用锰铁高炉产出的原状废渣代替部分水泥制作的砂浆试件， 强度下降幅度较大。
Original state waste residue from Fe-Mn blast furnace substituting for part cement is made into mortar specimens and the mortar strengths drop largely.
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。
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.
本文对MTC技术波特兰水泥转化法和高炉矿渣转化法的室内试验研究和现场应用进行了详细的论述。
Indoor experimental research and field application of MTC technology for Portland cement and furnace slag transformation method are described in detail.
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.
高炉矿渣粉需要磨细，粒度与水泥粒度相同。
The blast furnace slag is grinded to have the granularity the same as that of the cement.
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。
As the main material of changing drilling fluid to cement slurry, blast furnace water quenched slag has attracted much attention and got initial success.
该地基改良材料用组合物的特征在于含有高炉灰，较好 的是还含有硅粉，更好的是还含有水泥或氢氧化钙或者还含有水泥和碱增粘型 合成胶乳。
The composition for ground-improving materials is characterized by containing a blast-furnace fume. Desirably, it contains silica fume and further contains cement or calcium hydroxide.
该地基改良材料用组合物的特征在于含有高炉灰，较好 的是还含有硅粉，更好的是还含有水泥或氢氧化钙或者还含有水泥和碱增粘型 合成胶乳。
The composition for ground-improving materials is characterized by containing a blast-furnace fume. Desirably, it contains silica fume and further contains cement or calcium hydroxide.
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