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Field
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convert heat into electricity and are attracting considerable interest for sustainable energy harvesting from industrial waste heat, automotive exhaust systems, and autonomous electronic devices. Recent
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to specifically adjust targeted gene expression to reshape complex traits. The project will develop a breakthrough science-enabled technology platform to improve tomato heat, drought and nutrient deficiency
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all aspects of transport in the atmosphere, ranging from greenhouse gases to pollutants, water vapour and heat, and we use inverse modelling techniques to determine sources of greenhouse gases
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-friendly electrical steel coatings. Integrating CVD process and heat treatment of eco-friendly electrical steel coatings. Study the heat treatability of oxide coated electrical steel. Investigate
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variations in the electrical conductivity of different compositions during the insulator-to-metal (amorphous-to-crystalline) phase transition via direct heating in a heated chamber fitted with electrical
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developing leaders who are empowered to halt the climate crisis and create an environmentally sound future for generations to come. To learn more about SEAS and our values, please visit our website at https
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VulcansFluids: The behaviour of halogens and sulfur in high temperature natural processes. Research will be predominantly in the experimental petrology laboratory under the direction of Prof Bernard Wood https
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glass nanoparticles using flash joule heating (FJH) and understanding fundamental charge transfer mechanisms in energy storage systems. Expectations Candidates will be responsible for developing advanced
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in two-phase transport, heat transfer, and fuel cell electrochemistry The ECEC, directed by Prof. Chao-Yang Wang, is a multi-disciplinary research program concentrating on advanced batteries and fuel
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Transport phenomena Contribute to the development of high-temperature super-conducting coils for next upgrade of SMART Contribute to the supervision of PhD students (including ongoing thesis projects) If you