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and the group maintains active research programmes in lithium-ion, magnesium-ion, lithium-air and lithium-sulfur batteries. Our approach spans synthetic chemistry, electrochemistry and device
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cell electrochemistry and degradation mechanisms. The project will involve experimental campaigns at central facilities and close collaboration with beamline scientists and industrial partners within WMG
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-ion solvation structure, solid electrolyte interphase (SEI) composition, and deposition kinetics. The project combines electrochemistry, spectroscopy, and interfacial science to identify the key
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of the technology. 3. Methodology The doctoral candidate will conduct experimental and modeling work combining: • electrochemistry applied to water treatment; • design of innovative reactors; • physicochemical and
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electrochemistry List of required documents: scientific curriculum vitae, including a list of scientific achievements (scholarships, publications, conference presentations, etc.); motivation letter; one
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, electrochemistry, and energy engineering. The successful candidate will gain advanced experimental skills, experience in state-of-the-art characterisation and electrochemical testing, and the opportunity
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You will work at the interface between electrochemistry, robotics and data-driven research. The aim is to utilise and further develop an automated laboratory environment for scientific purposes in
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Master's degree (or equivalent university degree) in materials science, chemistry, physics, or a related field. Strong background in electrochemistry and practical experience with
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Science Electrochemistry Energy Storage or closely related disciplines Desirable experience includes: Battery electrolytes, ionic liquids or solid polymer electrolytes Organic synthesis and/or polymer
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Paul Shearing The application of magnetic fields in electrochemical devices (magneto-electrochemistry) has been shown to fundamentally alter and enhance the transport of ion species and thereby