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. The Electrochemistry group is among the world-leading in solid-state electrochemistry and materials science of oxides for electrochemical energy conversion technologies especially proton ceramic fuel cells and
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. The Electrochemistry group is among the world-leading in solid-state electrochemistry and materials science of oxides for electrochemical energy conversion technologies especially proton ceramic fuel cells and
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programme on development of direct ammonia solid oxide fuel cells. This programme represents a new and timely collaboration between the United Kingdom and Singapore and will be based at Imperial Global
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(NTU) and Imperial College Global Singapore (IGS). The objective of the research is to overcome the challenges related to the use of ammonia in solid oxide fuel cells (SOFCs) so that SOFCs can
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programme on development of direct ammonia solid oxide fuel cells. This programme represents a new and timely collaboration between the United Kingdom and Singapore and will be based at Imperial Global
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ceramic fuel cells and electrolysers. These technologies are central in the transition to renewable energy and in the electrification of industrial processes. For more information and how to apply: https
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degree have until June 30, 2026 to complete the final exam. Desired qualifications: Experience in synthesis, fabrication and characterization of electrochemical cells (e.g., solid oxide fuel cells
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proposed to the cell manufacturer. [1] K. Kendall, M. Kendall, High-Temperature Solid Oxide Fuel Cells for the 21st Century - Fundamentals, Design and Applications, Elsevier Ltd. (2016). [2] J.T.S. Irvine et
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metal-oxide model systems with the potential use in modern technological areas such as heterogeneous catalysis, gas sensors and also as catalysts for fuel cells. The surface structure and morphology
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and materials science of oxides for electrochemical energy conversion technologies especially proton ceramic fuel cells and electrolysers. These technologies are central in the transition to renewable