1) slag-iron interface
渣-铁界面
1.
This paper summarizes recent progress in research on local corrosion mechanism of refractory at slag-iron interface,with emphasis on characteristic mechanism on slag-iron interface.
总结并讨论了近年来国内外对渣-铁界面处耐火材料侵蚀机理的研究成果及其进展,给出了防止其侵蚀的措施。
2) steel/slag interface
钢/渣界面
3) steel-slag interface
钢渣界面
1.
A new method based on the level set method was proposed for simulation the three-phase flow problems,with which the gas bubble behavior in the slag-steel interface was calculated,the infuence of bubble size on the bubble deformation during the floating process was analyzed,and its impact on the fluid velocity in the steel-slag interface was calculated.
利用该算法计算了钢一渣一气三相流条件下气泡在钢渣界面的行为,考察了不同大小的气泡穿过钢渣界面时的拓扑变化以及导致钢渣界面流场的变化,初步分析了大气泡对卷渣的影响。
4) slag-metal interface
渣金界面
1.
3 in the high-intensity magnetic fields under different conditions was investigated to make sure of how the high-intensity magnetic fields affect every and each step in the reaction process on slag-metal interface and the global reaction rate.
为了考察强磁场对渣金界面反应各步骤及总体反应速率的影响,研究了Al-Cu合金与质量配比为w(MgF2):w(CaF2):w(LiF):w(ZrF4)=1。
5) metal-slag interface
渣钢界面
6) iron/steel interface
铁/钢界面
1.
In order to realize a new iron/steel interface mode which uses the same ladle from BF to BOF,the ladle needs to possess multifunction such as hot metal container,transportation,cushion function and desulphurization,etc.
为了实现“一包到底”钢铁厂新型铁/钢界面模式,铁水包必需兼备铁水的承载与运输、重量对应、铁水脱硫、成分对应及铁水缓冲等多项功能。
补充资料：干渣渣
1.缺乏水分而呈渣屑的样子。
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