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the EPSRC programme with Dr Junfeng Yang to investigate the instability of premixed flames under laminar and turbulent conditions. You will develop a state-of-the-art laser diagnostics capturing the
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characterization measurements and non-destructive data acquisition on superconducting cables fabricated at LBNL. Prepare metallographic samples and acquire cross-section images using optical and electron microscopy
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the area of employment and/or early education. The role will be supported by experienced academics who will also support you to develop experience in impact facilitation and/or policy engagement in a
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clinicians face in identifying the ideal ‘target’ to ablate. Here, we aim to further develop, and clinically validate, a novel in-silico tool that uses patient imaging data to reconstruct personalised ‘digital
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and for Teaching Quality in the Times and Sunday Times Complete University Guide 2024 and University of the Year for Social Inclusion in the Daily Mail University Guide 2024. *University status awarded
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functionalisation catalysis and process optimisation guided by product distribution assessment as directed by Professors Simon Woodward and Pete Licence Prepare high quality supporting data for publications resulting
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the UK for Student Experience and for Teaching Quality in the Times and Sunday Times Complete University Guide 2024 and University of the Year for Social Inclusion in the Daily Mail University Guide 2024
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. Qualifications required You will be educated with a degree (or equivalent level 6 qualification) or higher qualification in a relevant discipline. You will also have a PhD (or equivalent level 8 qualification
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will be based in the Energy Engineering Group within the Department of Mechanical Engineering, which is a part of the Energy 2050 initiative within the University of Sheffield to develop world-leading