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microscopy techniques to probe the reaction interfaces of Li/M-NRR. These methods will build intricate understanding of the critical reaction mechanisms, film properties, and reaction/efficiency bottlenecks
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valuable resource for investigating novel molecular mechanisms underlying gastric cancer pathogenesis, with the goal of identifying new therapeutic targets. You will work closely with academic staff
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have a PhD (or equivalent professional experience) in an appropriate engineering discipline (Naval Architecture/Civil/Structural Engineering /Mechanical/Renewable Energy/Engineering Management). The post
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of carbon, major- and micro-nutrients and phyto- and zoo-plankton in the global ocean. At Liverpool, we use this model to assess the role of key mechanisms and how they shape the response of net primary
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advanced catalytic materials, as well as evaluating and optimising plasma-catalytic processes for CO2 hydrogenation. You will work to get new insights into the reaction mechanisms in plasma-catalytic CO2
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new stable co-electrocatalysts using high-throughput synthesis and screening and evaluate them for activity and selectivity towards methane or syngas. You will have a PhD in chemistry or chemical
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activities, and will be supported to develop their own independent research trajectories and career pathways throughout the project with access to bespoke training and conference budgets. You should have a PhD
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the evolutionary, physiological and clinical consequences and drivers of this paradoxical behaviour You should have a PhD in a relevant discipline and an eagerness and ability to undertake interdisciplinary
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findings You should have a relevant PhD qualification and experience of conducting qualitative research. You will be working in the Department of Primary Care and Mental Health and at NHS sites in the North
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environment, and benefit from diverse project team skill and expertise. The successful candidate should have a PhD in cartilage, stem cell or protease biology (or a related discipline). Expertise in mammalian