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oxide and reduced graphene oxide, with properties very distinct from graphene and with possible applications in photocatalysis and batteries. However, determining their exact structure and structure
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photocathodes for long-term hydrogen production, thermoelectric modules for solar waste heat harvesting, or perovskite-silicon devices for light-driven chemical synthesis. For more details, please view https
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and plasmonic photocatalysis. 👉 Related publications: https://pubs.acs.org/doi/full/10.1021/acs.jpcc.4c02222 https://pubs.acs.org/doi/full/10.1021/acs.jpcc.4c04586 Please apply here: https
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ability to work under time pressure. Specific Requirements Proven experience in conducting research in the field of photocatalysis/ photoelectrocatalysis Proven experience in conducting research in
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of photocatalysis/ photoelectrocatalysis Proven experience in conducting research in nanomaterial synthesis, including solvothermal and wet-chemical methods, use of a Schlenk line system, and comprehensive material
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ability to work under time pressure. Specific Requirements Proven experience in conducting research in the field of photocatalysis/ photoelectrocatalysis Proven experience in conducting research in
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, environmental remediation, and photocatalysis. Project Description This project aims to design, synthesize, and mechanistically evaluate next-generation MOFs with tailored porosity, functionalized surfaces, and
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meets plasmonics: New perspectives in photocatalysis and near-surface (www.cplas.org ) —a collaboration between King’s College London, Imperial College London and UK Catalysis Hub. The research in
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London, funded by the EPSRC Programme Grant Catalysis meets plasmonics: New perspectives in photocatalysis and near-surface (www.cplas.org ) —a collaboration between King’s College London, Imperial College
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to the work plan, such as Applied Chemistry and Electrochemistry, Materials Engineering, and/or other related fields providing experience in water electrolysis/photocatalysis and CO₂ electro-reduction. Duration