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Advancing battery intelligence using digital parameterisation of battery electrode microstructures Department of Materials Science and Engineering PhD Research Project Directly Funded UK Students Dr
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Advancing battery intelligence using digital parameterisation of battery electrode microstructures
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of mechanosynthesis, an exciting, low cost and versatile method, to discover new materials for energy applications including mixed conductors for battery electrodes and solid electrolytes. You will join the research
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quickly than batteries. To continue the development of these promising technologies it is critical we understand the electrical properties of these perovskite materials. This project has two main aims
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graphene oxide, with properties very distinct from graphene and with possible applications in photocatalysis and batteries. However, determining their exact structure and structure-properties relationship
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Molecules containing lanthanide elements are currently of strong interest due to their use in fields such as catalysis, magnets, imaging, battery technologies and ultra-cold chemistry. The ability
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all year round Details Manufacturing high performance batteries is a key requirement to address the pressing challenges of climate change. Battery technology is critical in enabling electric vehicles
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Deadline: Applications accepted all year round Details This project will investigate advanced strategies for the design, integration and optimization of hybrid wind/photovoltaic/battery systems
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. Their uses are varied, including routine administration of drugs, elimination of inappropriate foreign items such as an accidentally ingested button battery and suturing. The development of robots, especially
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devices such as smartphones and notebooks is appealing. In such applications, such types of fuel cells could either replace the rechargeable batteries or charge them. The main objective of this project is