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The successful candidate will work on a research project titled "Numerical simulation of the electric smelting furnace", aiming to develop numerical simulations to improve understanding
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ceramic fuel cells (PCFCs) have emerged as a forefront electricity generation technology to efficiently convert chemical energy into electricity with zero carbon emissions. In contrast to proton exchange
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-based CCU, the project will foster greener industries, and support Australian industries in maintaining market relevance and stewardship in sustainable practices. Student type Current Students Future
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engineering strategies to modify the electrodes for stable and efficient ammonia electrosynthesis, and to address the underlying structure-property relationships. Objectives The primary objective
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currently limiting the growth of renewable energy. The goal is to develop innovative methodology and technology that will facilitate the widespread integration of renewable resources into electricity grids
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carrier, while water electrolysis powered with renewables-generated electricity is a highly promising way for large scale green hydrogen production, in particular for Australia. The state-of-the-art
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improved charge separation and transport, and are a type of promising materials for lighting and displays applications. However, the high toxicity of lead (Pb) in the metal halide perovskite is a main issue
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Group (HSRG) situated in the School of Electrical Engineering, Computing and Mathematical Sciences (EECMS) at Curtin University, which is equipped with an array of world-class research equipment and
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of environmental issues. This eventually poses the necessity of next- generation systems to eliminate such issues. Battery Electric vehicles (BEVs) have become increasingly popular due to their environmental
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of this project are: - determine the radio properties of known samples of bright QSOs powered by the most massive black holes, - use novel techniques to select new samples of distant QSOs missed from current