1) ladle lining
钢包炉衬
2) ladle
钢包
1.
Feasibility on reconstruction & utilization of SKF ladle furnace;
SKF钢包精炼炉改造利用的可行性分析
2.
The influence on temperature and stress of ladle by the structural size and material parameters;
结构及材料参数对钢包温度场、应力场影响的仿真研究
3.
Factors influencing rate of ladle free-opening and its control measures;
影响钢包自动开浇率的因素分析及措施
3) steel ladle
钢包
1.
Al_2O_3-MgO(Spinel)-Sialon new composite refractory used in steel ladle was prepared using corundum particles and powder, MgO powder,spinel powder and Sialon powder as raw materials.
以刚玉颗粒和细粉、氧化镁细粉、尖晶石细粉和Sialon细粉为原料制备了钢包用新型无碳Al_2O_3-MgO(尖晶石)-Sialon复合耐火材料,通过研究得到适宜的工艺参数为:原料中大颗粒(8～3mm)与中颗粒(3～0mm)的比例为65:35,埋混合粉烧结(C:Sialon=4:1)和烧结温度为1600℃。
2.
The destroying mechanism of the refractory in steel ladle was revealed as the reaction between the slag and the refractory,the invasion of slag into the refractory and the invasion of the steel liquid into the refractory through the crack.
对洁净钢冶炼钢包用无碳耐高温材料渣侵蚀后的显微结构进行了分析,得到钢包精炼熔渣与Al_2O_3-MgO(SP)耐高温材料的反应产物主要有钙黄长石(C_2AS)、钙长石(CAS_2)、六铝酸钙(CA_6)。
3.
The application of LMA-Ⅱ spinel pouring materials on 15 t converter’s steel ladle is introduced.
介绍了LMA -Ⅱ尖晶石浇注料在 15t转炉钢包上的应用情况 ,实践证明 ,该浇注料具有施工简单、包龄提高、成本下降等优点 ,对促进炼钢生产具有重要意义。
4) ladle furnace
钢包炉
1.
Effect of Embedding Arc Refining Slag on Heat up Rate of Molten Steel in a 60 t Ladle Furnace;
精炼埋弧渣系对60t钢包炉(LF)钢水升温速度的影响
2.
Practice of Production of Spring Steel 65Mn by 100t Converter-Ladle Furnace Refining-Concasting;
100t转炉-钢包炉精炼-连铸生产65Mn弹簧钢的工艺实践
3.
A Study on Premelted Refining Slag for Ladle Furnace;
钢包炉(LF)预熔精炼渣的研究
5) Ladle Argon Stirring
钢包吹氩
1.
Effect of 80 t Converter-Ladle Argon Stirring-Concasting Steelmaking Process on Gas and Inclusion Content in Steel Q235A;
80t转炉-钢包吹氩-连铸冶炼过程对Q235A钢气体夹杂含量的影响
6) Ladle slag
钢包顶渣
参考词条
补充资料：炉衬
furnacelining：高炉炉衬组成高炉的工作空间，并起到减少高炉热损失、保护炉壳和其它金属结构免受热应力和化学侵蚀的作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。