铁合金冶炼

AOD炉在铁合金冶炼过程中，经常发生喷溅。

The frequent splashes take place in an AOD furnace in the ferroalloy smelting process .

副枪检测系统在铁合金冶炼过程中，就显得尤为重要了。

Vice-gun detection system in the ferroalloy smelting process is particularly important .

原料对铁合金冶炼过程的影响

Influence of raw materials to ferroalloys smelting process

交流等离子体在炼钢及铁合金冶炼中的应用

Using AC Plasma in Steelmaking and Ferroalloy Making

论文的研究成果为铁合金冶炼过程节能降耗、安全生产提出了一种有益的参考。

The research result proposes a useful reference for the lowering energy consumption and safety production of iron alloy smelting process .

通过对仿真结果的比较分析得出：在所建模型均准确的条件下，推理控制算法在铁合金冶炼终点温度和碳含量方面的控制性能总体上要优于常规控制算法。

Through a comparative analysis of simulation results obtained : under the condition of the model are accurately , in ferroalloy smelting endpoint temperature and carbon content control , inferential control is superior to conventional control algorithms .

铁合金冶炼行业是我国重要的基础产业部门之一，对我国社会经济发展起着至关重要的作用，在铸造、化学和有色金属冶炼中广泛应用。

Metallurgical industry is one of important basic industry sectors in China , which plays a key role on social economic development , it has been widely used in foundry industry , non-ferrous metals smelting and chemical industry .

由于矿热炉电弧的非线性及铁合金冶炼过程中的炉料的变化、工况波动等的影响，使得矿热炉的工况不稳定，不仅影响产品的质量，而且导致电耗高。

Because of the non-linearity of the electric arc , changes of the minerals during the ferroalloy smelting process and the fluctuation of the working conditions , the submerged arc furnace are unstable , which not only affects the quality of the production , but also increases the power consumption .

AOD氩氧精炼技术在不锈钢生产的应用中已经相当成熟，将其应用于铁合金的冶炼是一种新的尝试。

The application of technology AOD Argon-Oxygen refining in stainless steel production is already quite mature , make it applied in the ferroalloy smelting is a new attempt .

铁合金电炉冶炼灼烫事故原因分析及预防对策

Analysis on the Causes of Smelting Furnace Scalding Accidents and the Prevention Countermeasures

铁合金的冶炼过程存在复杂的物理化学反应，并且环境恶劣，采用常规的过程控制难以达到要求。

Ferroalloy smelting process with complex physical and chemical reactions , and poor environment , the use of conventional process control difficult to achieve requirements .

该文主要介绍采用铝热法生产高硅钛铁合金的冶炼工艺原理、工艺技术条件及所制产品的技术经济指标。

It mainly introduces high silicon ferrotitanium smelting process principle with thermit method and technical conditions as wen as technical and economical index of the products .

对于含镓锗较高的窑渣，制定了还原硫化熔炼金属化冰铜-冰铜选矿提取镓锗铁合金粉的冶炼方案，并进行了试验室试验。

The smelting method of reduction sulphidation smelting and metallic matte beneficiation for extracting Ga and Ge ferroalloy powder is developed for kiln slag with higher contents of Ga and Ge . Lab tests have been done with higher recoveries of Ga and Ge .

阐述了铁合金电炉变压器绕组接线组别与电流互感器的不同连接方法对铁合金电炉冶炼的影响；

The effect is expounded of different connection mode of the transformer and current instrument transformer on smelting in ferroalloy electric furnace .