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chemistry and complex fluids, such as blood plasma, cell culture media, or lung lining fluids. The researcher will characterise the nanomaterials in complex media with multiple techniques, such as dynamic
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diversity of projects, using quantitative, qualitative and mixed-method research approaches. It is envisaged that projects will include research on school policy and practice, further and higher education
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. Optimise nanosheet properties including aspect ratio, defect density, and yield. Prepare and deposit 2DM inks using appropriate printing methods (e.g. liquid-liquid interfacial deposition, inkjet, aerosol
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nanomaterials. This will be achieved by developing and codifying DES-based routes to key classes of environmentally relevant nanomaterials, including (photo)electrocatalytic metal oxides; phosphate-based
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density, and yield. Prepare and deposit 2DM inks using appropriate printing methods (e.g. liquid-liquid interfacial deposition, inkjet, aerosol jet). Characterise both nanosheets and networks using
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and operational activities across multiple teams and partners; managing major project milestones, budgets, and reporting; supporting the acquisition of external funding; ensuring scientific excellence
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stillbirth. Clinical presentations of second trimester pregnancy loss can be mixed and difficult to interpret, emphasising the challenges of identifying multiple contributory pathologies. Investigation
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at Trinity College Dublin (TCD) seeks to appoint an outstanding, enthusiastic, and highly motivated Research Fellow who will contribute to a project that uses machine-learning methods to forecast
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experience. Track record in scientific publication and dissemination. Experience of working in a multidisciplinary research team. Robust knowledge of quantitative research methods, design and data analysis