Impact of layered aluminous and aluminous-iron silicates on binder hardening processes when using crushed rock cuttings from by-products
Authors:
About authors
- Belgorod State Technological University named after V.G. Shukhov
Abstract
Possible chemical-physical processes of destruction of layered aluminous-iron silicates, sequence of K, Mg, Si, Al transition into solution, chemical interaction of element oxides with Ca(OH)2 (in the process of concrete and stowing mixtures formation) depending on various technological factors and possible processes of oxidation products interaction have been studied comprehensively. It is shown that layered minerals due to their structural features exhibit activity only along the crystal surface perpendicular to the layering. The process of thermal influence on their destruction is studied.
Similar articles
The use of coastal radars for environmental control of the sea surface
2004 P. P. Beskid, M. A. Nilov
Development of apparatus and technological complex for deep processing of secondary resources in the form of low-concentration liquid wastes containing non-ferrous metal ions
2004 V. A. Kolesnikov
Treatment of liquid wastes containing polyvalent metal ions using "reagent-free" technologies
2004 A. S. Chugunov
Development of small-sized modules of closed water consumption, local treatment of wastewater from heavy metal compounds and selective sorbents for them
2004 F. F. Bezdudnyi, S. V. Burinskii