References
- M. G. Grant: ‘Principles and strategy of EAF post-combustion’, Proc. 58th Electric Furnace Conf., Orlando, FL, USA, November 2000. http://www.americancombustion.com/file/otherelement/pj/ 15%20pyrejet_orlando_nov48729.pdf
- R. D. Morales, L. G. Rubén, F. López, J. Camacho and J. A. Romero: ‘The slag foaming practice in electric arc furnace and its influence on the steel making productivity’, ISIJ Int., 1995, 35, (9), 1054–1062.
- B. Allemand, P. Bruchet, C. Champinot, S. Melen and F. Porzucek: ‘Theoretical and experimental study of supersonic oxygen jets. Industrial application in EAF’, Rev. Met. Paris, 2001, (6), 571–587.
- ‘Variable Heat generating method and apparatus ’, US patent 4,622,007, 1986.
- H. Pfeifer, M. Kirschen and J. P. Simoes: ‘Thermodynamic analysis of EAF electrical demand’, 8th European Electric Steelmaking Conference, Institute of Materials, Minerals and Mining, Birmingham, 09.-11.05.2005. p. 211–232.
- S. H. Anderson: ‘Educated use of DRI/HBI improves eaf energy efficiency and yield and downstream operating results’, Midrex Technologies Inc., Charlotte, NC, USA, published online paper, 2000. http://www.hbia.org/Technical/openpdf.cfm?filename=Steel-ElectricArc/2002-2SE.pdf
- B. Kleimt, S. Kohle, R. Kühn and S. Zisser: Proc. Eur. Electric Steelmaking Conf., Venice, Italy, May 2002, Associazione Italiana di Metallurgia, 1.305–1.314.