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(2002)
Experimental study on sintering properties of materials and mix proportioning in Xiangtan I&S CO., LTD
Zhu De-qin (2015)
Investigation of granulation behaviors of specularite fines in ferrous sinter mixtureIronmaking & Steelmaking
Xing Hong-wei (2007)
SINTERING-POT TEST FOR INDIA AND BRAZIL ORE FINESHebei Metallurgy
(2016)
Recent advance in iron ore sintering
Xu Xiao-feng (2006)
Sintering behaviors of Brazilian hematite concentrate and its improvements
(2005)
Study of the activation mechanisms about pretreat magnetite concentrate by high pressure grinding
(1996)
Sintering and Pelletizing
S. Sivakumar, Pradip, P. Kapur, S. Malghan (1998)
A size interval-by-size interval marching algorithm for modelling grain growth in the intermediate stage of sinteringColloids and Surfaces A: Physicochemical and Engineering Aspects, 133
S. Kawatra, S. Ripke (2001)
Developing and understanding the bentonite fiber bonding mechanismMinerals Engineering, 14
(2001)
Experimental studies on adding refined Brazil - iron - ore - into sintering mix at Handan Iron & Steel CORP
J. Khosa, J. Manuel (2007)
Predicting Granulating Behaviour of Iron Ores Based on Size Distribution and CompositionIsij International, 47
Y.B. Zhang, G.H. Li, T. Jiang, H.L. Zhang (2010)
The National Conference on Iron Making Production Technology and the Annual Meeting of the Iron Making Conference
Jian Pan, Shi Benjing, De‐qing Zhu, Ya-ping Mo (2016)
Improving Sintering Performance of Specularite Concentrates by Pre-briquetting ProcessIsij International, 56
Bi Xue-gong (2008)
Study on sintering properties of Canadian iron concentratesResearch on Iron and Steel
(2010)
Reaserch on iron sintering with refractory specularite concentrate by composite agglomeration process (CAP)
D. Zhu, X. Zhou, J. Pan, B. Shi (2016)
Granulation behaviour of specularite fines in ferrous sinter mixturesMineral Processing and Extractive Metallurgy, 125
Liming Lu, R. Holmes, J. Manuel (2007)
Effects of Alumina on Sintering Performance of Hematite Iron OresIsij International, 47
C. Loo, W. Leung (2003)
Factors Influencing the Bonding Phase Structure of Iron Ore SintersIsij International, 43
Yuanbo Zhang, Zhou Youlian, Liu Bingbing, Guanghui Li, T. Jiang (2014)
Roasting characteristics of specularite pellets with modified humic acid based (MHA) binder under different oxygen atmospheresPowder Technology, 261
(2012)
Experimental study on sintering properties of specularite
Cong-cong Yang, De‐qing Zhu, B. Shi, Jian Pan, Liming Lu, Xiao-bo Li, Ya-ping Mo (2017)
Comparison of sintering performance of typical specular hematite ores with distinct size distributionsJournal of Iron and Steel Research International, 24
L. Lu, O. Ishiyama (2016)
Recent advances in iron ore sinteringMineral Processing and Extractive Metallurgy, 125
(2001)
Experimental studies on adding refined Brazil-iron-ore-into sintering mix at Handan Iron& Steel CORP., Res
(1987)
Improve granulation properties of blends by modified the burnt lime addition manner
D. Debrincat, C. Loo, M. Hutchens (2004)
Effect of Iron Ore Particle Assimilation on Sinter StructureIsij International, 44
(1998)
Pradip
G. Min, Xiao-hui Fan, Ji Zhiyun, Xu-ling Chen, L. Yin, T. Jiang, Guanghui Li, Zhiyuan Yu (2015)
High Temperature Mineralization Behavior of Mixtures during Iron Ore Sintering and Optimizing MethodsIsij International, 55
Ya-ping Mo, Jian Pan, D. Zhu, T. Chun, D. Chen (2011)
Improving the Granulating and Sintering Performance by Pretreating Concentrates Using Extrusion MachineApplied Mechanics and Materials, 148-149
Canadian specularite concentrate (CSC) possesses high total iron grade and low impurity content. However, due to the poor granulating performance and weak reactivity of CSC at high temperature, the proportion of CSC used in sintering blends is restricted. In this research, the effects of fine limonite, slake lime, and bentonite particles on the granulation performance of blends containing a high ratio of CSC were studied through granulation test. Based on the test results, the effects of modification of the binding medium on the sintering performance of blends containing a high ratio of CSC were revealed by the sintering pot test. Both the granulation property and sintering performance of blends with a high proportion of CSC were improved by modifying the binding medium.
International Journal of Minerals, Metallurgy, and Materials – Springer Journals
Published: May 29, 2018
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