1) slag carry-over
钢水下渣
1.
In steel making industry, the detection of slag carry-over within molten steel has been a challenge for over a century.
本文以钢包到中间包敞开式浇注过程中,保护浇注后期移除长水口后浇注过程中的钢水下渣检测为研究对象。
2) ladle slag carry over
钢包下渣
1.
Design and implementation of a vibration style detecting system for prevention of ladle slag carry over;
振动式钢包下渣检测系统的设计与实现
3) steel slag cement
钢渣水泥
1.
Research on excitation principle of sodium silicate to steel slag cement;
水玻璃对钢渣水泥激发机理的研究
2.
Study on high carbonation precuring steel slag cement
碳酸化预养护钢渣制备大掺量钢渣水泥的研究
3.
For the reason of low strength development, especially at early ages, of steel slag cement (SSC) caused by the low hydration activity of steel slag (SS), the application of steel slag in cement production has been much limited in China.
钢渣的低水化活性而致钢渣掺量小 ,钢渣水泥强度 ,特别是早期强度低等一直是困扰其应用于水泥生产的难题。
4) slag quenching
钢渣水淬
1.
The measures of steel-making with less-slag, BOF gas recycle, slag quenching and slab hot charge are carried out in the No.
济钢第一炼钢厂通过采取少渣炼钢、煤气回收、钢渣水淬、铸坯热送等措施,达到了充分回收和利用能源、合理使用资源、降低系统能耗、减少污染物排放、实现节能、清洁生产的目的,吨钢钢铁料消耗、炼钢工序能耗、耐材消耗分别降至1082kg、1045524。
6) water quenching steel slag
水淬钢渣
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