Effect of the substitution of gypsum with limestone on the hydration process and performance of C3S, C3A and Portland cement was explored.
研究了用石灰石替代石膏对单矿物c3s、C3A及硅酸盐水泥水化过程及性能的影响。
Through the analysis and calculation of pure Portland cement, computer simulated its mesostructure of the hydration process of cement in different ages.
通过对纯硅酸盐水泥基本性能参数的分析与计算，计算机模拟得到该种水泥在不同龄期的水化产物及细观组织结构。
The adsorption of retarders on the surface of nuclei newly produced inhibits the crystal growth of dihydrate and accordingly controls the hydration process of gypsum.
缓凝剂在二水石膏晶胚表面的吸附，使其晶体生长受阻，成为水化的控制过程。
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