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requirements for the role: Experience redox-active metal compounds or redox chemistry Experience with anaerobic sample preparation Experience with electrochemistry or spectroelectrochemistry Experience with
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interviews to assess health behaviours. Experience in a variety of qualitative analysis techniques such as thematic analysis and Interpretative Phenomenological Analysis (IPA), in addition to other mixed
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proposals related to one, or more, of the research theme areas. You may also undertake elements of related teaching. We are looking to appoint fellows in support of the each of the following research themes
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separation strategies to increase productivity. Based on high fidelity data collected you will scale up production/separation processes to 120L. You will participate in accompanying techno economic analysis
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: Apply Position Description The post is funded by the UKRI to contribute to the analysis of the Simons Observatory (SO) Cosmic Microwave Background data as part of the UK's contribution to SO. The post
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, contributing independently to the group's research aims. You will identify and develop techniques, software, and equipment for the collection and analysis of data. You will also assist in the supervision
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. These tasks will involve working with a team applying multidisciplinary skills in the general areas of hardware, software, computing and analysis. You will engage in the research activities of the Community by
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that they impose a small-amplitude vibration during cutting to reduce effort or or potentially wear. To test this hypothesis, you will build a novel device around a piezo-element, to then implement a mandible wear
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. The initial focus of the project is analysis of RNA sequencing data, with opportunities for analysis of circulating tumour DNA, DNA methylation and other datasets. Analysis will involve using existing tools and
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evaluate applicants on the quality of their work, not the journal impact factor where it is published. For more information, see www.imperial.ac.uk/research-and-innovation/about-imperial-research/research