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of 4 Universities and 19 companies. Professor Rachel Smith and her research group at the University of Sheffield are world leaders in particle and pharmaceutical product design and formulation
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. Our lab discovered the jumbophage SHEFM2K which we showed is a flagellotrophic phage that assembles new viral particles in a cleared cytoplasmic area of host E.coli strains (DOI: 10.1016/j.micres
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product characteristics through the development of a predictive model or functional state diagram. The student will work within the Particle Products Research Group at the University of Sheffield which is
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of solid-fuel particles and this increasingly relies on engineering computer modelling. This project aims to develop a deeper understanding into the mechanisms of pulverised solid fuel ignition, and to
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to soil mineral particles. This project aims to explain why specific organic functional groups are well-suited to sorption in soil, using theoretical modelling of interactions between organic molecules and
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in soils, and in particular the nature and strength of binding of organic carbon to soil mineral particles. This project aims to explain why specific organic functional groups are well-suited
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antenna characteristics, DAM reduces the complexity of communication systems, minimizing the need for filters, mixers, and linear amplification. This not only simplifies the design but also addresses one
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fluid-particle, fluid-fluid and particle-particle interactions between the oil/organic waste stream and the components of the geopolymer system. In order to investigate these interactions novel in-situ
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. Familiarise and master the techniques required to manufacture samples. Characterise thoroughly the produced components including optical microscopy, electron microscopy, particle shape analysis and X-ray
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surrounded by high levels of environmental noise. For a decade we have been researching an ambient semiconductor based technology that yields single photons, particles of light, correlated with its spin