球磨矿渣水泥的强度比立磨的稍好。
And the cement strength for ball mill slag was little bette...
称为矿渣水泥矿渣水泥。
本文研究了脱硫石膏对矿渣水泥物理性能的影响。
The performance of the slag cement blended with desulphurization gypsum is studied.
增加激发剂的掺入量有利于矿渣水泥强度的提高。
Adding activator will be favorable to raise slag cement strength.
研究了碱矿渣水泥-赤泥基轻质隔墙板的组成和性能。
The article explores the composition and property of alkali slag cement-red soil base light wall partition.
比较了碱矿渣水泥和波特兰水泥的界面性能和耐蚀性。
The behavior of interface bonding and anti aggression of both portland cement and alkali slag cement were compared.
在矿渣水泥中大量掺用粉煤灰来生产水泥是一种新技术。
It's a new technology to produce cement as mixing slag cement with fly ash.
本文系统研究了固态碱组分碱矿渣水泥的物理力学性能。
This article systematically studies the physical and mechanical properties of solid alkaline AAS cement.
广泛应用于矿渣水泥或混合材中以矿渣为主的复合水泥。
It is widely applied for the composite cement of the slag cement or admixture with the main part of the slag.
熟料矿渣分别粉磨技术是提高矿渣水泥强度的重要技术途径。
Technology of clinker slag separate grinding is one of the important technical ways to improve the cement strength.
研究了如何激发水淬矿渣的活性以提高矿渣水泥的早期强度。
Here is a study on how to energize the activation of water-granulated slag to improve the slag cement's early strength.
通过试验，研究了水玻璃模数及其掺量对碱矿渣水泥性能的影响。
Through experiment, the influence of glass water modules and its mixing rate to the alkali slag cement performance is studied.
研究了磷酸盐、含钙材料对水玻璃—矿渣水泥的凝结时间的影响。
This paper studies the influence of phosphate, calcareous material on set time of water glass-slag cement.
德国于1862年发现的潜在活性的炉渣，矿渣水泥的长期使用。
German in 1862 found that the potential activity of slag, the slag as cement a long-term use.
分析了水玻璃化学组成对碱矿渣水泥浆体抗压强度和孔结构的影响。
The el cts of chemical composition of waterglass on the compressive strength and pore structure of alkali slag cement paste were investigated.
应用恒温导热量热仪对矿渣水泥和波特兰水泥的水化动力学进行了研究。
Kinetics of hydration for both slag cement and Portland cement were studied by using an isothermal conductive calorimeter.
混凝土设计中存在最佳水泥用量，此用量时矿渣水泥混凝土抗侵蚀性最强。
In concrete design, there was an optimum cement content, in which the slag concrete had the best corrosion resistance.
这种碱矿渣水泥生产成本低、性能优良，是一种具有发展前景的新型水泥。
This new cement is of broad prospect due to its low production cost and high performance.
德国于1865年开始生产石灰矿渣水泥，早在1880年生产的矿渣水泥。
Germany in 1865 began producing lime slag cement, early in 1880 the production of slag cement.
研究了这些材料对碱矿渣水泥的强度、抗化学侵蚀性能以及抑制泛碱的作用。
Experimental results show that the replacement of slags by pozzolan can reduce the mechanical strength of AASC, but it can be obviously favorable for the resistance to chemical corrosion and t.
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 different grinding techniques of blast furnace slag cement and the influence of grinding technique on the strength of blast furnace slag cement were studied.
研究了中性钠盐碱矿渣水泥在酸性溶液、硫酸盐溶液和海水中的抗化学侵蚀性能。
The resistance to chemical attack of NSAAS cement in acid solution, sulfate solution, sea water was studied.
耐化学腐蚀试验表明新型碱矿渣水泥具有比普通硅酸盐水泥更优的抗化学侵蚀性；
Test results on resistance to chemical attack indicate that NASC possesses more excellent anti-chemical attacking property than that of Ordinary Portland Cement.
研究结果表明，对矿渣进行活化激发可显著提高大掺量矿渣水泥的早期和后期强度。
The result reveals that the activation of slag can remarkably improve the early and final strength of the resultant cement.
但是随着水化的不断进行，网络结构解体，最后的水化产物仍然与传统矿渣水泥相同。
But along with the hydration, the network structure disorganizes and the final product is the same as the slag cement.
结果表明，水灰比越小，混凝土的抗腐蚀性越强；矿渣水泥抗腐蚀性略优于普通水泥。
The results of experiments show that it is stronger as the ratio of water-cement is decreased, the slag cement is better than the ordinary cement for the corrosion-resistance of concrete.
研究了影响碱-粉煤灰-碱矿渣水泥(AAFSC)的强度的因素。测定了其凝结时间。
The influence factors of Alkali - activated - Fly ash - Slag cement (AAFSC) on strength were investigated and the setting time of AASFC was determined.
在高掺量矿渣水泥中掺少量可看作低质熟料的钢渣，弥补由于熟料掺量少造成的碱性不足。
Small amount of steel slag was used as low quality clinker in high addition of slag cement to compensate the lack of alkalinity caused by low clinker addition.
碱矿渣水泥生产能耗低、生产成本低、性能优良，有可能成为一种有发展前途的新型水泥。
It has been found out that the alkali slag cement, with low production energy and cost and high performance, might be a new type of promising 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。
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.
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