Papers in collection

• Recent progress of ironmaking technologies in Japan Go to Paper
• Back to the future' - resilience in historical context and implications for the future Go to Paper
• The importance of iron ore to Western Australia's economy Go to Paper
• Iron ore developments in India - the view from a growing mining and steel industry Go to Paper
• Enhancing magnetite concentrate granulation by blending with hematite ore Go to Paper
• Recent Port Kembla experience with iron ore use - sintering and blast furnace Go to Paper
• Sintering technologies of sinter mixtures containing high proportions of magnetite concentrates Go to Paper
• Highlighting key features of the pore structure of iron ore sinter using mercury intrusion porosimetry and X-ray computed tomography Go to Paper
• Characterising the mineralogy of iron ore sinters - state-of-the-art in Australia Go to Paper
• Improvement of sinter productivity by control of magnetite ore segregation in sintering bed Go to Paper
• Development of an iron ore microparticle binder for increasing the concentrate content of sinter blends Go to Paper
• Iron sinter process control using X-ray diffraction - part : monitoring of low temperature degradation Go to Paper
• Variation in property parameters of iron ore granulated mix with moisture content Go to Paper
• A millipot set-up for sintering investigation of iron ores Go to Paper
• Decrepitation of lump iron ores Go to Paper
• Pelletising performance of Western Australian ultra-fine magnetite concentrate and strengthening technique by optimising ore matching Go to Paper
• Advanced automation for centralised stockyard operations Go to Paper
• Development of prereduced agglomeration process using carbon composite iron ore briquette in travelling grate Go to Paper
• Tensile strength and shear strength properties of the adhering layer of granules in ironore sintering Go to Paper
• Correlation between high temperature sintering characteristics and sintering behaviours of iron ore fines Go to Paper
• The practical characterisation of ferrosilicon for dense medium applications Go to Paper
• Separation of ultra-fine particles using the REFLUX Graviton Go to Paper
• Rapid and reliable flow property testing - a modified uniaxial approach Go to Paper
• Addressing the challenges associated with the modelling of iron ore in vibrating screens Go to Paper
• Overview of ArcelorMittal mining operations and research and development Go to Paper
• Relocatable modular beneficiation creates value from waste Go to Paper
• Simulation investigation of flow patterns and feeder loads at hopper/feeder interface Go to Paper
• The use of filter aids on iron ore fines Go to Paper
• Influence of feed moisture on high pressure grinding roll pellet feed grinding Go to Paper
• A batch elutriation technique for the density-based fractionation of iron ore Go to Paper
• Influence of shear rate on separation of iron ore fines using the REFLUXTM Classifier Go to Paper
• Automation for efficient separation with the Outotec SLon vertically pulsating high gradient magnetic separator Go to Paper
• Dry processing of magnetic iron ores - addressing cost and environmental issues Go to Paper
• A novel sink-hole fluidisation method for dry separation of iron ore fines Go to Paper
• Enabling iron ore concentrate for the production of direct reduced iron with preexisting beneficiation lines Go to Paper
• The importance of mineralogy and petrology on the beneficiation of iron oxide ores, primarily those containing goethite Go to Paper
• Reverse cationic flotation of iron ores with complex silicate gangue minerals Go to Paper
• Minimising the water loss associated with mine tailings disposal Go to Paper
• Trommel panel development for iron ore applications Go to Paper
• Geological and metallurgical characteristics of banded iron formation associated detrital iron mineralisation in Central West Africa Go to Paper
• Using airborne electromagnetics to solve a structurally complex geological puzzle in the Hamersley Province, Western Australia Go to Paper
• High accuracy .D airborne electromagnetic inversion method for banded iron formation and other geological settings Go to Paper
• The Iron Bridge magnetite deposits Go to Paper
• The use of drill core blends to predict sintering performance Go to Paper
• Evaluation of sintering behaviour based on ore characteristics Go to Paper
• A geometallurgical perspective on a high-grade iron ore deposit at Kiirunavaara, northern Sweden Go to Paper
• Microhardness testing of hematite-goethite Fe ores - implications for their textural characterisation and geometallurgy Go to Paper
• Predicting iron ore sinter strength through X-ray diffraction analysis Go to Paper
• Managing excess temperature and high risk levels of Legionella bacteria in eyewash safety showers Go to Paper
• Functional safety impacts on study stages of major projects Go to Paper
• Design to closure - construction of detailed rehabilitation designed iron ore waste rock dumps based on upfront site specific assessment Go to Paper
• Research into improving the efficiency of water spraying airborne dust control techniques in the iron ore industry Go to Paper
• Pilbara creek diversions - resilience gained through increased ore recovery and an integrated approach to design Go to Paper
• New generation Western Australian iron ore - strategic insights far beyond the Pilbara? Go to Paper
• Iron ore benefits from neutron pulsed geochemical tools Go to Paper
• Real-time shovel-mounted coal or ore sensing Go to Paper
• Three case studies on the implementation of new technology in the mining industry Go to Paper
• The development and future of BHP Billiton's Western Australian iron ore geological reconciliation system Go to Paper
• The relationship between mineralogy and shear strength of Pilbara Hamersley Group shales across the weathering spectrum Go to Paper
• Iron ore grade modelling using geostatistics and artificial neural networks Go to Paper
• Mining Innovation State of PlayTM - iron ore insights Go to Paper
• One perfect (production) day - a bulk solids handling perspective Go to Paper
• Aeration induced moisture reduction of iron ore Go to Paper
• Recent development and application of SLon vertical ring and pulsating high gradient magnetic separators in the iron ore and ilmenite processing industries Go to Paper
• The autonomous rail conveyor significantly reduces ore haulage costs Go to Paper
• Development of a slimhole downhole nuclear magnetic resonance tool for iron ore - some applications and limitations Go to Paper
• Real-time slurry elemental analyser for iron ore beneficiation plant control Go to Paper
• Dirty goethite - a geochemical characterisation of some western Robe River channel iron deposits Go to Paper
• Determination of the handleability index of adhesive bulk materials Go to Paper
• The dynamic adhesion of wet and sticky iron ores onto impact plates Go to Paper
• Determination of iron ore mineralogy using Fourier transform infrared spectroscopy and machine learning Go to Paper
• Digital rocks for iron ore sinters - towards a D quantification of sinter textures Go to Paper
• Analysis ofindividual - mesh iron ore samples in a single Scanning electron microscope automated mineralogy session Go to Paper
• Discriminating hematite/magnetite via scanning electron microscope-mineral liberation analyser in the - mesh size fraction of iron ores Go to Paper
• Infrared spectroscopy in BHP Billiton iron ore with a focus on in-mine infrared sensing Go to Paper
• VisuMet - analyses of lumpy iron carriers with image processing Go to Paper
• Online elemental and mineral measurement of slurries in iron ore beneficiation Go to Paper
• Goethite classification, distribution and properties with reference to Australian irondeposits Go to Paper
• Study of microwave-assisted magnetising roasting and mineral transformation of lowgrade goethite iron ores Go to Paper
• Optical image analysis of iron ore pellets and lumps using CSIRO software Mineral/Recognition Go to Paper
• A comparison of X-ray and electron-based analysis techniques for characterising the mineralogy and alumina distribution in iron ores Go to Paper
• Summary of results of an international X-ray diffraction round robin for mineralogical analysis of iron ores Go to Paper
• The softening and melting behaviour of single and mixed iron ore burdens Go to Paper
• The Central Eyre Iron Project - developing a new iron ore mine in a challenging climate Go to Paper
• Reducing total project cost in the study phase using zero base design Go to Paper
• Predictive maintenance modelling for bearing-based equipment Go to Paper
• Multi and Synchroblasting - maximising operational productivity Go to Paper