Pesquisa

Edição
Título
Autores
Coordination of the Batch Distribution at the Blast-Furnace Mouth and the Gas-Flux Distribution in the Hearth
Tarakanov A., Lyalyuk V., Kassim D., Otorvin P., Pinchuk D.
Determining the gas trajectory in blast-furnace injection of pulverized coal
Lyalyuk V., Tarakanov A., Kassim D., Otorvin P., Pinchuk D.
Fuel Combustion at Blast-Furnace Tuyeres
Lyalyuk V.
Gas-Dynamic Stability and the Distribution of Gas Flow Rates over the Blast-Furnace Height
Chaika A., Kornilov B., Lebed’ V., Sokhatskii A., Shostak V.
Influence of the total static gas pressure difference on blast-furnace performance
Lyalyuk V.
Thermal state of air tuyeres in blast furnaces
Radyuk A., Titlyanov A., Sidorova T.
Pulverized-coal injection in a 5000-m3 blast furnace
Lyalyuk V., Tarakanov A., Kassim D., Pinchuk D., Otorvin P.
Blast-furnace operation with wet blast
Lyalyuk V., Tarakanov A., Kassim D., Kostenko G., Donskov E.
Benefits and Risks of High-Intensity Blast-Furnace Operation
Zagainov S., Filatov S., Myasoedov S., Gileva L., Titov V.
Improving Metallurgical Information Systems: Blast-Furnace Applications
Spirin N., Rybolovlev V., Lavrov V., Shnaider D., Krasnobaev A., Onorin O.
Improving the energy efficiency of blast furnaces at PAO NLMK
Filatov S., Zagainov S., Gileva L., Kurunov I., Titov V.
Determining the chlorine content in the blast-furnace system
Murav’eva I., Bebeshko G.
Using a multifuel gas generator in blast-furnace shops
Podgorodetskii G., Tretyak A., Gorbunov V., Polulyakh L.
Noninertial control of the blast furnace and the carburization of iron
Tleugabulov S., Tleugabulov B.
Control of Blast Furnace Filling Based on Cluster Analysis of Burden Surface Temperature
Ershov E., Selyanichev O., Lavrukhin A.
Trends in the Engineering of Blast Furnaces in Modern Fuel and Raw Materials Conditions
Horupakha V., Semenov Y., Shumelchik E., Vyshinskaya E.
Removal of Alkaline Compounds from Blast Furnaces by Means of Slag
Togobitskaya D., Tsyupa N., Otorvin P., Skachko A.
Application of the triad of blast furnace, oxygen converter, and electric arc furnace for reducing of carbon footprint
Lisienko V., Chesnokov Y., Lapteva A.
Blast-furnace dynamics and the static pressure losses
Korshikov G.
Fuel consumption and reduction kinetics in blast furnaces
Korshikov G., Titov V., Mikhailov V., Karpov A.
Gas-Dynamic Assessment of Blast-Furnace Smelting
Lyalyuk V., Tarakanov A.
Uniformity of Blast-Furnace Parameters over the Perimeter
Lyalyuk V., Tovarovskii I., Kassim D.
Diagnostics of blast-furnace linings
Gordon Y., Sadri A., Mironov K., Spirin N.
Total energy of the hearth gas in pulverized-coal injection
Lyalyuk V., Tarakanov A., Kassim D.
Improving blast-furnace efficiency by regulating the properties of iron-ore pellets
Kozub A., Panchenko A., Efendiev N., Ismagilov R., Solodukhin A., Gorbachev V., Chesnokov Y., Leont’ev L., Burtsev D.
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