Energy comparison of steel-smelting processes / Lisienko V.G., Shchelokov Ya.M., Rozin S.E., Druzhinina O.G. // Steel in Translation. - 2000. - V. 30, l. 9. - P. 12-18.

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09670912
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References Lopukhov, G.A., Effective electrosteel smelting technologies (1997) Chern. Metall. Za Rub., 2, pp. 38-56; (1997) Proceedings of Fourth Congress of Steel Smelters [in Russian], , Chermetinformatsiya, Moscow; Isaev, V.A., Energy efficiency of ferrous-metallurgy enterprises (1997) Proceedings of Fourth Congress of Steel Smelters [in Russian], pp. 31-34. , Chermetinformatsiya, Moscow; (1995) U.S Department of Energy Report DOE/60-10095-170, p. 142. , Technology Partnerships, Enhancing the Competitiveness, Efficiency, and Environmental Quality of American Industry, DE 95004086, NREL; Lisienko, V.G., Shchelokov, Ya.M., Energy analysis: An energy-conservation methodology in metallurgy (2000) Energ. Reg., 1 (23), pp. 21-23; Lisin, V.S., Yusfin, Yu.S., (1998) Resource and Ecological Problems of Metallurgy in the Twenty-First Century [in Russian], , Metallurgiya, Moscow; Lisienko, V.G., Dryzhinina, O.G., Zainulin, L.A., Software for complete energy analysis of energy and technological processes as a component of an expert system (1998) Izv. VUZ Energ. Ob'ed SNG, Energ., 2, pp. 3-9; Lisienko, V.G., Generalized-efficiency method for determining material and energy fluxes (1992) Izv. AN Met., 3, pp. 31-47; Lisienko, V.G., Macrotransfer analysis of metallurgical processes forcontrol purposes (1996) Stal, 7, pp. 72-78; Lisienko, V.G., Rozin, S.E., Shchelokov, Ya.M., Method of calculating and utilizing technological fuel numbers (1987) Izv. VUZ, Cher. Metall., 2, pp. 108-112; Lisienko, V.G., Basic factors in energy consumption (1990) Izv. VUZ, Energ., 3, pp. 3-16; Egorevich, A.P., Lisienko, V.G., Rozin, S.E., Shchelokov, Ya.M., (1990) Rational Use of Fuel and Energy Resources: Fuel and Energy Economics [in Russian], , Metallurgiya, Moscow; Akhmedov, R.B., Bryukhanov, O.N., Lisienko, V.G., (1995) Rational Use of Gas in Industrial Equipment: A Handbook [in Russian], , Nedra, St Petersburg; Lisienko, V.G., Druzhinina, O.G., Morozova, V.A., Method of complete energy and ecological analysis of energy and technological equipment (1999) Izv. VUZ, Cher. Metall., 9, pp. 61-65; Lisienko, V.G., Druzhinina, O.G., Computer calculation of the technological fuel numbers in generalized form, for the example of the Midrex process (1999) Izv. VUZ, Cher. Metall., 11, pp. 23-26; Lisienko, V.G., Druzhinina, O.G., Paren'kov, A.E., Skuridin, F.L., Calculation and utilization of technological fuel numbers, for the example of the production of alloys with vanadium (1998) Izv. VUZ, Cher. Metall., 7, pp. 69-72; Paren'kov, A.E., Yusfin, Yu.S., Lisienko, V.G., Energy and ecological functions of metallurgical equipment with liquid smelting bath (1998) Proceedings of An International Conference [in Russian], pp. 151-156. , Ural Polytechnic Institute and Ural State Technical University: Into the Twentieth Century with the Spirit of B. I. Kitaev UGTU, Ekaterinburg; Lisienko, V.G., Rosin, S.E., Shjelokov, Ya.M., Method of calculating and application of technological fuel numbers of production: Mathematical modeling, control and advanced technological processes (1999) Heat and Mass Transfer, Energy and Environment, 1, pp. 159-165. , V. G. Lisienko (Editor), USTU, Yekaterinburg; Lisienko, V.G., The dissipative method and main factors of energy capacity (1999) Heat and Mass Transfer, Energy and Environment, 1, pp. 123-142. , V. G. Lisienko (Editor), USTU, Yekaterinburg; Graf, G., Baum, R., Krenke, G., Utilization of electrothermal processes in ferrous metallurgy (1980) Chern. Met., 10, pp. 3-10; Corex, R., (1994) Revolution in Ironmaking, p. 21. , Voest Alpine Industrieanlagenbau, Linz; Bem, K., Eberge, A., Gould, K., Developments in the Corex process (1995) Steel Times, 5, p. 176; Tulin, N.A., Kudryavtsev, V.S., Pchelkin, S.A., (1987) Development of Cokeless Metallurgy [in Russian], , Metallurgiya, Moscow; Direct from Midrex (Fourth Quarter), Midrex Direct Reduction Corporation, USA, p. 10, 1999; Romenets, V.A., Vegman, E.F., Comparative estimation of the fuel efficiency in blast furnaces and liquid-phase iron-reduction equipment (1993) Stal, 1, pp. 7-11; Vegman, E.F., Minimum possible fuel consumption in liquid-phase iron-reduction furnaces (1992) Izv. VUZ, Cher. Metall., 5, pp. 14-16; Romenets, V.A., Usachev, A.B., Balasanov, A.V., Using the Romelt process in modernizing plants based on the complete metallurgical cycle (1995) Stal, 11, pp. 64-67; Romenets, V.A., The liquid-phase Romelt process for metal production (1999) Izv. VUZ, Cher. Metall., 11, pp. 13-23; Rovnushkin, V.A., Bokovikov, B.A., Bratchikov, S.G., (1988) Cokeless Processing of Titanomagnetite Ore [in Russian], , Metallurgiya, Moscow
Language of Original Document English
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