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2018 Other Outputs High voltage pulse pre‐concentration and pre‐weakening characterisation of Newcrest Namosi ore (Project 2): project report to Newcrest Mining LimitedShi, Frank, Huang, Wei, Antonio, Christian and Runge, Kym (2018). High voltage pulse pre‐concentration and pre‐weakening characterisation of Newcrest Namosi ore (Project 2): project report to Newcrest Mining Limited. Brisbane, Australia: JKMRC. |
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2017 Other Outputs High voltage pulse characterisation sighter test of Newcrest Cadia Green Stockpile ore: project report to Newcrest Mining LimitedShi, Frank, Antonio, Christian, Lay, Daniel and Runge, Kym (2017). High voltage pulse characterisation sighter test of Newcrest Cadia Green Stockpile ore: project report to Newcrest Mining Limited. Brisbane, Australia: JKMRC. |
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2017 Other Outputs High voltage pulse characterisation sighter test of Newcrest Namosi ore: project report to Newcrest Mining LimitedShi, Frank, Antonio, Christian, Huang, Wei and Runge, Kym (2017). High voltage pulse characterisation sighter test of Newcrest Namosi ore: project report to Newcrest Mining Limited. Brisbane, Australia: JKMRC. |
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2017 Other Outputs Assessing the potential to use high voltage pulse technology to improve processability of Newcrest Cadia block caved ore: project report to Newcrest Mining LimitedShi, Frank, Antonio, Christian, Huang, Wei and Runge, Kym (2017). Assessing the potential to use high voltage pulse technology to improve processability of Newcrest Cadia block caved ore: project report to Newcrest Mining Limited. Brisbane, Australia: JKMRC. |
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2017 Other Outputs Amenability of an Anglo American ore to HVP processing treatmentShi, Frank, Antonio, Christian, Huang, Wei and Runge, Kym (2017). Amenability of an Anglo American ore to HVP processing treatment. Brisbane, QLD, Australia: JKMRC. |
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2007 Other Outputs Modelling of ore floatability in industrial flotation circuitsRunge, Kym (2007). Modelling of ore floatability in industrial flotation circuits. PhD Thesis, Julius Kruttschnitt Mineral Research Centre, The University of Queensland. doi: 10.14264/178444 |
