1) Shougang OG mire
首钢OG泥
1.
The lab and industry trial to use Shougang OG mire in production of indigenous pellet in Xuanhua lron and Steel Company, the research course and result are introduced and so a reference for site production offered.
介绍了首钢OG泥用于宣钢土球团矿生产工艺的试验室及工业试验研究过程及结果，为现场生产提供了参考依据。
2) OG slurry
OG泥
1.
Through the sintering process design of Brazilian BV Steel Pant, a new process for OG slurry recovering was proposed, i.
通过巴西BV钢厂烧结工艺设计,对OG泥回收提出了一种新的干式利用方法。
3) converter OG sludge
转炉OG泥
1.
The converter OG sludge treatment way in China and using it to sintering in Magang are introduced.
介绍了国内转炉OG泥利用技术和马钢烧结利用转炉OG泥工艺;分析了马钢在烧结生产中使用OG泥的工艺效果。
4) Shougang
首钢
1.
The Status Analysis of Shougang Internal Control System with ERP Implementation;
首钢实施ERP内控体系的状态分析
2.
Under the guidance of idea and principles of system theory, the research method of technico engineering is used to describe two models of ironmaking/steelmaking interface at Shougang, and analyze qualitatively the merits and demerits of them,and the two hot metal desulphurizaion technologies are compared.
在系统论思想和原理指导下 ,运用工程技术的研究方法对首钢炼铁—炼钢界面的两种不同模式进行了描述 ,定性地分析出对各自的优缺点 ,并对两种铁水预处理脱硫技术进行了详细的比较 ,进而对首钢的铁水预处理改造项目从技术经济层面上加以多因素分析后 ,提出可保留现有模式的结论。
3.
The technologic parameters, equipment characteristic, electric and automation, especially the technical characteristics of the Shougang 6H3C single stand cold reversing mill were introduced.
本文介绍了首钢6H3C单机架可逆式冷轧机组的工艺设备参数、电气及自动化等,着重介绍了其技术特点,提出了其可能存在的问题,简要介绍了该机组现在的生产状况。
5) N_OG
N_(OG)
6) new OG
新OG
1.
This article introduces the dedusting system flow of new OG and LT technique and compares the dedusting system flow,the central device characteristics,the energy expenditure of water and electricity in the system,the array of structure,investment and the economical target of capital pay-off between the wet gas cleaning and the dry gas cleaning for 300t converter.
介绍转炉新OG除尘、LT除尘系统流程及特点,对比300 t转炉湿法除尘与干法除尘工艺流程、主要设备特性、系统水电汽能耗、总图布置、投资、及投资回收技术经济指标,就技术发展趋势等进行分析,比较论证两种方式的利弊所在,提出两种方式的选择取向参考意见。
补充资料：泥泥
1.道路泥泞貌。
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