1) electric arc furnace
电弧炉
1.
Industrial Test of High Speed Steel Making in Electric Arc Furnace by Direct Reduction and Alloying with Tungsten Molybdenum Vanadium Oxide Ore;
电弧炉钨钼钒氧化物矿直接合金化冶炼高速钢工业试验
2.
Measures of Increasing Lining Durations of Electric Arc Furnace;
提高电弧炉炉衬寿命的措施
3.
Determination of Capacity and Technical Parameters of Transformer for Ultra-High Power Electric Arc Furnace;
超高功率电弧炉变压器容量及技术参数的确定
2) arc furnace
电弧炉
1.
Predictive Model for End Aim Temperature of Arc Furnace Based on Hybrid Genetic Algorithm;
基于混合遗传算法的电弧炉终点目标温度预报模型
2.
Operation Practice of De-[P][S] and [Pb][Zn] in Arc Furnace;
电弧炉脱[S][P]和[Pb][Zn]的操作实践
3.
The Single-Slag Steel Melting Method Affected by the Main Process Parameter of Arc Furnace;
电弧炉主要工艺参数对单渣法炼钢的影响
3) EAF
电弧炉
1.
Application of TPC(Terminal Process Control)on the 50-t EAF and its Practice;
TPC技术在50吨电弧炉上的应用与实践
2.
The End-point Prediction of EAF Steel making Based on BP Artificial Neural Network;
基于BP神经网络的电弧炉炼钢过程的终点预报
3.
Study on prediction of end point carbon content and temperature in EAF steelmaking by incremental model;
增量模型预报电弧炉终点碳含量及温度的研究
4) electric-arc furnace
电弧炉
1.
This paper introduces a simulation experimental system of 3-phase AC arc furnace,developing a DSP based electric-arc furnace electric pole fluctuation control system.
介绍一种按照实际交流电弧的特性设计的三相交流电弧炉仿真试验系统,针对电弧炉电极升降控制提出了一种基于DSP的控制方案。
2.
In this paper, four processes for FeSiMgRE production with FeSiRE as the main material in midfrequency induction furnace and three processes with electric-arc furnace are concerned.
本文介绍了目前国内采用中频感应炉以稀土硅铁合金为主要原料熔配法生产稀土镁硅铁合金的四种工艺方法以及采用电弧炉用硅热还原法生产该合金的三种工艺方法及特
3.
Smelting of SiMgREBa alloy with rare earth rich slag,barite and lime in electric-arc furnace is introduced in the paper.
叙述了在电弧炉中用稀土富渣、硅铁、重晶石、石灰等原料冶炼稀土硅钡镁合金的研制过程。
5) electric arc-furnace
电弧炉
1.
Due to the voltage flicker,harmonic pollution and low power factor caused by large-scale electric arc-furnaces,power quality is deteriorated.
针对大型电弧炉引起的电压闪变、谐波污染和功率因数低等电能质量问题,提出了一种由静止无功补偿装置与有源滤波器构成的新型综合补偿系统。
2.
This paper puts forward a math model of electrode regulator control system of electric arc-furnace,and on the basis of this model the self-adaptive control law of discrete-time reference model is deduced.
提出了电弧炉电极调节系统的数学模型 ,并在此模型基础上推导出了离散时间模型参考自适应控制规律。
6) arc furnace roof
电弧炉炉顶
补充资料：电弧炉
| 电弧炉 electric arc furnace 利用电极电弧产生的高温熔炼矿石和金属的电炉。气体放电形成电弧时能量很集中，弧区温度在3000℃以上。对于熔炼金属，电弧炉比其他炼钢炉工艺灵活性大，能有效地除去硫、磷等杂质，炉温容易控制，设备占地面积小，适于优质合金钢的熔炼。电弧炉按电弧形式可分为三相电弧炉、自耗电弧炉、单相电弧炉和电阻电弧炉等类型。电弧炼钢炉的炉体由炉盖、炉门、出钢槽和炉身组成，炉底和炉壁用碱性耐火材料或酸性耐火材料砌筑。电弧炼钢炉按每吨炉容量所配变压器容量的多少分为普通功率电弧炉、高功率电弧炉和超高功率电弧炉。电弧炉炼钢是通过石墨电极向电弧炼钢炉内输入电能，以电极端部和炉料之间发生的电弧为热源进行炼钢。电弧炉以电能为热源，可调整炉内气氛，对熔炼含有易氧化元素较多的钢种极为有利 。 电弧炉炼钢发明后不久，就用于冶炼合金钢，并得到较大的发展。
随着电弧炉设备的改进以及冶炼技术的提高，电力工业的发展，电弧炉炼钢的成本不断下降，现在电弧炉炼钢不但用于生产合金钢，而且大量用来生产普通碳素钢，其产量在主要工业国家钢总产量中的比重，不断上升。 |
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