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are available across a broad range of research areas, including: ● Solvent-based direct lithium extraction ● Low energy capture of industrial carbon dioxide ● Membranes for recovery and re-use of battery metals
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batteries are a promising beyond-lithium energy storage technology due to calcium's natural abundance, low cost, and favourable electrochemical properties. However, reversible calcium plating and stripping
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and sustainable electrolyte materials for advanced energy storage systems. The project addresses key challenges in post-lithium battery technologies and focuses on the development of innovative
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of this PhD project is to investigate lithium- and sodium-based solid-state batteries using muon-based bulk and interface characterization techniques. The main objective is to gain a mechanistic understanding
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spectroscopy and Gaia data of star clusters to decipher the mystery of the Lithium-rich giant stars" (with Prof John Lattanzio) "The origin of the heavy elements: Computer simulations of neutron-capture
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advanced electrochemistry. This project is affiliated with the new Faraday Institution consortium: Lithium ion: Enhancing and Accelerating Performance – LEAP (formerly Degradation). Successful candidates
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About the project: Under pressure: Predictive modelling of battery ageing across the scales Supervisor: Dr Lukasz Figiel, University of Warwick Lithium-ion batteries are essential for electric
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There exists an inherent variability in how lithium-ion batteries fail – an event commonly referred to as “thermal runway”. This uncertainty drives additional cost and complexity into the design and
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alternative to lithium-ion battery. The PhD research will address challenges in proton battery research and improve energy density, fast charging and discharging capability, stability and low
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life and intrinsic cell safety. The development of improved and sustainable synthesis pathways is also an important element. Catalysis In the field of lithium-ion batteries, catalysed reactions