develop a multi-fidelity model of a thermal hydraulics problem, combining 2D/3D CFD (only
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devices. (iv) Develop in situ and ex situ techniques for real-time monitoring and control of FEBID processes. Applicants should have, or expect to achieve, at least a 2.1 honours degree or a master’s (or
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challenging environments, the project will research and develop a visuo-haptic recognition system that combines tactile sensing with a wide range of vision sensors (including visible, infrared, and depth
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and develop EPR spectrometers. The student will have the opportunity to undertake placement work with Bruker during the PhD. This project is ideally suited to a student who is interested in interacting
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Facility for EPR and will build on these results, integrating this technology into different EPR spectrometers to facilitate novel experiments. In the first phase, we will develop and test chemical systems
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the electron-hole mechanism. These processes are conducted under mild conditions, and by utilizing biomass as the feedstock, the project aligns well with the urgently prioritised efforts to develop Net Zero
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/metal interactions that include a consideration of the structure and material surface at the micro-scale, linking this to failure at the macro-level. This will build on work at Manchester to develop
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-of-art experiments [2] to investigate the swelling mechanism of shale rocks. The student will have the opportunity to not only develop the molecular model for the rocks and perform the simulations but also
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, highly motivated and practical researcher with some experience in synthetic inorganic chemistry and/or organic materials chemistry. There will also be the opportunity to develop complementary skills in