机械活化下材料性能的变化

Pryadko Nataliya Sergeevna
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摘要

磨矿活化是一种加速物理化学过程的新方法。当一种辅助操作成为主要操作时,它得到越来越广泛的应用,并从根本上成为新工艺过程的基础。在水泥生产中,只要产品比表面积满足要求,粉碎后的粒状高炉矿渣可以部分替代水泥。该操作降低了工艺过程的能耗,降低了天然原料的消耗。研究了活性物质的性质与贮存条件的关系。对结果的分析使我们可以断言,在粉碎粉末的储存过程中,每种材料的高炉炉渣的比表面积都在减少。所建立的依赖关系可用于预测活性精细分散材料的允许储存和储存时间,以便进一步用作建筑材料和用于建筑材料生产的矿物粉末。和有色金属
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Change in Material Properties at Mechanoactivation
Grinding activation is a new way to accelerate physical and chemical processes. It finds more and more widespread use and is the basis of fundamentally new technological processes, when an auxiliary operation becomes the main one. In the production of cement, crushed granular blast furnace slag can partially replace cement, provided the desired specific surface area of the product. This operation reduces energy consumption for the technological process and leads to lower consumption of natural raw materials. The studies of the dependence of the activated material properties on its storage terms have been carried out. Analysis of the results allows us to assert that the specific surface area of blast-furnace slags for each type of material decreases during the storage of crushed powders. The established dependencies can be used to predict the permissible storage and storage time of activated finely dispersed materials for their further use as building materials and mineral powders for construction and production of building materials. and nonferrous
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