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, Australia. The successful candidate will work on an exciting industry-funded project titled "Exploring and Investigating lipid-loaded Mesoporous Materials". The project focuses on developing innovative
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at the School of Science, Western Sydney University, Australia. The successful candidate will work on an exciting industry-funded project titled "Exploring and Investigating lipid-loaded Mesoporous Materials
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to investigate the thermodynamics and kinetics of direct reduced iron (DRI) production using high-phosphorus, silica, and alumina-rich iron ores from the Pilbara region in Australia. The research will explore
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to investigate the thermodynamics and kinetics of direct reduced iron (DRI) production using high-phosphorus, silica, and alumina-rich iron ores from the Pilbara region in Australia. The research will explore
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to investigate the thermodynamics and kinetics of direct reduced iron (DRI) production using high-phosphorus, silica, and alumina-rich iron ores from the Pilbara region in Australia. The research will explore
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, biogenic silica and/or cellulose. The research will contribute to an Australian Research Council project ‘Past Trends, Future Risk’ on climate variability across southern Australia, including the role