-
the complex interactions of gangue minerals during the reduction process, focusing on the formation of fayalites and low melting point aluminosilicates, which can affect metallisation and the reduction kinetics
-
empowered by Artificial Intelligence of Things (AIoT). By digitally representing physical objects and harnessing real-time IoT data, our goal is to enhance productivity and reduce maintenance costs for our
-
the complex interactions of gangue minerals during the reduction process, focusing on the formation of fayalites and low melting point aluminosilicates, which can affect metallisation and the reduction kinetics
-
are discretised and solved numerically; this process of discretisation involves splitting the domain of interest into subdomains called cells, which make up the mesh covering the domain. The process of creating
-
the complex interactions of gangue minerals during the reduction process, focusing on the formation of fayalites and low melting point aluminosilicates, which can affect metallisation and the reduction kinetics
-
aims to encourage and support Aboriginal and Torres Strait Islander students by providing a simple application process. This Scholarship Program allows students to submit one application form and be
-
Department of Physics and Astronomy This position is currently located at the Hawthorn campus but the incumbent may be required to undertake duties at any of the University's campuses Stipend
-
many mantle rocks of various tectonic environments, making it a ubiquitous process that plays a critical role in modifying the mineralogy and geochemistry (enrichment in CO2 and REE) of the lithospheric
-
to provide better access to electricity services for improved energy and economic efficiency. The target digitisation process will give customers access to financial agencies and energy-efficient appliances
-
of the electric smelting process, to aid in interpretation of experimental results, and to assist in scale up. The CIMR is inviting applications for a PhD position in iron/steelmaking. We are seeking a highly