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planes and enable the in-situ growth of active nanoparticles. These lattice planes inherently exhibit distinct properties, including defects, electronic structures, and a tendency to form nanoparticles
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of the scholarship Enquiries Dr Mick Filmer Email: M.Filmer@Curtin.edu.au Further Information The scholarship also includes an Industry Engagement Component where the student will spend time working with the Industry
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: Prof Alisher Kadyrov (a.kadyrov@curtin.edu.au ). Scholarships Email Alert Sign up now
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transportation fundamentals in hydroxide ion-conducting perovskite oxides; (2) To discover the structure-performance relationship of hydroxide ion-conducting perovskite electrocatalysts; (3) To exploit electron
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2025. Enquiries Project Lead: Associate Professor Welber Marinovic Scholarships Email Alert Sign up now
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- Stephanie.Vialle@curtin.edu.au Scholarships Email Alert Sign up now
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@exchange.curtin.edu.au ). Scholarships Email Alert Sign up now
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time basis for the duration of the scholarship. Enquiries For further information please contact: John Curtin Distinguished Professor Zongping Shao, zongping.shao@curtin.edu.au Scholarships Email Alert
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Shao, (zongping.shao@curtin.edu.au ), Professor Hongwei Wu (H.Wu@exchange.curtin.edu.au ), or A/Prof Tejas Bhatelia (t.bhatelia@curtin.edu.au ). Scholarships Email Alert Sign up now
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. Enquiries For further information please contact: Dr. Yijun Zhong (yijun.zhong@curtin.edu.au ). Scholarships Email Alert Sign up now