1) slag forming period
造渣期
2) slag formation
造渣，渣化
3) slag formation
造渣
1.
The results showed,that all three agents are satisfactory in terms of slag formation time,operation of blowing,consumption of slag forming agents dephosphorization.
针对半钢在冶炼中具有硅、锰等元素生成的氧化物少,成渣困难,吹炼过程热量少的特点,研究了减少渣量、改造渣系结构、提高炉渣冶金能力的方法,制定出3种渣料配比方案。
2.
This paper described the experimental results and theoretical analysis on slag formation using converter slag in place of lime stone flux prior to oxygen melting.
本文介绍了转炉钢渣在电炉熔氧前期替代石灰造渣的理论分析及试验研究结果。
4) slag forming
造渣
1.
steelgroup corporation，the industial experiments on optimization of slag forming are carriedout．The researches on metallurgical characteristics，process law and effects of desulphurization and dephosphorization when using double slag and slag—remaining also undertaken
针对重钢氧气转炉冶炼原料条件较差的特点，进行了优化造渣工艺的工业试验、对双渣留渣法操作的冶金特征、工艺规律及脱磷、脱硫效果等万面进行了研究。
2.
The constitution and functions of computer monitoring system of slag forming in converter steel-making are introduced, and the slag forming situation and features of converter steel-making are described ,to which the noise method is applied.
首先介绍了转炉炼钢工艺过程 ,论述了用噪声法实现转炉造渣计算机监控的原理和系统结构。
3.
The slag forming process occurs in stage of primary slag, bosh slag, tuyere slag and tapped slag, among which the most important stage is the bosh slag.
高炉造渣过程经历初渣、炉腹渣、风口渣和终渣等几个阶段,其中对高炉强化最重要的阶段是炉腹渣。
5) slagging
[英][slæg] [美][slæg]
造渣
1.
The operational practices with the 120 t ladle furnace at SISG,including slagging,deoxidation,bottom argon blowing,desulphurization and inclusion control are presented,and their metallurgical benefits described in the paper.
概述韶钢第三炼钢厂120 t LF炉生产两年以来的工艺实践,包括造渣、脱氧、底吹氩、脱硫及钢中夹杂物的控制及冶金效果。
2.
The application of sludge has resulted in the improvement of cooling efficiency of molten bath,lime saving and speeding up of slagging,increasing of w(FeO) in slag and higher dephosphorization efficiency.
转炉炼钢尘泥作为冷却剂和造渣剂用于25 t氧气顶吹转炉冶炼,不仅改善了熔池的冷却效果,节约了石灰,还加快了成渣速度,增加了渣中w(FeO),从而提高了脱磷效率。
3.
Based on practice and analysis,it is put forward that the effective decrease of residual P 2O 5 in phosphorus furnace slag depends on the control of acidity coefficient from the slagging and reduction of P\-2O\-5.
结合生产及理论分析 ,指出在控制磷炉渣酸度系数中 ,必须兼顾满足造渣和还原反应两方面的要求 ,才能有效降低磷炉渣中残留的 P2 O5量 ,并且推导出相应的计算式 ,以消除酸度系数控制的局
6) slag-making
造渣
1.
Based on the practice,the concept and methods logy of selecting the regimes for thermal balance,blasting,slag-making and charging are given.
在实践总结的基础上 ,给出强化后高炉热制度、送风制度、造渣制度和装料制度的选择理念与方法。
补充资料：造渣期
slagformingperiod：调整钢、铁生产中熔渣成分、碱度和粘度及其反应能力的操作期。
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