1.
Fuzzy Identification Prediction and Control to B.F Ironmaking Process;
高炉冶炼过程的模糊辨识、预测及控制
2.
Probing into the Complexity of Auto-control of BF Metal-smelting Process;
高炉冶炼过程自动控制的复杂性探析
3.
Fractal Identification and Its Application to BF Ironmaking Process;
高炉冶炼过程的分形特征辨识及其应用研究
4.
Control Alkali Metals During BF Smelting Operation at Nangang
南(昌)钢碱金属元素在高炉冶炼过程中的跟踪控制
5.
Control of Phosphorus Content at Smelting High-medium Carbon Steel Process in LBE
复吹转炉冶炼中高碳钢脱磷过程控制
6.
Study of Mineralogical Morphology on Slag in the Process of Converter
转炉冶炼工艺过程中炉渣的岩相研究
7.
Iron is extracted from the ore by smelting in the blast furnace.
铁是通过高炉冶炼从矿石中提取的。
8.
Study on the materials and energy condition of using four furnace charges in EAF steelmaking process
电弧炉炼钢使用四元炉料的冶炼过程物耗和能量状况分析
9.
Research and Application of Advanced Control Technology in the Smelting Process of EAF;
电弧炉冶炼过程行进控制方法的研究与应用
10.
RESULPHURIZATION CONTROL OF HOT METAL DESULPHURIZATION IN BOF
低硫铁水在转炉冶炼过程中回硫的控制
11.
Smelting Practice in No.6 BF of WISCO with High Al_2O_3 in Slag
武钢6号高炉炉渣高Al_2O_3的冶炼实践
12.
Comprehensive analysis of high content of Al_2O_3 BF slag
高炉高Al_2O_3炉渣冶炼综合分析
13.
Constant modifications to the bell less top equipment results in quite well effect in blast furnace smelting.
通过对无料钟炉顶设备的不断改进 ,高炉冶炼取得了较好的效果。
14.
Electrometallurgy is the application of electrochemistry or electrothermics to metallurgical process. It includes electricfurnace smelting and electrolysis.
电冶金是电化学或电热学在冶金过程中的应用。它包括电炉冶炼和电解法等。
15.
Enrichment and Comprehensive Recovery of Germanium and Indium in Smelting Process of the Closed Blast Furnace;
韶冶密闭鼓风炉熔炼过程中锗铟的富集与综合回收
16.
Smelting Practice of High Yield and Low Consumption in Jinan Steel’s No.3 1 750 m~3 BF
济钢3~#1750m~3高炉高产低耗冶炼实践
17.
The experiments on the separation of slag from hot metal during smelting with full V-Ti iron ore were carried out.
高炉冶炼全钒钛铁矿时通过改变造渣制度进行渣铁分离实验。
18.
Production and Practice of Use Metallurgy Third Class Coke at No.5 BF.Smelting Process in Bayi Steel
八钢5号高炉使用冶金三级焦冶炼生产实践