Papers in collection

• A Combined Hydrodynamic-Surface Force Model for Bubble-Particle Collection Go to Paper
• A Double Drum Separator for Triboelectric Separation of Very Fine Materials Go to Paper
• A Flotation Study for Effective Separation of the Heavy Mineral Sands Go to Paper
• A Investigation to Increase the Efficiency of Coarse and Fine Particle Flotation in Ore Processing of Non-Ferrous Metals Go to Paper
• A Mathematical Model of the Shaking Table and its Application Go to Paper
• A Model-Based Methodology for Steady State and Dynamic Optimisation of Autogenous and Semiautogenous Grinding Mills Go to Paper
• A New Conceptual Model for Ball Milling Go to Paper
• A New Flotation Technique for Feldspar-Quartz Separation Go to Paper
• A New Flotation Technique for Producing High-Purity Magnesite Concentrates from Low Grade Magnesite Ores Go to Paper
• A New Gold Lixiviant - CSUT(1) Go to Paper
• A New Grapho-Analytical Method to Investigate the Dynamics of the Main and Auxiliary Concentration Processes Go to Paper
• A New Macrophenomenological Concept of Comminution in Ball Mills Go to Paper
• A New Reagent for Selective Flotation of Copper Sulphides Go to Paper
• A New Simulation Algorithm for Ball Mills Conversion Method Go to Paper
• A New Type of Continuous Processing HGMS and its Magnet System Go to Paper
• A SAG Mill Circuit Simulator Based on a Simplified Mechanistic Model Go to Paper
• A Study of Crystal-Morphological Properties of Zirconium-Containing Minerals and Development of their Effective Recovery Methods from Ores Go to Paper
• A Study of Iron Removal from Kine Kaolin by Two-Liquid Flotation Go to Paper
• A Study of Layout Design Expert System for Mineral Concentrator Go to Paper
• A Study on the Beneficiation and Application of Fly Ash from Power Plants Go to Paper
• A Study on the Cycle of Movable-Screen Jigs Go to Paper
• A Study on the Separation of Fine Cassiterite and Quartz by Liquid-Liquid Extraction Go to Paper
• Absorption of Nonionic Surfctants, Anionic/Nonionic Surfactatant Mixtures, and Hydrophobically Modified Polymers on Minerals and its Effect on their Flotation and Dispersion Go to Paper
• Adsorption of Thiol Collectors on Sulphide Minerals and Precious Metals - A New Perspective Go to Paper
• An Approach to the Development of Technological Flowsheets for Raw Material Beneficiation Using New Flotation Reagent Systems Go to Paper
• An Experimental Research on the Comminution Law and Work Index Concepts in Jaw Crushers Go to Paper
• Application of Biotechnology in the Mineral, Metal Refining and Fossil-Fuel Processing Industries Go to Paper
• Application of Mineral Processing in Waste Treatment and Scrap Recycling Go to Paper
• Assessing the Role of Mineral in the Economic Development of the Host Country Go to Paper
• Assessment of the Functionality of Selection and Breakage Rate Functions in Grinding Systems Go to Paper
• Autogenous Carrier Flotation of Ilmenite Go to Paper
• Basic Studies on the Bulk Precipitates Formed from Iron Salt and Xanthate Solutions Go to Paper
• Beneficiation of a Turkish Bastnaesite Ore with Associated Fluospar and Barite Go to Paper
• Beneficiation Studies on Alumina-Rich Indian Iron Ore Slimes Using Selective Dispersants, Flocculants and Flotation Collectors Go to Paper
• Biohydrometallurgy of Gold: Present-Day Status and Future Prospects Go to Paper
• Calculation of Hydrodynamic Interaction of a Mineral Particle with a Bubble Under Conditions of Mixed Sorption Coating of Collector Go to Paper
• Capillary Filtration - The Harnessing of Natural Forces to Serve the Process Industry Go to Paper
• Carboxylic Acids Modified by Dithio Fragments as Reagents for Gold and Copper Containing Ores Flotation Go to Paper
• Celestite Ore Upgrading - From Laboratory to Mill Go to Paper
• Centrifugal Flotation of Coal at Particle Sizes Below 20 ?m Go to Paper
• Chalcopyrite Flotation and Liberation Characteristics Before and After Autogenous Grinding at Mount Isa Mines Limited Go to Paper
• Characterisation and Treatment of Polluted Material - An Environmental Application of Mineral Processing Technology Go to Paper
• Chelating Agents for Selective Flotation of Minerals Go to Paper
• Chemical Leaching of Iron from Industrial Minerals Go to Paper
• Choosing a Water Collector for Matte Separation Go to Paper
• CIL Gold Leaching and Adsorption with a Deficiency in Free Cyanide Go to Paper
• Classification and Partition Performance of Dense Medium Cyclones Go to Paper
• Coal and Minerals Comminution with High Pressure Waterjet Assistance Go to Paper
• Collector-Extender Flotation in the Processsing of Coarse Fractions of Potash Ores Go to Paper
• Column Flotation of Gold Bearing Iron Sulphides Go to Paper
• Commercial Equipment Designed to Recover Gold from Gravitational Concentrates by Means of Magnetic Separation and the Separation in Magnetic Fluids Go to Paper
• Comminution of Minerals on a Laboratory-size Choke-fed High-Pressure Roll Mill Go to Paper
• Comminution Research - A Success Story that has not yet Ended Go to Paper
• Comparison of Merrill-Crowe Precipitation and Carbon Adsorption for Precious Metals Recovery Go to Paper
• Concentrator Optimisation Go to Paper
• Constraining Parameters in Mineral Processing Simulator Calibration Problems through the Use of Transforms. Go to Paper
• Continuous Control of Dense Medium Cyclone Separation Density Go to Paper
• Continuous Hyperbaric Filtration of Copper Concentrates Go to Paper
• Density Separations in Heavy Inorganic Liquid Suspensions Go to Paper
• Depression of Arsenopyrite Flotation and its Separation from Pyrite in Guangxi Shanhu Tin Mine Go to Paper
• Description of Effective Technology for Silver Recovery from Zinc Cakes Obtained as by-Product in Metallurgical Zinc Plants Go to Paper
• Design and Scale-Up Criteria for Column Flotation Go to Paper
• Design, Simulation and Operation of a New Generation of Column Flotation Machines Go to Paper
• Development of a Process for Recovery of Rare Earths from the Mt Weld Oredbody Go to Paper
• Discussion of some Technological Problems in Increasing the Recovery of Gold and Silver Associated with Sulphides Go to Paper
• Dressing of Carbonates by Decrepitation Go to Paper
• Ecological Outlook for the New Technology of the Copper-Nickel Ore Benefication Based on the Flotation with Nitrogen Go to Paper
• Effect of Coarse Particles in Mineral Flotation Go to Paper
• Effect of Cupric on the Separation of Pyrite from Arsenopyrite Go to Paper
• Effect of Liberation on the Flotation Performance of a Complex Ore Go to Paper
• Effect of the Air Core on the Performance of a Hydrocyclone Go to Paper
• Effects of Froth Properties to the Behaviour of Flotation Go to Paper
• Elaboration, Testing and Introduction of Hydrothermal Sulphurisation Technology of Oxidised and Mixed Copper Ores Go to Paper
• Electrochemistry and Mechanism of Leaching Gold with Ammnoniacal Thiosulphate Go to Paper
• Electrostatic Upgrading of Phosphate Ores Go to Paper
• Evaluation of Mineral Processing Effectiveness and Causes of Mineral Losses Go to Paper
• Factors Affecting the Performance of the Fuzzy Control System for Mineral Processing - A Simulation Study Go to Paper
• Flocculation Behaviour of Dolomite Go to Paper
• Flocculation-Column Flotation of Fine Particles Based on Frother and Flocculant Control Go to Paper
• Flotation Characterisation of Iron Ores Go to Paper
• Flotation Method for Desulphurisation and Dedusting of Flue Gases Go to Paper
• Flotation of Monazlte-Zircon-Rutile with Sodium Oleate and Hydroxamates Go to Paper
• Flotation Separation of Scheelite from Calcite Using Alkylated 8-Hydroxyquinolines as Modifier Go to Paper
• Frother Evaluation Go to Paper
• Fundamentals and System Research in Ultrasonic Comminution Technology Go to Paper
• Grindability of Indonesian Coals Go to Paper
• Grinding Control at the Fan Kou Mine Go to Paper
• Grinding, Pulp Chemistry and Particle Flotability Go to Paper
• High Pressure Particle Bed Comminution of Ores Minerals a Challenge Go to Paper
• Hydrodynamics of a Downflow Column Go to Paper
• Improving Fine Particle Flotation Selectivity at Hellyer Go to Paper
• Industrial Applications of the High-Intensity Rare Earth Drum Magnetic Separator Go to Paper
• Influence of the Surface Chemistry and Structure of Activated Carbon on the Adsorption of Aurocyanide Go to Paper
• Integrated Expert Control System for Grinding and Flotation Go to Paper
• Intensification of Flotation Processing of Copper-Nickel Ores Go to Paper
• Interaction Between Finely Ground Pyrite with Potassium Amylxanthate in Flotation: Influence of pH, Grinding Media and Collector Concentration Go to Paper
• Interaction Mechanism of a New Chelating Collector and Copper Sulphide Minerals Go to Paper
• Interparticle Breakage of Very Fine Materials by Alternating Crosswise Stressing with a High Pressure Go to Paper
• Investigations on Adsorption and Mobilisation of Main Components of Bituminous Coal Flotation Reagents Using the C-Radiotracer Method Go to Paper
• Investigations on the Influence of Particle Size in Flotation Go to Paper
• Iron Ore Concentration by Magnetoflotation Go to Paper
• Jameson Cell Test Work on Copper Streams in the Copper Concentrator of Mount Isa Mines Limited Go to Paper
• Limitations in the Application of Column Flotation Go to Paper
• Magnetic Separation in a Flat OGMS with a Multizone Chamber Go to Paper
• Material Flow in Acceleration Zone and Throughput of High Pressure Roller Mills Go to Paper
• Mathematical Modelling the Process of Separation of the Raw Materials in the Column Flotation Machine Go to Paper
• Mechanism of Anionic Collector Adsorption in Chromite Flotation Go to Paper
• Mechanisms Involved in Thermal Comminution Go to Paper
• Mill Scaleup: Ball Collision Frequency and Collision Energy Density in Laboratory and Plant-Scale Mills Go to Paper
• Mineral Liberation in Continuous Milling Circuits Go to Paper
• Mineral Liberation Prediction - Contribution of Image Analysis Based on Mathematical Morphology Go to Paper
• Mineral Processing Beyond 2000- Education for New Technology Go to Paper
• Mineral Processing Design and Simulation Using Geostatistical Modelling of Ore Characteristics Go to Paper
• Modelling and Analysis of Dimensionless Variables in Air-Sparged Hydrocyclone (ASH) Flotation for Fine Coal Cleaning Go to Paper
• Modelling and Simulation of Cone Classifiers Go to Paper
• Modelling Based on the Similarity Principle and Variables Optimisation on Hydrocyclone Classifiers Go to Paper
• Modelling of the Turbulent Cross-Flow Classification in Special Consideration of Non-Steady States Go to Paper
• Modelling the Basic Separation Phenomena in Flowing Film Concentration Processes Go to Paper
• Multivariable and Optimising Mill Control the South African Experience Go to Paper
• New Celebration Tailings Treatment Plant 18 Months Later Go to Paper
• New Methods for the Control of Autogenous Grinding Circuit Go to Paper
• New Solid and Liquid Ion Exchange Extractants for Gold Go to Paper
• New Technology and Equipment for Gold and Silver Leaching from Gravity Concentrates Go to Paper
• Oil Agglomeration of Metal Oxide Minerals Go to Paper
• On Line Determination of the Density of Granular Material by Dry Method Go to Paper
• On-Line Determination of Free and Bound Moisture in Iron Ore Go to Paper
• On-Line Determination of Particle Size in Alumina Precipitation Go to Paper
• On-line Estimation of Fine and Coarse Ore, Water, Grinding Rate, and Discharge Rates in Semiautogenous Grinding Mills Go to Paper
• Optimally Designed Sluice-Boxes for Small-Scale Gold Mining Operations in Papua New Guinea Go to Paper
• Optimisation of Ball Charge Kinetics in Ball Mills Go to Paper
• Oxygen Mass Transfer Rate Measurements Under Different Hydrodynamic Regimes Go to Paper
• Particulate Fluids - A Key Concept in Advanced Mineral Processing Go to Paper
• Pellestising of Fine Industrial Solid Wastes: A Contribution to the Protection of the Environment Go to Paper
• Phenomenological Modelling of the High Pressure Grinding Rolls Go to Paper
• Pneumatic Flotation: A Reliable Procedure for a Correct Plant Layout Go to Paper
• Polysaccharides - Emerging Non-Toxic Modiflers for Differential Flotation of Sulphides Go to Paper
• Potential Cadjebut Plant Performance Enhancement by the Air-Sparged Hydrocyclone Go to Paper
• Precipitate Flotation for the Removal of Heavy Metals and Cyanide from Metallurgical Effluents Go to Paper
• Precipitation in Hydrometallurgy Go to Paper
• Preprocessing of a Cyanided Gold Calcine Go to Paper
• Process Design for Flocculation, Clarification and Thickening of Fine-Particle Suspensions Go to Paper
• Production of Submicron Particles by Autogenous Grinding with a Stirred Mill Go to Paper
• Properties of Surface Films on Chalcopyrite and Pyrite and their Influence in Flotation Go to Paper
• Purification of Gsgruvan Calcite by Anionic and Cationic Flotation Go to Paper
• Quantum Chemical Approach to the Adsorption of Mercaptobenzothiazole on Pyrite by the Molecular Orbital Method Go to Paper
• Recent Development in the Use of Dynamic Tomographic Imaging for the Design and Control of Mineral Processing Plant Go to Paper
• Recent Advances in the Simulation of Mineral Processing Circuits Using Artificial Intelligence Go to Paper
• Recovery and Removal of Uranium by Using Biosubstances Go to Paper
• Recovery of Gold from Acidic Solutions of Thiourea by Adsorption on Activated Carbon Go to Paper
• Recovery of Minus 100 Micron Hematite by Wet High Intensity Magnetic Separation Go to Paper
• Removal of Radioactivity from Mineral Sands Products Go to Paper
• Research into the Effect of Combined Modifiers in Magnesite Flotation Go to Paper
• Research on the Solid-Liquid Two-Phase Flow Field in Hydrocyclones Go to Paper
• Resistance to the Introduction and Testing of New Technology in Mineral Procesing Go to Paper
• Resource Saving Technology of Comminution Go to Paper
• Rough Diamonds Treatment Technique Aiming at Ensuring Preservation of Original Grains: Process Design and Inculcation into Industry Go to Paper
• Screening Process: Modelling and Application of the Model to Sizing of Screens Go to Paper
• Segregation of Grained Material - Conditions and Possibilities of Evaluation Go to Paper
• Selective Leaching of Low Grade Middlings from Lead-Zinc Flotation Go to Paper
• Separating Molybdenite from Graphite Complex and its Mechanism Go to Paper
• Shape Classification for Fine Particles by Rotary Drum Type Separator Go to Paper
• Sheet Flotation - Two Dimensional Packed Columns Go to Paper
• Similarity Modeling and Multi-Objective Optimisation of Balls Mills Go to Paper
• Simulation Examination of Compaction of Fine-Grained Waste Materials in Roll Presses Go to Paper
• Simulation of Grinding and Mineral Liberation Processes in Industrial Circuits: A Non-Linear Model Go to Paper
• Solution Chemistry of Mixed Cationic/Anionic Collectors and Flotation Separation of Feldspar from Quartz Go to Paper
• Some Chemical Aspects of Gold Particles Flotation Go to Paper
• Some New Collector Products for Improving the Performance of Industrial Flotation Circuits Go to Paper
• Special Development of KHD in Communition Technology Go to Paper
• Spiral Classifiers and Cyclones - Comparison of Classification Costs Go to Paper
• Structure of Thiol Collector Layers on Sulphide Surfaces Go to Paper
• Studies on a New Type of Composed-Forces Field Separator Go to Paper
• Study of Surface Properties in Agglomeration Processes Go to Paper
• Study on a New Technology of Separating Seabeach Placer with Mixed Collectors Go to Paper
• Study on Rare Earth Minerals Flotation with New Collector - H2O5 Go to Paper
• Sulphide Mineral Flotation by Using Portland Cement as a Depressor Go to Paper
• Synergistic Extraction of Gold from Sulphuric Acid Solution Go to Paper
• Technology and Equipment for X-Ray Radiometric Sorting of Secondary Metallic Raw Materials Go to Paper
• Technology of Sulphidisation and Flotation of Non-Sulphide Minerals with Sodium Polysulphides Go to Paper
• The Application of Population Balance Models to very Fine Grinding in Tower Mills Go to Paper
• The Automatic Indentification and Quantification of Silver Minerals Go to Paper
• The Autoxidation of the Thiolate Collectors Catalysed by Cobalt (II) Phthalocyanines and its Influence on the Sulphide Flotation Go to Paper
• The Behaviour of Individual Uranium Bearing Minerals During Froth Flotation Go to Paper
• The Commercial Application of the New Two-Stage Jones WHIMS Process for Martitic Iron Ores at the Fbrica Mine of Ferteco Minerao SA, Brazil Go to Paper
• The Effect of Crystal Chemistry Properties on the Flotability of Apatite Go to Paper
• The Effect of Moisture on Screen Performance Go to Paper
• The Effect of Oxidation on the Flotation Behaviour of Nickel-Copper Ores Go to Paper
• The Influence of Molecular Structure of Ampholytic Polymers on their Behaviour and Flocculation Activity in Sedimentation Processes Go to Paper
• The Influence of Slurry Rheology on Ultra-Fine Grinding in a Stirred Ball Mill Go to Paper
• The Interactive Effect of Flowsheet Design on Beneficiation of Complex Sulphide Ores Go to Paper
• The Liberation Performance of a Grinding Circuit Treating Gold Bearing Ore Go to Paper
• The Management Training of Final Year Minerals Engineering Students Go to Paper
• The Measurement of Liberation in Section Go to Paper
• The Mechanism of Xanthate Adsorption on Pyrite Go to Paper
• The Photoelectrochemistry of Pyrite and Galena Go to Paper
• The Rationale and Evolution of a Post-Graduate Diploma in Minerals Processing Technology at La Trobe University College of Northern Victoria Go to Paper
• The Recovery of Nickel and Gold from Sulphide Concentrates Go to Paper
• The Response of an Uniform Jig Bed in Terms of the Porosity Distribution Go to Paper
• The Role of Rock Fabric in Controlling Crushing Strength: Numerical Experiments Go to Paper
• The Role of Surface Silanol Groups in Flotation Separation of Quartz from Feldspar using Nonionic Surfactants Go to Paper
• The Round Diaphragm Jig 'Trud-12' with a Movable Sieve an Advance in the Gravity Concentration of Ores Go to Paper
• The Selective Ion Flotation of Gold Cyanide from a Heap Leach Mine Feed Liquor Go to Paper
• The Separation of Natroalunite from Kaolin by Selective Flocculation Go to Paper
• The Strategic Role of Mineral Processing for BHP Minerals Go to Paper
• The Study of Pulp Electrochemical Flotation Separation of Pyrite and Arsenopyrite Go to Paper
• The Technology of Gold Recovery from Black Sands by the Method of Liquid Phase Chlorination Go to Paper
• The Testing of Autogenous Grinding in Laboratory and Pilot Scale and the Design of Full Scale Comminution Circuits Go to Paper
• The Use of Horizontal to Improve the Effectiveness of Column Flotation of Coal Go to Paper
• Theoritical Studies and Production Practice of Acidless and Fluoless Flotation of Silica Sand Go to Paper
• Thiorea Leaching of a Refractory Gold Ore Go to Paper
• Thirty-Year Plant Practice of Sulphidisation - Flotation of Copper Oxidised Ores Go to Paper
• Ultra Fine Grinding in an Impact Grinding Machine and its Limits of Application Go to Paper
• Ultrafine Grinding with Solid Additives Go to Paper
• Use of Advanced Computation for Predicting the Behaviour of Fine Mineral Dispersions Go to Paper
• Use of Carbon-in-Pulp Process in Russia Go to Paper
• Water Contents in Flotation Froths Go to Paper
• Why is the Mineral Processing Field Behind in the Application of New Technology? Go to Paper