1.Ettringite is one of the important hydration products of cement and it is also the main component of aluminate expansive agent.
钙矾石是水泥重要的水化产物之一，也是铝酸盐类膨胀剂产生膨胀的主要物质，但它在混凝土中并不稳定，容易发生重结晶。
2.The formation and expansion mechanism of ettringite formed in the systems of different mineral compositions has been investigated with SEM.
本文利用扫描电镜观察了在具有不同矿物组成的系统中生成的钙矾石的形成与膨胀机理。
3.The effect of ettringite structural transformation on expansive behavior of expansion cement was found.
研究低钙粉煤灰对氧化镁微膨胀水泥的膨胀性能与水泥石孔结构的影响。
4.The experimental results indicate that the deteriorations of specimens are caused by the formation of gypsum, not by ettringite.
研究结果表明：在硫酸盐侵蚀下，试件劣化是因产生石膏而不是钙矾石造成的；
5.Ettringite formed inthe process of resolution and then precipitation cannot set and harden, and has resultedly no expansibility.
通过溶解，沉淀生成的钙矾石不能凝结，没有膨胀性。
6.The results show that ettringite is one of the main sources for the early strength of this cementing material;
结果表明：钙矾石是海排灰胶凝材料的早期强度主要来源之一；
7.Resume of ettringite formation and stabilization and its influences to materials
钙矾石形成与稳定及对材料性能影响的综述
8.Research on the Ettringite Formation in Cementitious Material of Spontaneous Combustion Coal Gangue
自燃煤矸石胶凝材料中钙矾石形成研究
9.Effect of Ettringite Structural Transformation on Expansive Behavior of Expansion Cement
钙矾石的结构变异对膨胀水泥膨胀性的影响
10.Secondary Ettringite Formation and Durability of Expansive Concrete
二次钙矾石形成和膨胀混凝土的耐久性