In the non sintered cement, the kind and amount of stimulator determines the reaction speed and quality.
在无熟料水泥中，激发剂的种类和数量是决定其水化反应速度和品质的关键。
The influence of different contents of slag, fly ash and zeolite powers on the strength of alite-calcium barium sulphoaluminate cement mortar is investigated, and the reaction mechanism is discussed.
研究不同掺量的矿渣、粉煤灰和沸石粉对阿利特-硫铝酸钡钙水泥砂浆强度的影响规律，并对其反应机理进行探讨。
The mechanism for phosphate cement hydraulic reaction is determined.
确定了磷酸盐水泥水化反应的机理。
The thermal decomposition of calcium carbonate is an important chemical reaction during cement raw meal decomposition, on which decomposition rate of raw meal and output of clinker depend.
碳酸钙热分解是分解炉内水泥生料分解的一个重要反应，对水泥生料的分解率和熟料产量有较大的影响。
The H-E model provides the thermal parameter and the structure forming parameter of cement initial hydration, which combines the chemical reaction course and physical state of the structure forming.
模型提供水泥初始水化历程的热学参数及结构形成参数，将化学反应进程与结构形成的物理状态结合起来。
Whereas the complexity of alkali-aggregate reaction and in order to guarantee the durability and use security of concrete, it should strictly control the alkali content of cement.
鉴于碱-骨料反应的复杂性，为了确保混凝土的耐久性和使用安全，需要严格控制水泥的含碱量。
Airport cement concrete pavement structural parameters include slab thickness, concrete bending strength elastic modulus and foundation reaction module.
机场水泥混凝土道面结构参数包括板厚、混凝土弯拉强度和弯拉弹性模量、地基反应模量。
Super high early strength clinker has been developed and flyash aluminosilicate cement has been produced on the principle of excitation reaction.
以激发反应原理研制的超早强熟料，并用以激发粉煤灰的潜在活性制成粉煤灰硅铝酸盐水泥。
The key of anesthesia is to control anesthesia plane, supplement blood and monitor toxic reaction during cement application.
麻醉的关键在于控制麻醉平面，及时补充血容量以及应用骨水泥时严密监测毒性反应的救治等。
The mineral compositions in magnesia slag and the reaction kinetics parameters and the physical properties of burning Portland cement clinker by using magnesia slag were studied in the paper.
研究了镁渣的矿物组成和镁渣配料煅烧硅酸盐水泥熟料的反应动力学参数和物理性能。
The reaction theory of fiber-dispersant and water-reducing dispersant was analyzed, and the suitable adding volume was determined to improve the uniformity of carbon fiber reinforced cement(CFRC).
探讨了纤维分散剂与减水分散剂的作用机理，并确定了提高碳纤维水泥石均匀性所需要的两种表面活性剂的合适掺量。
According to the temperature dropping curves of hydration heat, authors also consider the equivalent temperature variation of thermal stress due to the hydration reaction of the cement.
考虑一般情况下的水化热降温曲线，求得构件在水化热反应过程中温度应力的等效温差。
In order to dissolve the cement sheath fully and ensure the operation safety, we determine the reaction time, acid flushing turns and operation process.
以充分溶解水泥环为目的，以保证施工安全为前提，确定了酸洗的反应时间、次数和施工工序。
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.
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。
The sulfonated polystyrene (SPS) has been prepared by sulfonation reaction of the polystyrene, which is used as a filtrate reducer for oil well cement slurry.
通过磺化改性，制备了磺化聚苯乙烯（SPS）作为油井水泥降失水剂。
After mix silicone waterproofing agent into concrete, due to are generated tree-like, chain-like and reticular molecule in constituent-clustering accompanying reaction of hydration of cement.
在混凝土中加入有机硅防水剂后，由于偏聚反应中生成枝状、链状及网状分子是伴随水泥水化反应的同时进行的。
The influence of cement on strength and collapse of loss was simply studied in this paper, Loess-cement is endowed with theory of "water-harden" physical -chemical reaction.
本文简略地分析了水泥对黄土强度及湿陷灾害的影响，提出水泥黄土具有“水硬性”物理化学反应的理论。
Explained that these four methods are rule the effective methods in study the cement hydration reaction.
说明了这四种方法是研究水泥水化硬化规律的有效手段。
The reaction mechanism, method of synthesis and property testing of polyoxypropylene series compounds as shrinkage reducing agents in cement concrete are introduced in this paper.
介绍了聚环氧丙烷类高抗收缩剂的收缩机理和制备方法，并且对其进行了抗压强度及抗拉强度的性能测试。
Moreover, the alkalinity is low and the alkali-aggregate reaction of the cement concrete is inhibited;
碱度低，可抑制泥凝土碱集料反应；
Moreover, the alkalinity is low and the alkali-aggregate reaction of the cement concrete is inhibited;
碱度低，可抑制泥凝土碱集料反应；
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