摘要：The opportunity of granite-based aluminosilicate nanostructured binders (NB) with polycondencation-polymerization consolidation mechanism using the different types of milling units. The comparative analysis of mechanoactivation performance of used milling units was studied. It was determined that the mosteffective milling unit for synthesis of granite-based NB is ball mill, providing the maxal concentration of nano- and microsized particles and, therefore, the highest reactivity and binding characteristics.
其他摘要：The opportunity of granite-based aluminosilicate nanostructured binders (NB) with polycondencation-polymerization consolidation mechanism using the different types of milling units. The comparative analysis of mechanoactivation performance of used milling units was studied. It was determined that the mosteffective milling unit for synthesis of granite-based NB is ball mill, providing the maxal concentration of nano- and microsized particles and, therefore, the highest reactivity and binding characteristics.
