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1. THERMODYNAMIC ANALYSIS OF PHASE DIAGRAMS BASED ON THE CONCEPT OF THE BJERRUM–GUGGENHEIM OSMOTIC COEFFICIENT
2. THERMODYNAMIC-DIAGRAM ANALYSIS OF THE Fe-Si-Al-Mn SYSTEM WITH THE CONSTRUCTION OF DIAGRAMS OF PHASE RELATIONS
3. Melting of ferrosilicon manganese with the use of high ash rock coal as a reduci ng agent
4. MELTING of FERROSILICON MANGANESE with the USE of HIGH ASH ROCK COAL AS A REDUCING AGENT
5. Heat Capacity and Thermodynamic Functions of Titanium-Manganites of Lanthanum, Lithium and Sodium of LaLi₂TiMnO₆ and LaNa₂TiMnO₆
6. Thermodynamic modeling of phase composition for fe-ca-si-al system
7. Research of electrical resistance and beginning softening temperature of high-ash coals for melting of complex Alloy
8. Pilot Tests of Pre-Reduction in Chromium Raw Materials from Donskoy Ore Mining and Processing Plant and Melting of High-Carbon Ferrochromium
9. Assessment of dissociation rate of FeO-Cr₂ O₃ using the Bjerrum-Guggenheim coefficient
10. Evaluation of the Degree of Dissociation of A Congruent Compound Fe₂Ti across the Bjerrum–Guggenheim Coefficient
11. Modeling method of phase equilibrium in metal-slag system
12. Analysis of the compositions of manganese ores and charges for the production of agglomerate from the position of phase structure diagrams of manganese-containing systems
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