Papers in collection

• Perspectives on the Long-term Outlook for Iron Ore Go to Paper
• Australian Research Council Research Hub for Advanced Technologies for Australian Iron Ore - An Introduction Go to Paper
• Rio Tinto Iron Ore - Being the Best Go to Paper
• Iron Ore, Innovation and a (Not So) Quiet Revolution Go to Paper
• Recent Progress in Japanese Ironmaking Technologies Go to Paper
• Production of High-quality Sinter by Controlling the Sintering Reaction Go to Paper
• Effect of Titania on the Sintering Performance of Hematite Iron Ores Go to Paper
• Mineralogical Quantification of Iron Ore Sinter Go to Paper
• Guidelines for Selecting Pellet Plant Technology Go to Paper
• Iron Sinter Process Control Using X-ray Diffraction Go to Paper
• Recent Advances in Iron Ore Sintering Go to Paper
• Effect of Concentrate and Micropellet Addition on Iron OreSinter Bed Permeability Go to Paper
• Fundamental Nucleus Assimilation Behaviour of Hematite- and Goethite-containing Ores in Iron Ore Sintering Go to Paper
• Dependence of Flame Front Speed on Iron Ore Sintering Conditions Go to Paper
• Granulation Behaviour of Specularite Fines in Ferrous Sinter Mixtures Go to Paper
• Geoscan Online Analyser Use for Process Control at Fortescue Metals Group Sites in Western Australia Go to Paper
• What is the Future for Magnetite Projects in Australia and Why Have Some of the New Projects Been So Problematic? Go to Paper
• Improvements in Service Life and Cost Reduction for Gyratory Primary Crushers through Mantle and Concaves Optimisation - A Case Study Go to Paper
• The Use of Common Business Intelligence and Analytics Tools in the Operation and Optimisation of Iron Ore Process Plants Go to Paper
• Test Work and Design of a Gravity Circuit for Iron Road's Central Eyre Iron Project Go to Paper
• Gravity Separation of Ultra-fine Iron Ore in the Reflux Classifier Go to Paper
• Iron Ore Tailings Reprocessing to Maximise Ore Production Go to Paper
• Effect of Mineral Density for Milling Magnetite Ores Go to Paper
• Process Amenability Studies on Goethite-abundant Iron Ore Fines Go to Paper
• Optimisation of Wash Water on an Iron Ore Spiral to Improve Grade Go to Paper
• Unlocking Plant Capability through Targeted Debottlenecking of Arrium's Magnetite Concentrator Go to Paper
• Recovery of Iron Ore Fines and Ultrafines from Tailings byUsing Wet High-intensity Magnetic Separation - JONESWHIMS Go to Paper
• Iron Ore Final Grinding by High Pressure Grinding Rolls and Air Classification Go to Paper
• Application of Different Drive Systems for Horizontal Mills Go to Paper
• Geological Setting of Eliwana and Flying Fish Deposits along the North Limb of the Brockman Syncline, Hamersley Province, Western Australia Go to Paper
• Three-dimensional Mapping of Magnetite and Hematite Concentrations from Reprocessing of Detailed Aeromagnetic Data Go to Paper
• An Overview of the Weathering Process, Preliminary Density and Unconfined Compressive Strength Correlations for Fresh Itabirites in Vale Mines on theWestern Side of the Iron Quadrangle, Brazil Go to Paper
• Evolution of a Structural Framework for High-grade Iron Ore Deposits Go to Paper
• Block Model Data Reduction and Sensitivity Analysis Go to Paper
• Rapid Logging of Different Magnetic Phases in Banded Ironstones Using a Travelling Three-component Vector Magnetometer Go to Paper
• Reaping the First Fruits - Infrared Spectroscopy: the New Standard Tool in BHP Billiton Iron Ore Exploration Go to Paper
• Geology - The Affirmative Case Go to Paper
• A Downhole Magnetic Tensor Gradiometer for Developing Robust Magnetisation Models from Magnetic Anomalies Go to Paper
• Discovery of the Corunna Downs Deposits Go to Paper
• Semi-automated Geological Interpretation Using Assay and InfraredSpectroscopic Sensing Parameters towards Improvements inGeological Modelling Go to Paper
• The Cenozoic Detrital Iron Deposits of the Hamersley Province of Western Australia - A Tribute to Mal Kneeshaw Go to Paper
• Related Genesis for Iron, Manganese and Gold-copper Oresin Western Australia Go to Paper
• Waste Not, Want Not - Delving Deeper into the Simbili IronOre Deposit using HyLogging Scanning Technology Go to Paper
• Reduction Kinetics and Mechanism of Pellets Prepared fromHigh-chromium Vanadium-titanium Magnetite Concentrate Go to Paper
• Lump Ore Properties and Their Impact on Value-in-use in Ironmaking Go to Paper
• High Temperature Interactivity of Iron Ores in the CohesiveZone of the Blast Furnace Go to Paper
• Important Acid Ferrous Burden Properties in the CohesiveZone of a Blast Furnace Go to Paper
• The Use and Optimisation of Ferrous Feed at the WhyallaBlast Furnace Go to Paper
• Modelling Cohesion and Adhesion of Wet, Sticky Iron Ores in Discrete Element Modelling for Material Handling Processes Go to Paper
• De-bottlenecking Iron Ore Transportation from Mine to Plant Go to Paper
• Maritime Bulk Cargo Transportable Moisture Limit Requirements for Iron Ore Shipments Go to Paper
• Flexigel - A Variable-density Solution Go to Paper
• Case Study Assessing Alternative Data Collection Techniques and Analysis Methods to Assist with Geotechnical Slope Design Go to Paper
• The Effect of Carbonate Alteration on Detrital Mass Strength and Implications for Geotechnical Slope Design Go to Paper
• Optimising Flow in the Mining Value Chain Go to Paper
• Ore Selection to Maximise Value Go to Paper
• New Discrete Element Modelling Calibration Technology to Facilitate theIncreased Efficiency of Ore Handling and Processing Operations Go to Paper
• Comparison of Min/Max Autocorrelation Factors, Kriging, Co-kriging and Inverse Distance Block Totals - A Magnetite Hematite Case Study Go to Paper
• Maximising Productivity through Big Data, SimulationandPredictive Analytics Go to Paper
• Characterising the Blasting Properties of Iron Ore Go to Paper
• How Much Do We Need to Drill? Go to Paper
• Iron Ore Ultrafines Challenges and Opportunities Go to Paper
• Shifting Waters in the Pilbara's Iron Ore Industry Go to Paper
• Optimised Process Control in Iron Ore via Online Analysisof Light Elements Go to Paper
• Iron Ore Washing - Achieve More with Fewer Resources Go to Paper
• Research and Application of New Dust Control Technologies for the Iron Ore Industry Go to Paper
• Real-time Through-belt Moisture Analysis for Iron Ore Go to Paper
• Advances in Optical Image Analysis of Iron Ore Sinter Go to Paper
• Laser Scanning of Conveyor Ore Profiles Go to Paper
• Geometallurgy of the South Middleback Ranges Magnetite Deposit - Predicting Plant Performance from the Pit Go to Paper
• Using Geometallurgy during Process Optimisation Activities at the Southern Middleback Ranges Magnetite Concentrator Go to Paper
• Unravelling the Factors Impacting on Concentrate Quality by Geometallurgical Data Analysis at Fortescue Metals Group's Iron Bridge Magnetite Mine Go to Paper
• Iron Ore Geometallurgy - Examining the Influence of Ore Composition on Sinter Phase Mineralogy and Sinter Strength Go to Paper
• A New Toolkit for Iron Ore Characterisation Go to Paper
• A Novel Approach to the Characterisation of Iron Ores and Concentrates Using Recent Advancements in Wavelength- and Energy-dispersive X-ray Fluorescence Spectrometers Go to Paper
• Capacity Evaluation of Iron Ore Processing Facilities Utilising Dynamic Simulations Go to Paper
• Case Study of Iron Ore Value Chain Optimisation Go to Paper
• Magnetite - A Higher-grade Blast Furnace Feed andItsPotential Benefits for the Ironmaker Go to Paper
• Project Development and Regulation Red Tape - A Comparative Analysis: Does It Need to Be So Complex? Go to Paper
• Understanding the State of Innovation in the Iron Ore Industry Go to Paper