Chemical Metallurgical Institute Named After Zh Abishev 1
1. Features of formation and neutralization of environmentally hazardous CrO₃ in chromium pyrometallurgy
2. Application of hydrogen in production of ferroalloys
3. Production of chrome-manganese ligature using ferrosilicochrome dust as a reducing agent
4. Electrochemical activation of pulp as a method for increasing the efficiency of beneficiation of oxidized copper ores
5. Exothermic Effects and Viscosity of Oxide Melts Formed During High-Temperature Reduction of Cr–Mn Ore Systems
6. Production of Chromium–Manganese Ligature from Low-Grade Chromium and Iron–Manganese Ores Using Silicon–Aluminum Alloys as Reductants
7. Resource-Efficient Smelting Technology for FeCrMnSi Ferroalloy Production from Technogenic Wastes in an Ore-Thermal Furnace
8. Study on the synthesis of FeCrMnSi ferroalloy using technogenic raw materials
9. Sustainable Production of Chromium–Manganese Ligatures from Low-Grade Iron–Manganese Ore and Ferrosilicochrome Dust: Thermodynamic Modeling and Experimental Verification
10. Synthesis of silicon carbide from secondary silicon-containing materials
11. Synthesis of silicon carbide from secondary silicon-containing materials
12. Synthesis of Silicon Carbide from Technogenic Waste: A Large-Scale Laboratory Study
13. Physical properties of barite-borate slags
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