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are highly toxic and can only be reliably tested at >1ppm levels. To overcome this limitation, new sensing materials such as 2D materials and their heterostructures will be investigated to enable ppb level
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the value of the spent battery materials. Student type Future Students Faculties and centres Faculty of Science & Engineering Western Australian School of Mines (WASM) Course type Higher Degree by Research
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-temperature performance. The PhD project will focus on the development, investigations and optimizations of new electrode and electrolyte materials. The project will expand the student’s skill set in scientific research
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@rmit.edu.au) Advanced Materials, Manufacturing and Fabrication Advanced Materials, Manufacturing and Fabrication
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: The proposed project aims to enhance the sustainability and transparency of the battery materials supply chain by integrating Environmental, Social, and Governance (ESG) criteria and Life Cycle Assessment (LCA
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the areas of experimental and theoretical physics, synthetic, physical and computational chemistry, material sciences and related areas. The Opportunity The OPTEXC IRTG involves 20 academics in Australia and
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materials,[ 3 - 11] non-Cu metals and alloys,[ 12 - 16] and molecular catalysts such as cobalt phthalocyanines.[ 17 - 20] Despite these scientific breakthroughs, most current electrolysis systems rely
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following cycles caused by changes in chemistry and hydrogen bond donor (HBD) composition. DES also exhibits poor chemical stability at higher operating conditions, resulting in solvent loss. Furthermore
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approval. Enquiries: Dr. Chao Ye and Dr. Zhixiao Xu School of Chemical Engineering / Discipline of Materials Engineering Email: chao.ye@adelaide.edu.au ; zhixiao.xu@adelaide.edu.au Expression of interest
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have or is finishing a bachelor's degree in chemistry, chemical engineering, material science or engineering or relevant fields. Preference will be given to an honour’s student or a master's degree by