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Details Bacteriophage are potentially the most numerous biological entities on planet earth. Their diversity and ability to reveal novel biology as well as their potential to be developed as novel
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mission is to support the innovative use of technology and computation within arts, humanities and heritage research as both a method of inquiry and a means of dissemination. Digital culture is everywhere
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including XRD, ECV, AFM, SEM, PL, Hall effect, SIMS Essential Application/Interview/Presentation Experience of designing and developing epitaxy research methods leading to high quality epitaxy results
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through this project. In particular, you will gain training in computational methods. You will also gain experience in pharmaceutical characterisation and manufacturing techniques, particle size and shape
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, and revenue loss. Within this PhD project, the candidate will focus on novel methods and technologies in condition monitoring of electrical machines for fault detection and diagnostics by
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project is dedicated to advancing analytical methods for designing controllers for infinite-dimensional systems governed by PDEs. The focus will be on developing finite-dimensional and robust controllers
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knowledge of coproduction and qualitative methods, and a sound understanding of key issues relating to care – including the impact of minoritisation and intersectional inequities. Understanding of survey
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The susceptibility of PSI to light-induced damage has been shown in numerous field studies to be more crucial than the more widely studied PSII damage repair processes to fitness in algae and land plants. If we can
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that are applicable to various fields. We are developing fabrication techniques of micro origami-robots and remote magnetic control methods that are to be applied to paradigm shifting manufacturing approaches and in
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Computational Fluid Dynamics modelling of free surface flows over packing materials in a CO2 absorber School of Mechanical, Aerospace and Civil Engineering PhD Research Project Self Funded Prof