硬化的水泥浆
The resistance to Na_2SO_4 attack of hardened cement paste added with asphalt was stu***d.
研究了掺沥青水泥石的抗硫酸钠腐蚀性能。
Mechanism and law for the corrosion of hardened Cement paste by acid and sulphate were stu***d according to the rapid simulated test for soil corrosion.
本文根据土壤腐蚀快速模拟试验的结果，论述了酸和硫酸盐对硬化水泥石腐蚀的机理及规律；
Using physical phase analysis technology, the component and shape of fly ash cement hardened paste and the offspring of HPC bearing load faction is researched.
利用物相分析技术，研究粉煤灰—水泥硬化浆体的组成、形貌以及HPC在荷载作用下的腐蚀产物。
The influence of gypsum on compressive strength and performance of hardened paste of belite-barium calcium sulphoaluminate cement was stu***d.
研究了石膏对贝利特-硫铝酸钡钙水泥强度和硬化浆体结构的影响。
However, there are large distinctions between the influences of the two types to the workability of cement paste and fresh concrete, the mechanical properties and microstructure of hardened concrete.
它们对水泥净浆和新拌混凝土的工作性的影响有所不同，此外掺加两类减水剂的硬化产物的力学性能和微观结构也具有很大差别。
Using the proposed pore structure model, the improvement of mechanical properties and durability in hardened cement paste, mortar and concrete blended with silica fume can be explained.
利用所提出的孔结构模型可以解释掺硅灰水泥石、砂浆和混凝土的许多力学性能以及耐久性得以提高的原因。
A multi-level simulation method is presented for predicting the elastic moduli of hardened cement paste.
提出了硬化水泥石弹性模量预测的分级模拟方法。
In this paper, the test method of the linear thermal expansion coefficient of hardened cement paste is stu***d.
本文研究了水泥石线性热膨胀系数的测试方法，并针对本试验方法制定了相关的试验制度。
The corrosion essence of the concrete is that corrosive materials attack its hardened cement paste and thus destroy the concrete as a whole.
混凝土的侵蚀实质是水泥石的侵蚀，而造成混凝土宏观破坏。
Thermal expansion properties of hardened cement paste were reduced after fly ash and blast furnace slag was added.
通过观察水泥石微观形貌和测定水泥石孔隙率等方法，对硬化水泥石的热膨胀性能进行机理分析。
Furthermore, the cracking layer adjacent to hardened cement paste may affect the interfacial properties oi concrete, such as bond strength.
同时，界面水泥侧的易干裂层对混凝土的界面性能（如粘结强度等）可能有一定影响。
The presence of aggregates in cement-based materials might modify the pore structure of hardened cement paste, and its dilution effect and tortuosity effect could reduce chloride transport properties.
骨料改变了水泥基复合材料中浆体的孔结构，其稀释效应和曲折效应降低了氯离子的传输性能；
The hydration degree of Portland cement under the condition of low water cement ratio was tested, and the microstructure of hardened cement paste was stu***d by means of XRD and SEM.
介绍了低水胶比与高矿物掺合料的高性能混凝土存在的主要问题之一———自收缩 ，并指出了自收缩是引起低水胶比混凝土早期开裂的主要原因 。
The heat treatment of ferronickel submerged arc furnace slag has little effect on reducing drying shrinkage of hardened cement paste.
返炉处理不影响镍铁合金矿热炉渣辅助胶凝材料减少水泥石体系干燥收缩的效应。
The results indicated that the inner self-desiccation degree of hardened cement paste containing UFA reduced more than that of ordinary hardened cement paste.
结果表明，相比于基准水泥石，UFA水泥石内部自干燥程度大大降低；
硬化水泥石（Hardened Cement Paste）是水泥基材料中的核心组成部分，指水泥与水发生水化反应后形成的固态产物。它由未水化的水泥颗粒、水化产物（如C-S-H凝胶、氢氧化钙晶体）及孔隙组成，是赋予混凝土力学性能和耐久性的关键物质。
硬化水泥石是水泥浆体（Cement Paste）水化后的最终形态。其主要成分包括：
水泥与水反应生成硬化水泥石的过程称为水化。典型反应为硅酸三钙（C₃S）的水化： $$
2C_3S + 6H_2O → C-S-H + 3Ca(OH)_2
$$ 此反应释放热量，形成微观致密结构。
硬化水泥石的性能直接决定混凝土的抗压强度、抗渗性和耐化学腐蚀性。例如，在桥梁工程中，通过控制水灰比和添加外加剂，可显著延长结构寿命（来源：美国混凝土协会ACI 318标准）。
“Hardened cement paste”是建筑材料领域的专业术语，具体解释如下：
定义与组成 指水泥与水混合后，经过水化反应形成的硬化胶凝体。该物质是混凝土和砂浆的主要基体材料，由水化硅酸钙（C-S-H）、氢氧化钙等矿物晶体交织构成。
特性说明
应用场景 主要用于描述混凝土微观结构中的硬化胶结相，在工程检测中常通过显微镜观察其结晶状态，评估材料质量。
该术语常见于土木工程文献，描述水泥基材料的硬化状态和性能指标。如需更详细的水化反应机理，建议参考水泥化学专业资料。
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