1)Imperial Smelting Furnace密闭鼓风炉
1.Practice for extending cleaning cycle of Imperial Smelting Furnace;延长铅锌密闭鼓风炉系统清扫周期的生产实践
2.Approach about hybrid fault diagnosis for imperial smelting furnace;密闭鼓风炉的混合故障诊断方法
3.Statistical monitoring system design for imperial smelting furnace of Pb-Zn smelting process;密闭鼓风炉铅锌熔炼的统计过程监测系统设计
英文短句/例句
1.An Intelligent Optimization Operation Guide System for Furnace state of ISP;密闭鼓风炉炉况智能优化操作指导系统
2.Imperial Smelting Furnace (ISF) smelting process is a quite complex process.密闭鼓风炉的熔炼过程极其复杂，工艺结构庞大。
3.Fault Diagnosis Technology and Application of Pb-Zn Manufacture Process in the Imperial Smelting Furnace;铅锌生产过程密闭鼓风炉故障诊断技术及应用
4.Fault diagnosis based on incomplete samples for imperial smelting furnace基于不完备数据的密闭鼓风炉故障诊断
5.Study on Numerical Simulation of Smelting Process and Gas-solid Flow in Imperial Smelting Furnace;铅锌密闭鼓风炉内熔炼过程与气粒两相流动的数值模拟研究
6.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
7.Fault Diagnosis and Prediction for the Imperial Smelting Furnace Based on Data-driven Technique基于数据驱动的密闭鼓风炉故障诊断及预测研究
8.On the Influence and Measures of Lump Sinter' s Quality Fluctuation on the Production of Closed Blaster Furnace烧结块质量波动对铅锌密闭鼓风炉生产的影响及对策
9.Design Analysis of Soft Water Closed Circulating of Blast Furnace Tuyere Small Sleeve高炉风口小套软水密闭循环设计分析
10.blast-furnace cinder高炉矿渣, 鼓风炉炉渣
11.physical blast-furnace gas analyzer物理鼓风炉气体分析器
12.non-raceway burning(鼓风炉)无空窝燃烧
13.DISCUSSION ON COGENERATION OF 30 MVA HERMETIC CALCIUM CARBIDE FURNACE30 MVA密闭电石炉余热发电论述
14.crude iron tapped from a blast furnace.从鼓风炉中流出的未经加工的铁。
15.Using Excell to Select Blower Model of Blast Furnace用Excel完成高炉鼓风机选型的计算
16.Technology Transformation of Energy Saving by Variable Frequency Speed Control of Blast and Induced Draft Fans in Hot Water Boiler;热水锅炉鼓引风机变频节能技术改造
17.An unit with Blast furnace Blower having a Common Axis Run and Analysis of it's Energy Saving高炉鼓风机同轴机组运行与节能分析
18.The PLC Control of AV45-12 Axial BlowerAV45-12型轴流式高炉鼓风机的PLC控制
相关短句/例句
Blower of ISP密闭鼓风炉鼓风
1.Design and Application of Medium-voltage Converter in Blower of ISP;密闭鼓风炉鼓风机中压变频调速装置的设计与应用
3)imperial smelting furnace铅锌密闭鼓风炉
1.A summary of imperial smelting furnace project of Huludao Zinc Plant;葫芦岛锌厂铅锌密闭鼓风炉工程综述
2.Modification practice of lining brick of equipment to Imperial Smelting Furnace;铅锌密闭鼓风炉系统设备内衬砌体的改造实践
3.Modification of feeder of imperial smelting furnace;铅锌密闭鼓风炉加料装置的改造实践
4)Imperial Smeltering Furnace(ISF)密闭鼓风炉(ISF)
5)oxygen enrichment closed-top blast furnace富氧密闭鼓风炉
1.Practice in modification of oxygen enrichment closed-top blast furnace;富氧密闭鼓风炉的改造实践
6)copper smelting with blast furnace密闭鼓风炉炼铜
1.A program for material balance calculation in copper smelting with blast furnace has been studied in the paper.研究编制了密闭鼓风炉炼铜物料平衡电算程序。
延伸阅读
矮鼓风炉还原炼铜矮鼓风炉还原炼铜reduction smelting of copper in low-shaft blast furnace o}gufeng}u huonyuon}旧ntong矮鼓风炉还原炼铜(reduetions melting。feoPper in low一shaft blast furnaee)用矮料柱鼓风炉处理由硫化铜精矿经死焙烧得到的铜焙砂生产黑铜的铜熔炼方法。此法对铜精矿的化学成分有一定要求，即要求含铜15%一45%、铁15%~40%、硫20%~45%，三者的总和大于85写。主要包括硫化铜精矿死焙烧、焙砂热压团和矮鼓风炉还原熔炼三个环节。 硫化铜精矿死焙烧是在流态化焙烧炉内进行，焙烧温度为1133一1173K，脱硫率超过96%。在焙烧过程中，硫化铜精矿中的铜被氧化成铜的氧化物，绝大部分铁被氧化成FeZO3。铜焙砂含硫低于1.5%。含5021。%一14%的烟气用于制酸。 焙砂热压团是在铜焙砂中添加少量熔剂，经混合后热压成团(见炉料制团)。 矮鼓风炉还原熔炼是将焦炭与块状无烟煤的混合燃料，同团矿一起加入矮鼓风炉在焦比14%下熔炼。由于料柱矮，炉料在炉内停留时间短，在还原焙炼过程中，其中氧化铜被还原成金属，形成含铜大于94%的黑铜;而Fe203只还原成FeO，随后与二氧化硅等熔剂反应形成炉渣。渣含铜2.0%一2.5%，铜的直收率为96%。鼓风含氧23%一24%，采用富氧鼓风的目的是尽量使残留在焙砂中的硫进入烟气。 炉渣如采用电炉贫化(见炼铜炉渣贫化)，可得到含铜75%一80%、含铁10%~15%的黑铜。弃渣含铜0.4%一0.5%，电炉贫化铜的回收率为75%，鼓风炉焙炼和电炉贫化铜总的回收率超过98%。磨浮法(见高镍镜磨浮分离法)贫化铜的回收率也可达98%。 美国阿麦克斯(Amax)公司的威廉(R.0.William)等人在1975年提出了矮鼓风炉还原炼铜，并进行了小型、中间和生产规模试验。此法取消了易产生污染的造毓熔炼和吹炼等中间过程，与传统炼铜法相比具有烟气污染小、所产硫酸成本低和建厂投资省等优点。由于黑铜质量差，鼓风炉低浓度二氧化硫烟气难于经济、有效回收，直至20世纪80年代末尚未获得工业应用。 (王德全)
