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Six PhD scholarships are available focused on novel technologies for achieving advanced mineral beneficiation covering flotation, gravity separation and agglomeration, relevant to critical and
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) was signed to ensure collaborative sourcing and processing of critical minerals in both countries.
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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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processes of crystal growth in biomineralisation, and will push organisms beyond conditions they experience in the wild. The task of this PDRA will be to characterise, as comprehensively as possible, how
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processes of crystal growth in biomineralisation, and will push organisms beyond conditions they experience in the wild. The task of this PDRA will be to characterise, as comprehensively as possible, how
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candidate will gain intensive knowledge in innovative processing protocols for complex mineral processing, mineral leaching process, and mining site environmental science through hands-on experiments as
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is the process of reducing the size of mined ore into particles small enough to separate and retrieve the valuable minerals. This PhD position aims to accelerate the adoption of a novel low energy
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of this corrosion process is such that it continues to receive unprecedented research attention spanning the last 50 years. Despite extensive research activity, the understanding of internal localised corrosion
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Doctoral or post-doc position in the simulation of mechano- or tribochemical processes in advanced hydrogen storage materials (metal, complex and organic hydrides) and degradation of contaminants in
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