1·The interface of the cement paste and aggregate is the weak tache of HPC.
水泥石本体与骨料的界面一直都是混凝土抗裂的薄弱环节。
2·The content of soluble alkali in cement paste is lower than the optimal one.
水泥中所含可溶碱含量低于最佳可溶碱含量。
3·Stemming from the washing sieve, a test method of cement paste agglomeration (CPA) was proposed.
由水筛法得到启示，提出了一套水泥净浆结粒的检测方法。
4·Effect of the above admixtures on strength of mortars and setting of cement paste were measured.
上述外加剂对砂浆强度和水泥凝结时间的影响也是本研究的部分内容。
5·Mechano electric effect of cement paste under low load to breakage was investigated in this paper.
研究了水泥净浆从小载荷直至破坏时的力电效应。
6·The technique of the steel tube stake grouted with cement paste is used to consolidate the ground.
采用压浆钢管桩技术加固原有基础，使结构不再继续发生不均匀沉降。
7·The microstructure of hydrate of cement paste was studied by FTIR reflection spectrum of microscope.
利用红外显微镜反射光谱研究水泥浆体的水化产物微结构。
8·The molecular weight and sulfonation degree of SPS have little effect on the cement paste properties.
SPS的相对分子质量和磺化度对水泥净浆的性能几乎没有影响。
9·Light weight aggregate concrete (LWAC) is composed of light weight poriferous aggregate and cement paste.
轻集料混凝土(LWAC)由轻质多孔集料和水泥石胶结而成。
10·The mechanism of thermal expansion of hydraulic cement paste is also re searched with DSC/TG and XRD methods.
借助于DSC/TG和XRD测试手段，对水泥石的热膨胀性能变化规律进行了机理分析。