Kuatbay Y 1
1. Investigation of the Possibility of Obtaining Nickel-Containing Ferroalloys from Lateritic Nickel Ores by a Metallothermic Method
2. Study of Nickel–Chromium-Containing Ferroalloy Production
3. Carbothermic Reduction of Low-Grade Nickel Ores from the “Batamsha” Deposit: Modeling, Pilot-Scale Smelting, and Phase Analysis
4. Technological Analysis of the Production of Nickel-Containing Composite Materials
5. Selective Reduction of Iron from Iron–Manganese Ore of the Keregetas Deposit Using Hydrogen
6. Thermodynamic and Experimental Analysis of the Selective Reduction of Iron by Hydrogen from the Kergetas Iron–Manganese Ore
7. DEVELOPMENT OF CARBON FERROCHROME SMELTING TECHNOLOGY USING HIGH-ASH COAL
8. Melting of high-carbon ferrochrome using coal of the saryadyr deposit
9. THERMODYNAMIC AND EXPERIMENTAL STUDIES ON THE INFLUENCE OF HIGH-ASH COAL IN THE PRODUCTION OF HIGH-CARBON FERROCHROME
10. RESEARCH OF MICROSTRUCTURE AND PHASE COMPOSITION OF A NEW COMPLEX ALLOY – ALUMOSILICOMANGANESE (Al-Si-Mn)
11. STUDY OF SOFTENING TEMPERATURES OF MANGANESE ORES IN CENTRAL KAZAKHSTAN
12. Modeling and development of technology for smelting a complex alloy (ligature) Fe-Si-Mn-Al from manganese-containing briquettes and high-ash coals
13. Environmental characterization of ferrochromium production waste (refined slag) and its carbonization product
14. Behavior of Phosphorus During Selective Reduction of Iron from Oolitic Ore and Separation of Reduction Products
15. Selective Reduction of Iron in High-Phosphorus Oolitic Ore from the Lisakovsk Deposit
16. Effect of thermomechanical processing of building stainless wire to increase its durability
17. Studies of the Possibility of Improving the Quality of Iron Ores and Processing of Technogenic Composite Iron-Containing Waste of Metallurgical Production
18. Experimental Investigation of the Influence of Phase Compounds on the Friability of Fe-Si-Mn-Al Complex Alloy
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