纳米分散硅酸钛添加剂在水泥组成中的应用方面

V. Tyukavkina, A. Tsyryatyeva
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引用次数: 0

摘要

对利用工业原料和生产废料制备的硅酸钛粉体的组成和性能进行了比较分析,并研究了它们对水泥组合物性能的影响。研究表明,纳米分散硅酸钛粉体的效果取决于其比表面积、相组成以及在水泥基体中引入纳米级添加剂的方法。尽管它们在化学组成、物相组成、比表面和形态上存在差异,但它们在亚甲基蓝分解反应中都表现出光催化活性,在水泥基体组成中都表现出自清洁和杀菌性能,加速水化,提高粘结剂的强度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Aspects of the use of nanodispersed titanosilicate additives in the composition of the cement composition
A comparative analysis of the composition and properties of titanosilicate powders obtained with the use of technogenic raw materials or being production wastes was carried out and their influence on the properties of cement compositions was studied. It is shown that the effectiveness of the action of nanodispersed titanosilicate powders depends on their specific surface area, phase composition, and on the method of introducing nanosized additives into the bulk of the cement matrix. Despite the differences observed in the chemical and phase composition, specific surface, and morphology, they all exhibit photocatalytic activity in the methylene blue decomposition reaction and self-cleaning and bactericidal properties in the composition of the cement matrix,accelerate hydration and increase the strength of the binder.
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