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Microstructure 3D online visualization of low-grade chalcopyrite ores in chloride leaching
The dissolution of low-grade metal sulphides in chloride media was studied by synchrotron-based micro-CT and quantitatively analyzed by using a data-constrained modeling (DCM) approach. The 3D visualization images from the above DCM analysis were generated and included in this data set.
21 Jun 2018
08 Apr 2019
synchrotron based X-ray-CT
The X-ray CT projection datasets were acquired at the Australian Synchrotron IMBL beamline.
CSIRO Data Licence
CSIRO (Australia), University of Cape Town (South Africa), RMIT University (Australia), Australian Synchrotron (Australia)
Australian Research Council (ARC) - ARC LP160101760
Yang, Yi; Yang, Sam; Gao, Xiyu; Petersen, Jochen; Hogan, Dominic; Chu, Clement; Maksimenko, Anton; Hall, Chris; Chen, Miao (2019): Microstructure 3D online visualization of low-grade chalcopyrite ores in chloride leaching. v2. CSIRO. Data Collection.
All Rights (including copyright) CSIRO 2019.
The metadata and files (if any) are available to the public.
OCE postdoc Resource recovery_uranium
This project aims to understand the mechanisms of (bio)leaching of low-grade uranium ores. This project utilizes the interfacial, electrochemical characterization of uranium bioleaching, as well as in situ 3D microstructure and mineralogy characterization to understand the in situ process of refractory, low-grade uranium ores and wastes. The resear... morech will underpin the design of effective remediation strategies and technologies for contaminated mine sites. less
Study the fundamental leaching mechanism of refractory and low grade ore