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span broad research areas in metallic and ceramic materials (high-temperature intermetallic, space materials, high-strength steels, porous ceramic materials, and materials intended for energy recovery
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in thin-film physics, particularly hard ceramic coatings. The position involves conducting application-inspired basic research on thin film materials where the main goal is to develop new
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PhD Studentship: Advancing solid-state battery electrolyte manufacturing with terahertz spectroscopy
, interdisciplinary research team working at the interface of metrology, battery materials, and ceramic processing. Building on our previous demonstrations [1], this project will begin with the fabrication and
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integrity and functional performance. The PhD Project This exciting research project is actively seeking ultra-high temperature (UHT) ceramic materials capable of surviving short-duration exposure
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sustainability. This PhD project aims to develop new ionic conducting materials as next-generation membrane alternatives for fuel cell and electrolyser applications. Ceramic ion conductors present a promising
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(UHT) ceramic materials capable of surviving short-duration exposure (on the order of seconds to minutes) under extreme conditions. These environments are characterised by temperatures up to 3000 K
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electronic conductivity can be made into dense ceramic membranes. Such dense MIEC ceramic membranes allow oxygen ions but not nitrogen ions to pass through. They are capable of separating oxygen from air with
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Ceramics Academic Hub (PuMaS) at the Universities of Manchester and Sheffield. PuMaS will support around 20 PhD students, alongside a team of research staff, to create a vibrant, cohort based research
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on the development of advanced energy converters and high-performance storage systems for the energy transition. In doing so, we encompass a wide range of technologies, from oxide ceramic fuel cells to solid-state