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第2期 宁晓钧等:大型高炉合理炉缸冷却制度 ·183· WISCO.Beijing:Metallurgical Industry Press,2009 stress calculations for the"ceramic cup"hearth of blast furace. (张寿荣,于仲洁.武钢高炉长寿技术.北京:治金工业出版 fron Steel,1995,30(11):7 社,2009) (韩二中,卫华成,刘兰菊,等.高炉“陶瓷杯”炉红等温线及热 [5]Jung JS.Sur YK.Kim G Y.Estimation of hearth erosion state at 应力计算.钢铁,1995,30(11):7) blast furnace by numerical model.Iron Steel,1999.34(Suppl): [9]Du G.Chen L.Two dimensional model of thermal conduction for 119 the hearth and bottom of the blast fumace.Refractories,1999.33 (Jung JS,Sur YK,Kim G Y.送风状态下以数模法估算炉红 (4):216 侵蚀状态.钢铁,1999,34增刊):119) (杜钢,陈亮。二维传热数模在高炉炉缸炉底结构设计中的应 [6]Tijhuis G J.Evaluation of lining/cooling systems for blast fumnace 用.耐火材料,1999,33(4):216) bosh and stack.Iron Steel Eng,1996.78(3):43 [10]Cheng S S.Yang T J,Zuo H B,et al.Design of lower shaft and [7]van Laar J.Tijhuis G J.Spreij M.et al.Blast fumace lining life: hearth bottom for long campaign blast fumace.fron Steel Res, a quantitative analysis of lining/cooling systems.I&SM.1994. 2004,16(5):10 21(12):25 (程树森,杨天钧,左海滨,等.高炉炉身下部及炉红、炉底冷 [8]Han E Z.Wei H C.Liu L J.et al.Isotherm plot and thermal 却系统的传热学计算.钢铁研究学报,2004,16(5):10)第 2 期 宁晓钧等: 大型高炉合理炉缸冷却制度 WISCO. Beijing: Metallurgical Industry Press,2009 ( 张寿荣,于仲洁. 武钢高炉长寿技术. 北京: 冶金工业出版 社,2009) [5] Jung J S,Sur Y K,Kim G Y. Estimation of hearth erosion state at blast furnace by numerical model. Iron Steel,1999,34( Suppl) : 119 ( Jung J S,Sur Y K,Kim G Y. 送风状态下以数模法估算炉缸 侵蚀状态. 钢铁,1999,34( 增刊) : 119) [6] Tijhuis G J. Evaluation of lining /cooling systems for blast furnace bosh and stack. Iron Steel Eng,1996,78( 3) : 43 [7] van Laar J,Tijhuis G J,Spreij M,et al. Blast furnace lining life: a quantitative analysis of lining /cooling systems. I & SM,1994, 21( 12) : 25 [8] Han E Z,Wei H C,Liu L J,et al. Isotherm plot and thermal stress calculations for the“ceramic cup”hearth of blast furnace. Iron Steel,1995,30( 11) : 7 ( 韩二中,卫华成,刘兰菊,等. 高炉“陶瓷杯”炉缸等温线及热 应力计算. 钢铁,1995,30( 11) : 7) [9] Du G,Chen L. Two dimensional model of thermal conduction for the hearth and bottom of the blast furnace. Refractories,1999,33 ( 4) : 216 ( 杜钢,陈亮. 二维传热数模在高炉炉缸炉底结构设计中的应 用. 耐火材料,1999,33( 4) : 216) [10] Cheng S S,Yang T J,Zuo H B,et al. Design of lower shaft and hearth bottom for long campaign blast furnace. J Iron Steel Res, 2004,16( 5) : 10 ( 程树森,杨天钧,左海滨,等. 高炉炉身下部及炉缸、炉底冷 却系统的传热学计算. 钢铁研究学报,2004,16( 5) : 10) ·183·
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