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modelling capabilities in a high-speed flight aerosciences context. The main purpose is to develop an Australian modelling capability of ablator materials. Key responsibilities will include: Research Develop
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combined experimental approaches for assessing fluid/surface response interactions in a high-temperate gas environment. The main purpose is to develop an Australian experimental capability in experimental
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of metallurgical systems as well as undertaking fundamental and applied research with a dynamic team at the cutting edge of modern primary and secondary/recycling pyrometallurgy. The successful applicant will design
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part of a team to conduct experiments as part of an NHMRC funded IDEAS grant. In collaboration with the Chief Investigator, the successful applicant will be part of a basic neuroscience/pharmaceutical
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, you will be responsible for designing and synthesizing MOF-based glass materials and their composites with desirable properties for catalytic and membrane separation applications. Your primary focus
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appointment or fellowship within the School of Chemistry demonstrated understanding of the subject-matter in chemistry experience in teaching and learning previous involvement in conducting original research