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of coarse mineral particles. In this role you will focus on investigating new physics and chemistry of bubble-particle interactions that underpin coarse particle flotation, based on the properties, structures
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CryoTEM and its application to the solution of research problems in the biological and biomedical sciences Demonstrated expertise in the full single particle analysis (SPA) workflow, including optimisation
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-ray, neutron, and charged-particle flux; material selection for structural and functional reactor components; exploration of advanced and conventional cooling systems; energy extraction and conversion
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in a relevant field. Demonstrated ability to compile, manipulate, and analyse complex datasets. This includes a working knowledge of data transformation techniques such as aggregation and filtering
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development, calibration, and coding of a constitutive model to reflect uncemented carbonate sand behaviour, including cyclic loading and particle breakage effects, for use in numerical modelling. Collaborate
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, including cyclic loading and particle breakage effects, for use in numerical modelling. Collaborate with UWA and NGI investigators to support the broader research project, including developing predictive
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multidisciplinary fields. The specific topic area of the post is the development of optical trapping and rotation of particles in vacuum for studies of fundamental physics. This will explore the classical-quantum
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of the University's information assets and critical systems. You will play a vital role in the configuration, deployment, and maintenance of security platforms such as advanced email filtering, firewalls, intrusion
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training and knowledge mobilization activities in the social sciences and humanities. SSHRC recommends clearing your browser cache to ensure the most up-to-date funding opportunities are consulted. Filter