The influence of the mineralogical composition of clays on the microstructure and frost resistance of ceramic bricks has been studied. The pore radii were calculated by the method of capillary water saturation ...
The results of studies of the porosity of heat-efficient ceramic materials based on clays of various mineralogical composition with a glass-porous component (SPC) and their effect on frost resistance and ...
The results of studying the properties of heat-efficient ceramic materials from substandard clay raw materials and microgranules of foam glass as a porous, emaciated component are presented. Foam glass ...
Highly efficient wall ceramics based on expanded perlite, flask and ground glass have been obtained. The possibility of producing solid ceramic bricks (average density 925 kg / m 3 and compressive strength ...
The introduction of foam glass production waste into clay-containing mixtures contributes to the formation of a strongly porous fragmentary structure in the composite material. The influence of the textural ...
The possibility of obtaining expanded clay of low density and high strength from weakly expanding clay raw materials using a carbon-alkali reagent (UCHR) has been investigated. The features of the formation ...
The results of X-ray and IR spectroscopic studies of samples of non-stoichiometric alumomagnesian spinel Mg 1-x Al 2-y O 4-z (OH) z , formed after treatment with concentrated acids of magnesia-alumina ...
The synthesis of MgAl 2 O 4 with an excess of 10% MgO (molar content) has been studied when a mixture of highly dispersed powders of aluminum and magnesium oxides is heated to 800 and 1100 ° C. The ...
The influence of foam glass additives on the physicomechanical and thermophysical properties of building ceramics is considered. The features of the formation of a porous structure are investigated depending ...
