Conference Proceedings
Australia/Japan Extractive Metallurgy Symposium, Sydney
Conference Proceedings
Australia/Japan Extractive Metallurgy Symposium, Sydney
Papers in collection
- Activities of NiO in Solid Solutions of Ternary System MgO-NiO-SiO2 Go to Paper
- Adsorption Phenomena and Kinetics of Gas Liquid Iron Reactions Go to Paper
- Arc-Plasma Reduction of Tantalum Oxide with Carbon Go to Paper
- Behavior of Minor Elements in the Roasting of Zinc Concentrate Go to Paper
- Behaviour of Magnetite in the Flash Smelting Furnace with Furnace Electrodes at Tamano Smelter Go to Paper
- Behaviour of Phosphorus and Sulphur in Slag Melts During CaO Dissolution Go to Paper
- Chemical and Physical Variables Affecting Iron Ore Pellet Properties Go to Paper
- Combustion of Chalcopyrite Pyrite, Galena and Sphalerite Under Simulated Suspension Smelting Conditions Go to Paper
- Copper Metallurgy and the SOx Problem in Japan Go to Paper
- Decoppering of Lead and Hard Lead by Stirring with Sulfur and Pyrites Go to Paper
- Dephosphorisation of Bof Slag Using Tin Go to Paper
- Dissolution of Copper, Arsenic, Antimony and Bismuth in Silicasaturated Iron Silicate Slags Go to Paper
- Factors Affecting the Catastrophic Swelling of Iron Oxides on Reduction Go to Paper
- Fundamental Study on Granulation of Sinter Raw Material Mixture Go to Paper
- Gas Flow Distribution in the Ironmaking Blast Furnace Go to Paper
- Gaseous Desulphurization from Hot Metallurgical Slags Go to Paper
- Iron Blast Furnace Combustion Reactions-Formation of Silicon Monoxide in the Raceway Go to Paper
- Liquidus Surfaces in a Part of the Systems ZnO-PbO-SiOn and ZnO-FeO-SiO2 Go to Paper
- Matte Fuming of Tin from Sulfide Concentrates Containing Tin and Copper Go to Paper
- Mercury Control at Ez's Electrolytic Zinc/Sulphuric Acid Plant Complex Go to Paper
- On the High Temperature Properties of Blast Furnace Burdens Go to Paper
- Oxidation of Zinc Sulfide in a Fluidised Bed of Very Low Oxygen Concentration Go to Paper
- Oxygen Potentials in Molten Metals, Mattes and Gases Go to Paper
- Oxygen Pressure Measurements of Silica-Saturated Iron Silicate Slags by Solid Electrolyte Galvanic Cell Go to Paper
- Production of Self-Fluxed Pellets and Improvement of Quality Go to Paper
- Reactivity of Brown Coal Char to Carbon Dioxide Go to Paper
- Refining of Hot Metal with Na2CO3 Go to Paper
- Removal of Bismuth from Copper by Vacuum Refining Go to Paper
- Segregation Roasting of Nickel Oxide Ore Go to Paper
- Small Pilot Plant Trials of Sirosmelt Copper Smelting Go to Paper
- Speiss Lump Formed at the Bottom of Copper Blast Furnace Go to Paper
- Studies on Optical Basicity of Slags Go to Paper
- Suspension Roasting of Pyrite and Copper Concentrate Go to Paper
- The Derivation of Thermodynamic Properties of Slags from Slag Fuming Plant Data Go to Paper
- The Direct Smelting of Zinc Sulfide Concentrate Go to Paper
- The High Productive Operation of a Small Blast Furnace Go to Paper
- The Influence of Microstructure and Softening Characteristics of Zinc-Lead Sinter on the Operation of an Imperial Smelting Furnace Go to Paper
- The Kinetics of Potassium Vaporization from the Slag in the Blast Furnace Go to Paper
- The Partition of Sulphur and Silicon in the Iron Blast Furnace Go to Paper
- The Recovery of PW Zinc from Lead Blast Furnace Slags by Electrothermic Process at Chigirishma Smelter of Toho Zinc Co. Ltd. Go to Paper
- Thermodynamic of the Coal Reduction Process for the Upgrading of Ilmenite Go to Paper
- Thermodynamic Studies of Liquid Iron Alloys by a Mass Spectrometer Equpped with a Newly Developed Ion Current Measuring System Go to Paper
- Thermodynamics of FetO-MxOy (MxOy=CaO,SiO2, TiO2 and Al2O3) Binary Melts Saturated with Solid Iron Go to Paper
- Thermodynamics of Indium Cadmium Melts Go to Paper
- Trends in the Study of the Physical Chemistry of Steelmaking Go to Paper
- Viscosity and Composition Relationships in Kalgoorlie Nickel Smelter Slags Go to Paper
- Volume and Structural Changes Occuring During the Isothermal and Non-Isothermal Reduction of High Grade Hematite Pellets Go to Paper
PD Hours
Approved activity
- Published: 1980
- Unique ID: PA-198002