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Дата публикацииНазваниеАвторы
2016Automated information system for analysis and prediction of production situations in blast furnace plantLavrov, V. V.; Spirin, N. A.
2016Development of heat-transfer circuits in the blast furnaceSpirin, N. A.; Yaroshenko, Yu G.; Lavrov, V. V.
2021Digital transformation of pyrometallurgical technologies: State, scientific problems and prospects of development; [Цифровая трансформация пирометаллургических технологий: состояние, научные проблемы и перспективы развития]Spirin, N. A.; Lavrov, V. V.; Rybolovlev, V. Y.; Shnaider, D. A.; Krasnobaev, A. V.; Gurin, I. A.
2017Environmental and Technological Aspects of Converter Slag Utilization in Sintering and Blast-Furnace ProductionSpirin, N. A.; Polinov, A. A.; Pavlov, A. V.; Onorin, O. P.; Logachev, G. N.
2017Environmental and Technological Aspects of Converter Slag Utilization in Sintering and Blast-Furnace ProductionSpirin, N. A.; Polinov, A. A.; Pavlov, A. V.; Onorin, O. P.; Logachev, G. N.
2020Expert system of diagnostics blast furnace processSpirin, N. A.; Gurin, I. A.; Istomin, A. S.
2016Gazification of coal dust particles in the blast furnace tuyere apparatusShvydky, V. S.; Yaroshenko, Yu G.; Spirin, N. A.; Lavrov, V. V.
2012Information and simulation systems in metallurgical technologyRybolovlev, V. Yu.; Krasnobaev, A. V.; Spirin, N. A.; Lavrov, V. V.
2016Information modeling system for blast furnace controlSpirin, N. A.; Gileva, L. Y.; Lavrov, V. V.
2018Information modelling system for diagnostics of different types of blast-furnace smelting deviations from normal conditionsSpirin, N. A.; Onorin, O. P.; Istomin, A. S.; Lavrov, V. V.; Gurin, I. A.
2023Information-modeling system for prediction of the composition and properties of final slag in a blast furnace in real timePavlov, A. V.; Spirin, N. A.; Gurin, I. A.; Lavrov, V. V.; Beginyuk, V. A.; Istomin, A. S.
2013Instrumental and software methodical complex "Methods and tools for designing information systems and technologies"Lavrov, V. V.; Goltsev, V. A.; Burikin, A. A.; Kiselev, E. V.; Spirin, N. A.; Лавров, В. В.; Гольцев, В. А.; Бурыкин, А. А.; Киселев, Е. В.; Спирин, Н. А.
2016Mathematical model and software for control of commissioning blast furnaceSpirin, N. A.; Onorin, O. P.; Shchipanov, K. A.; Lavrov, V. V.
2016Mathematical model of layered metallurgical furnaces and unitsShvydkiy, V. S.; Spirin, N. A.; Lavrov, V. V.
2018Mathematical modelling of ladle furnace thermal regime with bubble melt blowing by gasSpirin, N. A.; Shvidkii, V. S.; Yaroshenko, Y. G.; Lavrov, V. V.
2018Modeling of metalized pellets firing with the account of physico-chemical transformations in themShvydkii, V. S.; Yaroshenko, Y. G.; Spirin, N. A.; Lavrov, V. V.
2013Simulation of heat-transfer processes and assessment of the viscoplastic parameters of iron ore in blast furnacesLavrov, V. V.; Spirin, N. A.; Burykin, A. A.; Onorin, O. P.; Kosachenko, I. E.; Krasnobaev, A. V.; Rybolovlev, V. Y.
2017Study of the Cooling Efficiency of Furnace Fan’s shaft Equipped with Devices of Rod TypeZainullin, L. A.; Kalganov, M. V.; Kalganov, D. V.; Spirin, N. A.
2018Study of transition processes of blast-furnace smelting by the mathematical model methodSpirin, N. A.; Onorin, O. P.; Istomin, A. S.; Lavrov, V. V.; Gurin, I. A.
2013Technology and software development tools used students of the speciality “Information systems and technologies” in the performance term paper to create software computer decision support system in the metallurgyLavrov, V. V.; Goltsev, V. A.; Burikin, A. A.; Spirin, N. A.; Лавров, В. В.; Гольцев, В. А.; Бурыкин, А. А.; Спирин, Н. А.