Abstract
The work is devoted to sintering amorphous crystallizing glasses by slip technology with the aim of preparing highly porous cellular materials. Data are presented for the dependence of the intensity of diopside-like phase precipitation on the type of material subjected to crystallization. Attention is devoted to preparing and developing microstructure and physicochemical properties for specimens obtained after heat treatment. The materials developed may be used as substrates for catalysts of various physicochemical processes.
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