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20th July 2025 Languages English English English The Department of geosciences has a vacancy for a PhD Candidate in molecular dynamics simulation in mineral processing Apply for this job See
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imaging and characterization techniques to mineralized biological materials, with an emphasis on developing correlative workflows tailored to these complex systems. Study 1 will specifically investigate
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The PhD candidate will gain intensive knowledge in innovative processing protocols for complex mineral processing, column leaching, and mining site environmental science through hands-on experiments
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emission from the proposed process and the conventional methods will be conducted. This scholarship is funded by the Resources Technology and Critical Minerals Trailblazer (RTCM Trailblazer) . The RTCM
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, School of Agriculture, Policy and Development Project description: Mine tailings are the waste by-product of mining and mineral processing. Tailings are considered valueless and a threat to the environment
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Earth in dependence of continental growth and how geochemical mineral-water reactions controlled the composition of the first ocean. These processes involve forward weathering (dissolution of primary
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the Australian Research Council, will focus on the development and testing of (U-Th)/He dating techniques applied to “non-traditional” accessory minerals in order to develop novel tools for Quaternary magmatic
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source of protein and minerals, little is known about spatial distribution of these components in the seed. This is relevant because of the growing interest in using pulses for the formulation of bakery
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for recovering valuable metals (Li, Ni, Co…) from spent LIBs, diminishing the dependence on limited mineral resources. The recovered materials will be reused to prepare new energy storage materials, e.g., cobalt
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facilitating the retention and transformation of seagrass-exuded DOM and POM into mineral-associated organic matter (MAOM), a process which can facilitate long-term carbon storage. Thus, MPB may enhance MAOM