METALLURGICAL PROCESSES AND TECHNOLOGIES
28 Items
All Items
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THERMODYNAMIC-DIAGRAM ANALYSIS OF THE CR-FE-AL-SI SYSTEM -
THERMODYNAMIC ASSESSMENT OF FERROSILICON PRODUCTION FROM SHALEKIA DEPOSIT ORE -
THEORETICAL ANALYSIS OF THE REDUCTION OF CHROME OXIDE WITH CARBON -
STUDIES OF THE POSSIBILITY OF PYROMETALLURGICAL PROCESSING OF CONVERTER SLAGS OF NICKEL PRODUCTION -
STABILIZATION OF SELF-DECOMPOSING SLAGS BY REDUCING THE FUNDAMENTAL -
SILICON CARBIDE: A REVIEW OF SYNTHESIS METHODS, PROPERTIES, APPLICATIONS, AND MARKET -
REVIEW OF THE METHODS OF CAKING CHROMIUM-CONTAINING DUSTS AND SLUDGE FROM GAS CLEANERS DURING FERROCHROME SMELTING -
REVIEW OF THE CHROMIUM-MANGANESE-SILICONCONTAINING COMPLEX FERROALLOY -
RESEARCH OF TECHNOLOGIES FOR THE PRODUCTION OF CHROMIUM FERROALLOYS FROM NON-CONDITIONAL RAW MATERIALS -
RESEARCH AND DEVELOPMENT OF MEDIUM-CARBON FERROMANGANESE TECHNOLOGY -
REMELTING OF DISPERSED MATERIAL IN FERROSILICOALUMINUM PRODUCTION -
POSSIBILITIES OF USING PULVERIZED WASTE OF HIGH-SILICON GRADES OF FERROALLOYS IN THE PRODUCTION OF SILICON CARBIDE -
PHASE DIAGRAM OF A METALLIC SYSTEMCr-Fe-Al-Si IN ANALYTICAL EXPRESSIONS -
PELLETIZING OF FINE CHROME RAW MATERIALS WITH POLYMER BINDERS -
MODELING OF THERMODYNAMIC PROCESSES IN Al-C-Si AND Al-C-CrSYSTEMS -
METALLOTHERMAL PRODUCTION OF CHROMIUM-NICKEL FERROALLOYS: OPPORTUNITIES, ADVANTAGES AND TECHNOLOGICAL FEATURES -
INVESTIGATION OF THE METAL INCLUSIONS CONTENT IN THE STABILIZED SLAG OF THE REFINED FERROCHROMIUM -
INVESTIGATION OF THE ELECTRICAL RESISTIVITY OF HIGH-ASH COALS FOR THE PRODUCTION OF COMPLEX FERROALLOYS -
INVESTIGATION OF THE EFFECT OF HIGH-ASH COAL FOR SMELTING HIGH-CARBON FERROCHROME -
INVESTIGATION OF MASS LOSS UNDER THE INFLUENCE OF HIGH DUST TEMPERATURES IN THE PRODUCTION OF SILICEOUS ALLOYS -
FEATURES OF SELECTIVE SOLID-PHASE METALLIZATION OF PELLETS AND BRIQUETTES OF EXTRUSION (BRACES) FROM OOLITIC IRON ORE -
EFFECTIVE METHODS FOR OBTAINING CHROMIUM-MANGANESE LIGATURE IN LABORATORY CONDITIONS -
DISPOSAL OF HIGH-CARBON FERROCHROME METAL POWDER BY SELF-PROPAGATION HIGH-TEMPERATURE SYNTHESIS -
COMPLETE RECYCLING OF COPPER SMELTING SLAG DUMPS WITH ZINC OXIDE RECOVERY AND PRODUCTION OF CAST IRON AND CERAMIC PRODUCTS -
COMPARISON OF ENERGY CONSUMPTION IN THE SELECTIVE REDUCTION OF IRON FROM ILMENITE CONCENTRATE USING CARBON OR HYDROGEN
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