Sulphide depositstheir origin and processing [Paperback]

Geology, petrology and mineralogy.- Compositional and textural variations of the major iron and base-metal sulphide minerals.- Rio Tinto deposits  geology and geological models for their exploration and ore-reserve evaluation.- The massive sulphide deposit of Aznalc?llar, Spain, Iberian Pyrite Belt: review of geology and mineralogy.- Precious- and base-metal mineralogy of the Hellyer volcanogenic massive sulphide deposit, northwest Tasmania  a study by electron microprobe.- Mineralogy and petrology of the lead-zinc-copper sulphide ores of the Viburnum Trend, southeast Missouri, U.S.A., with special emphasis on the mineralogy and extraction problems connected with cobalt and nickel.- Ore processing and mineralogy.- Principles and practice of sulphide mineral flotation.- Chelating reagents for flotation of sulphide minerals.- Mineralogy of and potential beneficiation process for the Molai complex sulphide orebody, Greece.- Studies of mineral liberation performance in sulphide comminution circuits.- Methods of recovering platinum-group metals from Stillwater Complex ore.- Chinas sulphide deposits  their occurrence and treatment.- Is flotation the unavoidable way for beneficiating metal sulphide ores?.- Concentrate processing and tailings disposal.- Improved model for design of industrial column flotation circuits in sulphide applications.- Comparison of methods of gold and silver extraction from Hellyer pyrite and lead-zinc flotation middlings.- Variables in the shear flocculation of galena.- Role of chloride hydrometallurgy in processing of complex (massive) sulphide ores.- Evaluation of the CANMET Ferric Chloride Lead (FCL) process for treatment of complex base-metal sulphide ores.- Lead production from high-grade galena concentrates by ferric chloride leaching and molten-salt electrolysis.- Mercury production from sulphide concentrates by cupric chloride leaching and aqueous electrolysis.- Arsenic fixation and tailings disposal in METBAs gold project.- Acid minlñ