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硅酸盐水泥熟料生产是一个化学反应过程,与地质、冶金和制陶业等的制备过程一样遵循相同的物理化学变化原理。在这些学科中,平衡相图是一种阐述高温反应、微观结构形成,特别是冷却过程的有效方法,而热力学数据可以用来预测和测量各相的相对稳定性和微量组分对固溶体的影响。掌握微量组分的替代机理及其在主要相中的占位情况是进行准确热力学计算的先决条件。微量组分的分布也影响熟料相的相对含量。
Portland cement clinker production is a chemical reaction process that follows the same principles of physicochemical change as the preparation of geology, metallurgy and ceramics. In these disciplines, the equilibrium phase diagram is an effective method of describing the reaction at high temperature, the microstructure formation, especially the cooling process, and the thermodynamic data can be used to predict and measure the relative stability of the phases and the effect of the minor components on the solid solution . Mastering the alternative mechanism of trace components and their occupancy in the major phases is a prerequisite for accurate thermodynamic calculations. The distribution of trace components also affects the relative content of clinker phase.