References
- L. Bente11 and G. Mathisson: ‘Oxidation and slag-forming process in dolomite-fluxed pellets based on magnetite concentrates’, Scand J. Metall. , 1978, 7, 230–236.
- L. Bentell, L. Norrman and M. Sundgren: ‘Developments in the quality of pellets made from rich magnetite concentrates’, Scand. J. Metall. , 1984, 13, 308–315.
- S. Caron, G. Ouellet, D. Roy and G. Paquet: `SIMBOUL: a software for the simulation of the iron ore pellet induration process', Proc. 59th Ironmaking Conf., Warrendale, PA, USA, March 2000, Iron and Steel Society, 439-444.
- J. M. F. Clout, A. Trudu, D. Zhu, R. J. Holmes and J. Young: ‘Australian magnetite resources and pellet plants’, Proc. Pelletising Conf. 2004, Dalian, China, August 2004, pp. 9.
- V. Niiniskorpi: ‘Phase and microstructures in LKAB's olivine and dolomite fluxed pellets’, Proc. 60th Ironmaking Conf., Baltimore, MD, USA, March 2001, Iron and Steel Society, 767-780.
- V. Niiniskorpi: ‘Limestone and dolomite reactions in pellets made of magnetite concentrate’, Proc. ISSTech 2003 Conf., Indianapolis, IN, USA, April 2003, Iron and Steel Society, 71-79.
- D. Papanastassiou and G. Bitsianes: ‘Mechanisms and kinetics underlying the oxidation of magnetite in the induration of iron ore pellets’, Metall. Trans. , 1973, 4, 487–496.
- P. O. Pape, R. D. Frans and G. H. Geiger: ‘Magnetite oxidation kinetics and thermal profiles in a magnetite pellet plant cooler’, Ironmaking Steelmaking, 1976, 3, 138–145.
- J. A. Thurlby: ‘A dynamic mathematical model of the complete grate/kiln iron ore pellet induration process’, Metall. Trans. B, 1988, 19B, 103–112.
- R. W. Young, M. Cross and R. D. Gibson: ‘Mathematical model of grate-kiln-cooler process used in the induration of iron ore pellets’, Ironmaking Steelmaking, 1979, 6, 1–15.