2) strengthening smelting
强化冶炼
1.
's further strengthening smelting.
分析了高炉强化冶炼的基础,通过合理的上下部调剂,富氧和喷煤以及严格的操作管理和原燃料管理等,实现了高炉强化冶炼,指出了制约高炉进一步强化冶炼的因素。
2.
6 blast furnace of Changzhi Iron & Steel Company, expounds the measures and operating technology of strengthening smelting, and expounds the measures adapting to the need of the strengthening smelting of blast furnace.
介绍了长钢6号高炉概况,论述了强化冶炼的措施和操作技术,阐述了适应高炉强化冶炼需要的措施。
3.
The process of strengthening smelting of 2000 m~3 blast furnace in Han Steel is analyzed.
对邯钢2000m3高炉强化冶炼的过程进行了分析,该高炉是从德国引进的二手设备,采用了并罐无钟炉顶、全冷却壁结构炉体、软水密闭循环冷却系统、湿式除尘煤气净化系统等先进技术。
3) intensified smelting
强化冶炼
1.
Practice of intensified smelting of WISGCO'S NO.1 BF;
武钢1号高炉强化冶炼实践
2.
Intensified smelting proceed with the No.2 BF at SGIS;
韶钢2~#高炉强化冶炼实践
3.
With meticulous preparation before blowing in,blast furnace has been operating smoothly and has reached high productivity quickly,then,BF has entered into the stage of intensified smelting.
其后,很快进入强化冶炼阶段,通过创新思维,加强管理,摸索出了一套适宜铜冷却壁薄炉衬高炉的上、下部操作制度,高炉生产水平迅速上升,开炉仅半年,各项指标均创历史记录,达到国内一流水平,实现高产、稳产。
4) Coking Cemical Poducts
炼焦化产
5) oxidation refining
氧化精炼
1.
Thermodynamic analysis on silicon alloy oxidation refining process;
硅系合金氧化精炼过程的热力学分析
2.
This paper analyses theoretically the reason of copper loses in slag during Tilting Furnace oxidation refining process,presents production practice of reduces the copper content in slag of Tilting Furnace.
理论分析了造成倾动炉氧化精炼过程中铜在渣中损失的原因,介绍了降低倾动炉渣含铜的生产实践。
3.
The oxidation refining method is an effective process to refine the 75% Si Fe alloy.
氧化精炼法是硅系合金精炼技术中的一种有效方法－ 对７５ 硅铁氧化精炼过程的热量平衡问题做了计算，讨论了精炼合金满足正常浇铸的工艺条
6) refining and chemical enterprise
炼化企业
1.
In the purchasing of crude oil, it can select appropriate kind of crude oil to take place the planned variety according to the change of market Moreover, it can be used to calculate the profit of petroleum refining and chemical enterprises, as well as the sulfur distribution in each plant and product according .
还可以用来测算炼化企业效益,可以根据进料的不同油种、不同比例动态地测算出各装置、产品的硫分布。
补充资料：冶炼
用焙烧、熔炼、电解以及使用化学药剂等方法把矿石中的金属提取出来;减少金属中所含的杂质或增加金属中某种成分,炼成所需要的金属.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条