INBA is a new type of blast furnace slag processing technology, can be converted to high - grade blast furnace slag cement materials, the recycling of slag implementation.
INBA法是一种新型高炉炉渣处理技术，可以将高炉废渣转为高品位的水泥原材料，实现炉渣的再生利用。
The paper deals with production of cement from blast-furnace slag and steel-smelting furnace slag, especially with manufacture process and use of the cement.
本文介绍利用工业废渣—钢渣生产钢渣矿渣水泥，着重介绍钢渣矿渣水泥的生产工艺和应用。
As the main material of changing drilling fluid to cement slurry, blast furnace water quenched slag has attracted much attention and got initial success.
高炉水淬矿渣作为泥浆转化为水泥浆技术中的主体材料，已引起广泛重视并获得初步成功。
The different grinding techniques of blast furnace slag cement and the influence of grinding technique on the strength of blast furnace slag cement were studied.
研究了矿渣水泥的粉磨工艺原理以及不同粉磨工艺对矿渣水泥浆体强度的影响。
The influence of granulated ground blast furnace slag (GGBS) on properties of fresh micro-fine cement (MC) paste was experimentally investigated.
探讨了磨细矿渣对新拌超细水泥浆体若干性能的影响，测定了改性灌浆材料的早期水化热。
Fly ash, blast furnace slag are widely used in cement-based materials as typical mineral admixtures.
因此，粉煤灰、矿渣在混凝土材料中得到了广泛应用。
Results show that the ratio of hardness of matrix to that of interface transition zone decreases with the increase of cement replacement level by blast furnace slag;
试验结果显示：随矿渣取代水泥质量分数的增加，基体与界面过渡区之间压痕硬度的差异减少；
The blast furnace slag is grinded to have the granularity the same as that of the cement.
高炉矿渣粉需要磨细，粒度与水泥粒度相同。
Activated by sodium glass, chemically bonded ceramics were produced with water-hardened slag grains from blast furnace, and the strength grade could be the same as grade 52.5 cement.
采用水玻璃激发高炉粒化矿渣，制备出了强度等级达到水泥52.5的化学结合陶瓷，并研究其反应机理。
Activated by sodium glass, chemically bonded ceramics were produced with water-hardened slag grains from blast furnace, and the strength grade could be the same as grade 52.5 cement.
采用水玻璃激发高炉粒化矿渣，制备出了强度等级达到水泥52.5的化学结合陶瓷，并研究其反应机理。
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