结果表明，熟料矿物组成对管桩水泥性能影响较大；改善水泥颗粒级配和提高煅烧热力强度均能改善管桩水泥的性能。
The improvement of cement particle distribution and heating intensity during clinker burning could also improve the performance of cement for pipe pile manufacturing.
分析了不同形状的立窑熟料的成分、矿物组成及形成条件。
The composition of clinker from shaft kilns, the mineral substances as well as forming conditions were analyzed.
其次分析了不同形式的硫在不同温度下，对熟料矿物组成的影响。
Secondly, effects of sulfur in different forms on the minerals composition of cement clinker at different temperature are researched.
以G级水泥为例阐述了油井水泥质量检测的标准，讨论了水泥化学组成、熟料矿物组成及物理性能对水泥浆工程性能的影响。
The paper tries to explain the standards with Grade G cement as an example, and discusses the influence of chemical and mineral composition and physical characteristics on cement slurry performance.
这些工作需要大量的熟料化学分析，将其转化为标准矿物组成，还需要丰富的水化机理方面的知识。
These require a bulk chemical analysis of the clinker, which is converted to normative minerals, and knowledge of hydration mechanisms.
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 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.
对试样的XRD,SEM和能谱分析研究结果表明，利用铁尾矿烧制的胶凝材料具有与普通硅酸盐水泥熟料相似的矿物组成。
XRD, SEM and EDS testing results on the samples show that the cementing material fired with iron ore tailings have a similar mineral composition to the clinker aggregate of Portland cement.
对试样的XRD,SEM和能谱分析研究结果表明，利用铁尾矿烧制的胶凝材料具有与普通硅酸盐水泥熟料相似的矿物组成。
XRD, SEM and EDS testing results on the samples show that the cementing material fired with iron ore tailings have a similar mineral composition to the clinker aggregate of Portland cement.
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