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S. Taira, K. Nakashima, K. Mori (1993)
Kinetic Behavior of Dissolution of Sintered Alumina into CaO-SiO2-Al2O3 Slags.Isij International, 33
(1995)
Slag Atlas (2nd edition)
T. Deng, D. Sichen (2012)
Study of Lime Dissolution Under Forced ConvectionMetallurgical and Materials Transactions B, 43
H. Kooijman (2002)
A modification of the Stokes-Einstein equation for diffusivities in dilute binary mixturesIndustrial & Engineering Chemistry Research, 41
T. Deng, Björn Glaser, D. Sichen (2012)
Experimental Design for the Mechanism Study of Lime Dissolution in Liquid Slagsteel research international, 83
(2013)
High Temp
M. Umakoshi, K. Mori, Yasuji Kawai (1984)
Dissolution rate of burnt dolomite in molten FetO-CaO-SiO2 slags.Isij International, 24
Jian Yang, M. Kuwabara, T. Asano, Akihiro Chuma, Jun Du (2007)
Effect of Lime Particle Size on Melting Behavior of Lime-containing FluxIsij International, 47
M. Kosaka, S. Minowa (1966)
Mass-Transfer from Solid Metal Cylinder into Liquid MetalTetsu To Hagane-journal of The Iron and Steel Institute of Japan, 52
Z. Li, M. Whitwood, S. Millman, J. Boggelen (2014)
Dissolution of lime in BOS slag: from laboratory experiment to industrial converterIronmaking & Steelmaking, 41
(2014)
Ironmaking Steelmaking
Tasuku Hamano, S. Fukagai, F. Tsukihashi (2006)
Reaction Mechanism between Solid CaO and FeOx–CaO–SiO2–P2O5 Slag at 1 573 KIsij International, 46
M. Matsushima, Shigeyuki Yadoomaru, K. Mori, Yasuji Kawai (1977)
A Fundamental Study on the Dissolution Rate of Solid Lime into Liquid SlagIsij International, 17
N. Maruoka, A. Ishikawa, H. Shibata, S. Kitamura (2013)
Dissolution Rate of Various Limes into Steelmaking Slag, 32
T. Deng, J. Gran, D. Sichen (2010)
Dissolution of Lime in Synthetic ‘FeO’‐SiO2 and CaO‐‘FeO’‐SiO2 Slagssteel research international, 81
Tasuku Hamano, Masashi Horibe, Kimihisa Ito (2004)
The Dissolution Rate of Solid Lime into Molten Slag Used for Hot-metal DephosphorizationIsij International, 44
Sarah Kiyanrad, Julia Lougovaya, A. Sarri, Kai Trampedach (1897)
Metall
(1966)
Tetsu to Hagane
S. Glasstone, K. Laidler, H. Eyring (1941)
The theory of rate processes : the kinetics of chemical reactions, viscosity, diffusion and electrochemical phenomena
R. Tang, Y. Wang, C. Zhang, B. Xie, J. Diao (2015)
Dissolution behaviour of lime in vanadium extraction slagIronmaking & Steelmaking, 42
S. Amini, M. Brungs, O. Ostrovski (2007)
Dissolution of Dense Lime in Molten Slags under Static ConditionsIsij International, 47
S. Amini, M. Brungs, O. Ostrovski, S. Jahanshani (2006)
Effects of additives and temperature on dissolution rate and diffusivity of lime in Al2O3-CaO-SiO2 based slagsMetallurgical and Materials Transactions B, 37
(1964)
Kinetics of Reaction
AbstractApplication of low-nickel laterite ore containing chromium as charging material for ironmaking can reduce raw material costs, but result in an increase of chromium content in the hot metal and hence, Cr2O3 content in the steelmaking slag, which subsequently causes many problems related to lime dissolution for the steelmaking operation. In this work, a rotating cylinder method was employed to study the effect of Cr2O3 on lime dissolution in steelmaking slag. The lime dissolution mechanism, rate control step and affecting factors, including slag basicity, FeOx and B2O3 content, and the formation of phases at reacted layer, were discussed. It was found that mass transfer was the rate control step in slag phase, increase of Cr2O3 and slag basicity delayed lime dissolution due to the formation of high-melting temperature phases of FeO · Cr2O3 spinel and 2CaO · SiO2 at the slag/lime reacted interface. Addition of B2O3 promoted lime dissolution and suppressed formation of FeO · Cr2O3 spinel.
High Temperature Materials and Processes – de Gruyter
Published: Sep 26, 2017
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