正在加载图片...
·1064 工程科学学报,第40卷,第9期 (杨金福,王霞,张英才,等.高炉中有害元素的平衡分析及 18(12):32 其脱除.中国治金,2007,17(11):35) (杨永宜,高征铠.碱金属及氯引起高炉结瘤的机理及防治 3]Gomostayev SS,Heikkinen E P,Heino JJ,et al.Behavior of al- 结瘤的措施.钢铁,1983,18(12):32) kali-bearing minerals in coking and blast furnace processes.Steel [11]Bai L,Zhang J L,Guo H,et al.Circulation and enrichment of Resm,2016,87(9):1144 alkali metal in blast furnace.J fron Steel Res,2008,20(9):5 4]Zhou F,Peng Q C,Chen B Q,et al.Analysis for zinc balance (柏凌,张建良,郭豪,等.高炉内碱金属的富集循环钢铁 and scaffolding in blast fumace.China Metall,2010,20():15 研究学报,2008,20(9):5) (周飞,彭其春,陈本强,等.高炉内锌平衡与结瘤的分析 02] Zhao H B.Cheng SS.New cognition on coke degradation by po- 中国治金,2010,20(2):15) tassium and sodium in alkali enriched regions and quantificational 5]Gladyshev V I,Filippov V V,Rudin VS,et al.Influence of zine control model for BF.J Univ Sci Technol Beijing,2012,34(3): on the life of the hearth lining and blast-fumnace operation.Steel 333 Transl,2001,31(1):1 (赵宏博,程树森.高炉碱金属富集区域钾、钠加剧焦炭劣化 [6]Yang Y D.MeLean A,Sommerville I D,et al.The correlation of 新认识及其量化控制模型.北京科技大学学报,2012,34 alkali capacity with optical basicity of blast fumace slags.fron (3):333) Steelmaker,2000,27(10):103 [13]Wang X L.Ferrous Metallurgy (Ironmaking).3nd Ed.Beijing: ]Li K J,Zhang J L,Barati M,et al.Influence of alkaline (Na, Metallurgical Industry Press,2013 K)vapors on carbon and mineral behavior in blast furnace cokes (王筱留.钢铁治金学(炼铁部分).3版.北京:治金工业出 Fuel,2015,145:202 版社,2013) [Li K J,Khanna R,Zhang J L,et al.The evolution of structural 14]Hilding T,Gupta S,Sahajwalla V,et al.Degradation behaviour order,microstructure and mineral matter of metallurgical coke in a of a high CSR coke in an experimental blast furnace:effect of blast furnace:a review.Fuel,2014,133:194 carbon structure and alkali reactions.IS/J Int,2005,45 (7): 9]Trinkel V,Aschenbrenner P,Thaler C,et al.Distribution of Zn, 1041 Pb,K,and Cl in blast furnace lining.Steel Res Int,2017,88 [15]Zhang Q R.Accumulation and circulation of alkalis in the BF. (1):1 Iron Steel,1982(11):75 [10]Yang YY,Gao Z K.Study on the mechanism of scaffolding (张庆瑞.碱金属富集与循环.钢铁,1982(11):75) caused by alkali cycling and accumulation and promoted by the [16]Jiao K X,Zhang J L,Liu Z J,et al.Circulation and accumula- presence of fluorine in the blast fumaces of Baotou Iron and Steel tion of harmful elements in blast fumace and their impact on the Co.and measures to prevent scab-ormation.Iron Steel,1983, fuel consumption.Ironmak Steelmak,2017,44(5):344工程科学学报,第 40 卷,第 9 期 ( 杨金福,王霞,张英才,等. 高炉中有害元素的平衡分析及 其脱除. 中国冶金,2007,17( 11) : 35) [3] Gornostayev S S,Heikkinen E P,Heino J J,et al. Behavior of al￾kali-bearing minerals in coking and blast furnace processes. Steel Res Int,2016,87( 9) : 1144 [4] Zhou F,Peng Q C,Chen B Q,et al. Analysis for zinc balance and scaffolding in blast furnace. China Metall,2010,20( 2) : 15 ( 周飞,彭其春,陈本强,等. 高炉内锌平衡与结瘤的分析. 中国冶金,2010,20( 2) : 15) [5] Gladyshev V I,Filippov V V,Rudin V S,et al. Influence of zinc on the life of the hearth lining and blast-furnace operation. Steel Transl,2001,31( 1) : 1 [6] Yang Y D,McLean A,Sommerville I D,et al. The correlation of alkali capacity with optical basicity of blast furnace slags. Iron Steelmaker,2000,27( 10) : 103 [7] Li K J,Zhang J L,Barati M,et al. Influence of alkaline ( Na, K) vapors on carbon and mineral behavior in blast furnace cokes. Fuel,2015,145: 202 [8] Li K J,Khanna R,Zhang J L,et al. The evolution of structural order,microstructure and mineral matter of metallurgical coke in a blast furnace: a review. Fuel,2014,133: 194 [9] Trinkel V,Aschenbrenner P,Thaler C,et al. Distribution of Zn, Pb,K,and Cl in blast furnace lining. Steel Res Int,2017,88 ( 1) : 1 [10] Yang Y Y,Gao Z K. Study on the mechanism of scaffolding caused by alkali cycling and accumulation and promoted by the presence of fluorine in the blast furnaces of Baotou Iron and Steel Co. and measures to prevent scab-formation. Iron Steel,1983, 18( 12) : 32 ( 杨永宜,高征铠. 碱金属及氟引起高炉结瘤的机理及防治 结瘤的措施. 钢铁,1983,18( 12) : 32) [11] Bai L,Zhang J L,Guo H,et al. Circulation and enrichment of alkali metal in blast furnace. J Iron Steel Res,2008,20( 9) : 5 ( 柏凌,张建良,郭豪,等. 高炉内碱金属的富集循环. 钢铁 研究学报,2008,20( 9) : 5) [12] Zhao H B,Cheng S S. New cognition on coke degradation by po￾tassium and sodium in alkali enriched regions and quantificational control model for BF. J Univ Sci Technol Beijing,2012,34( 3) : 333 ( 赵宏博,程树森. 高炉碱金属富集区域钾、钠加剧焦炭劣化 新认识及其量化控制模型. 北京科技大学学报,2012,34 ( 3) : 333) [13] Wang X L. Ferrous Metallurgy ( Ironmaking) . 3nd Ed. Beijing: Metallurgical Industry Press,2013 ( 王筱留. 钢铁冶金学( 炼铁部分) . 3 版. 北京: 冶金工业出 版社,2013) [14] Hilding T,Gupta S,Sahajwalla V,et al. Degradation behaviour of a high CSR coke in an experimental blast furnace: effect of carbon structure and alkali reactions. ISIJ Int,2005,45 ( 7 ) : 1041 [15] Zhang Q R. Accumulation and circulation of alkalis in the BF. Iron Steel,1982( 11) : 75 ( 张庆瑞. 碱金属富集与循环. 钢铁,1982( 11) : 75) [16] Jiao K X,Zhang J L,Liu Z J,et al. Circulation and accumula￾tion of harmful elements in blast furnace and their impact on the fuel consumption. Ironmak Steelmak,2017,44( 5) : 344 · 4601 ·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有