wollastonite

Usually, in chemical industry the energy of ultrasound is being used to intensify technological processes. However, the complexity of the mechanism of ultrasound action makes it difficult to create a single common theory that could explain its influence on the chemical reactions. Therefore, in each particular case wide-ranging studies of the influence of ultrasound on the chemical reaction, as well as on the structure and properties of the synthesized substances and materials are required.

The peculiarities of β-CaO∙SiO2 crystallization during the burning of calcium hydrosilicate of tobermorite composition are researched. The mineralising effect of boron oxide on the formation wollastonite is established.  Досліджено особливості кристалізації β-СаО∙SіO2 при випалі гідросилікатів кальцію тоберморитового складу. Встановлено мінералізуючу дію оксиду бору на утворення воластоніту. 

The features of obtaining the matte glazes of dark red color from the waste of galvanic zinc plating of steel parts, slag from EHS and also from calcium hydrosilicates of tobermorite composition were investigated. Mineralizing effect of tobermorite on the crystallization of wollastonite in glaze coatings was established.

The influence of the different chemical nature admixtures on the phase formation in the CaO–SiO2–H2O system at the hydrothermal treatment was studied. The mineralized action and the boron and fluorine admixtures influence on the calcium hydrosilicates formation was investigated. 
Вивчено вплив додатків різної хімічної природи на фазоутворення у системі СаО–SiO2–Н2О під час гідротермальної обробки. Досліджено мінералізуючу дію та характер впливу боро- та фторовмісних додатків на процеси утворення гідросилікатів кальцію.