1.
Abstract: Glass heating in horizontal tempering furnace is a dynamic process, the system, controlling, design and install of the tempering furnace make influence of this process.
在水平钢化炉中玻璃加热是个动态的过程，钢化炉的系统、制和设计安装质量影响这一过程。
2.
Structure optimization of water cooling channel of cast steel stave
高炉铸钢冷却壁冷却水管的优化研究
3.
Phosphorus Distribution Equilibrium between Hot Metal Demanganization Pretreatment Slag-Hot Metal and BOF Slag-Molten Steel;
铁水预处理脱锰渣—铁水及转炉渣—钢水间磷的分配平衡
4.
When the metal is molten, and all impurity is removed, the furnace is tilt and steel pour out.
当炉中金属熔化，除去所有的杂质之后，将炉子倾斜，倒出钢水。
5.
The Research and Application of Optimizing Cascaded Control System in No.2 Coke Oven in LiuPanShui Steel Inc;
优化串级控制系统在水钢2#焦炉的研究与应用
6.
OPTIMIZATION DESIGN OF RIGID FRAMES FOR THE SHAFT AND TOP OF A 3 200 m~3 BLAST FURNACE IN LIAN STEEL COMPANY
涟钢3200m~3高炉炉身、炉顶刚架优化设计
7.
flattening oven
【化】平板(玻璃)炉
8.
Treating the Increasing Water Temperature Difference of the Hearth of 8~#BF in Xuanhua Steel
宣钢8号高炉炉缸水温差升高的处理
9.
Measures Against Abnormality of Differential Water Temperature in No.1 BF Hearth of Qianan Iron and Steel Co,Ltd
迁钢1号高炉炉缸水温差异常的处理
10.
Such thermocouples were tried to recordcontinuously the temperature of liquid steel during smelting in anopen hearth furnace and a Bessemer converter, With encouragingresults.
这种热电偶曾在平炉和转炉中进行过钢水连续测温试验,结果出现了乐观的现象。
11.
Aanlysis of lipid peroxidation in serum of coke oven workers
焦炉作业工人血清中脂质过氧化水平的分析
12.
Developing Many-facet Teaching, Enhancing Piano-teaching Level;
开展多元化教学,提高钢琴教学水平
13.
Optimum Study of Slag Splashing Technology to 50t Converters at Jiusteel;
酒钢50t转炉溅渣炉技术优化实验研究
14.
Modification and optimization of the nozzle-tapping machine for the 1750 blast furnace at Jinan Iron and Steel Co.
济钢1750m~3高炉炉前开口机的优化改造
15.
Carbon ramming material is used on the spacer,the bottom of blast furnace and some other parts of the blast furnace.
高炉炉底垫层、炉底和炉缸环行碳块与炉壳间的间隙，炉底水冷管以上到炉底钢板。
16.
The added elements form oxides which are insoluble in iron, and are removed into slag.
这些元素生成不溶于钢水的氧化物，因此进入炉渣。
17.
DISSOLUTION CHARACTERISTICS OF CHEMICAL ACTIVE COMPONENTS FROM CONVERTER STEEL SLAG
转炉钢渣中化学活性组分在水中的溶出特性研究
18.
Research on Corresponding Relation Between Hydration Activity of Steel Slag and its Ca~(2+) Ion Dissolving out Characteristics
转炉钢渣Ca~(2+)离子溶出特性与其水化活性对应关系的研究