应用分形学与粘弹性力学对含钙矾石和水镁石膨胀源的水泥硬化浆体的膨胀机理进行了研究与分析。
The expansion mechanism of hardened cement paste with double expansion sources of entringite and brucite was studied by using theory of fractal geometry and viscoelasticity.
通过汞压入法(mip)和扫描电镜(sem)等现代测试方法对矿渣油井水泥的水化硬化特性和机理进行了研究。
By modern test methods like mercury intrusion pore measurement (MIP) and scanning electron microscope (SEM), the hydration and hardening mechanism of the slag cement was analyzed.
在分析资料和室内试验的基础上，概括了提高水泥黄土强度的有效措施，就水泥黄土硬化和外加剂对水泥黄土的作用机理进行了初步探讨。
Based on all the above, the effective measures increasing strength of loess cement are presented, a model of hardening reaction and how the additives affect in loess cement are studied, too.
并利用SEM和MIP等技术研究了粉煤灰矿渣复合水泥的水化硬化过程、水化产物相组成及硬化浆体结构，以此来论证各组分间协同效应的作用机理。
Furthermore, some test techniques i. e. SEM and MIP etc. were applied to research the hydration and setting process of specimens, hydration products and structure of setting pastes.
并利用SEM和MIP等技术研究了粉煤灰矿渣复合水泥的水化硬化过程、水化产物相组成及硬化浆体结构，以此来论证各组分间协同效应的作用机理。
Furthermore, some test techniques i. e. SEM and MIP etc. were applied to research the hydration and setting process of specimens, hydration products and structure of setting pastes.
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