Department Of Silicate Technology And Metallurgy 1

1. Obtaining Composite Zinc Phosphate Cement with the Addition of Phosphoric Slag
2. Thermodynamic prediction of the possibility of comprehensive processing chrysotile-asbestos waste
3. Heat Treatment of Clay Shales and Their Utilization as Active Mineral Additives for the Production of Composite Cements
4. Optimization of the Process of Producing Porcelain Stoneware from Mineral Raw Materials and Microsilica as a Secondary Raw Material
5. Production of Composite Cement Clinker Based on Industrial Waste
6. Kinetics of silicon extraction into alloy from a mixture of amorphous rocks
7. Producing a siliceous ferroalloy from a mixture of amorphous rocks
8. Smelting a Zn – Pb Sulfide Ore with Magnetite and Carbon for the Production of a Silicon Alloy and Extraction of Zinc and Lead into Sublimates
9. Thermodynamic and Experimental Substantiation of Comprehensive Processing of Zinc Sulfide Ore and Its Concentration Tailings to Extract Non-Ferrous Metals and Produce a Silicon Ferroalloy
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