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Information × Registration Number 0224U001066, 0121U100197 , R & D reports Title Establishing patterns of saturation of iron-carbon melt with silicon for development of modes of low-silica blast furnace smelting popup.stage_title Head Nesterov Oleksandr S., Кандидат технічних наук Registration Date 16-01-2024 Organization Institute of Ferrous Metallurgy. ZI Nekrasov of the National Academy of Sciences of Ukraine popup.description2  The transition to technological low-silicon blast-furnace smelting, caused by the influence on warehouses and authorities, of obviously ore whey, with the characteristic features of coke and charcoal, inherent in the power of blast-furnace slags. The daily definition of the regularity of protection of water-oxidation processes, which are separated from the high-temperature zones of domain domains and float on silicon, is analyzed from the point of view of changes in the technological and gas-dynamics of blast-furnace smelting and the physical and chemical authorities of the ore-ore materials and coke. A study was made of the physicochemical capacities of agglomerates, recoils and sums of the ZRS from the main components, which are blown behind the backfill and its oxidation, with the addition of thermal treatment with the formation of melts of industrial and carbonaceous slags. Comprehensive studies of physical and chemical laws instead of modifications of various types of pollutants and fire in high-temperature zones of blast furnaces, it is allowed to expand the sciences found within the characteristic zones of cohesion, capacities of ksu and slag and to increase the efficiency of blast-furnace smelting and reduce its energy intensity with a protected technological low-silicon blast-furnace swimming trunks. The parameters of the slag regime and the loading regime are specified, related to the significant increase in the charge components, the variations and instability of their powers and the permanent changes in the minds of blast-furnace smelting as a whole. The results of the analysis of parameters for forecasting blast-furnace melts are the scientific basis for developing recommendations for the use of these technologies aimed at reducing the amount of silicon in chavuns for auxiliary fuel-oil pumps in Ukraine and for the future. Product Description popup.authors Yermolina Kateryna P Ivancha Mykola H. Bielkova Alla I. Boldenko Mykhailo H Vyshynska Olena D. Vyshniakov Valerii I. Harmash Larysa I. Horbatenko Nataliia V Horupakha Viktor V. Zahorovska Natalia М. Likhachov Yurii М. Lytar Eduard I Lopatenko Kostiantyn P. Maliienko Valentyna O Muraviova Iryna H. Nehoda Valentyn І. Nesterov Oleksandr S. Ohneva Taisiia Pivnenko Andrii V. Tohobytska Daria Khodotova Nadiia Е. Tsyupa Natalia O. Shevchenko Valentyna М. Shherbachov Vady`m R popup.nrat_date 2024-01-16 Close