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on mechanical and physical separation methods for efficient recovery of active materials and components from spent LFP cells as well as development of hydrothermal relithiation processes to restore
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recycling: Project 1 (2 PhD students): Development and optimisation of DES battery recycling process - These projects aim to improve the DES-based battery recycling processes, focusing on investigating
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parameters will be assessed. The goal of the projects will be to identify best clinical practice for this complex surgical problem. The projects will be separated along clinical and radiological/engineering
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response incentive arrangements with the national electricity market (NEM). Currently cost recovery for regulation frequency services is based on the causer pays process, which allocates the cost of sourcing
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advances in process-based crop models such as APSIM, their integration often remains limited. This project proposes to get more out of on-farm data streams and process models through their more formal
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inter-disciplinary research in biology, engineering and physics aspects of quantum technologies. Projects will include the development of quantum light sources, quantum detectors and sensing with
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reservoir engineering, the main research is focused on mathematical physics, exact and asymptotic solutions of non-linear partial differential equations, and analytical methods in fluid mechanics. MSc
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in Physics (1956). Eligibility To be eligible, candidates must be: An Australian citizen, Australian permanent resident, New Zealand citizen, Permanent Humanitarian visa holder or international student
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and technology. Engaging in solving a real-world problem requires a real solution to enhance housing resilience. Applying research skills to optimise and innovate AI-driven solutions for the housing