Hydrolysis during hydration of anhydrous calcium sulfosilicate

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Published: Mar 20, 2022
Keywords:
sulfa cement sulfa silicate hydration congruent composition

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M.S.Egamberdiyev
Docent-teacher of the Department of Hydrology and ecology Bukhara Institute of Natural Resources Management of the National Research University of “Tashkent Institute of Irrigation and Agricultural Mechanization Engineers”
I.U.Oripov
Professor of the Department of General Professional Bukhara Institute of Natural Resources Management of the National Research University of “Tashkent Institute of Irrigation and Agricultural Mechanization Engineers”
Sh.Hakimov
Professor of the Department of General Professional Bukhara Institute of Natural Resources Management of the National Research University of “Tashkent Institute of Irrigation and Agricultural Mechanization Engineers
M.G.Akmalov
Senior lecturer of the Department of production of building materials and structures of Bukhara Institute of Engineering Technology
A.U.Gadoyev
Buxoro Institute of Natural Resources Management"Tashkent Institute of irrigation and Agricultural Engineers" National Research University Master's degree
H.B.Asadov
Buxoro Institute of Natural Resources Management"Tashkent Institute of irrigation and Agricultural Engineers" National Research University Master's degree

Abstract

The results of a comprehensive study of the liquid and solid phases of hydrating anhydrous minerals allow us to draw the following conclusion in dilute suspensions, highly basic hydrates are formed in the earliest periods of hydration and over time due to the formation of a dense shell consisting of hydrolysis products primary hydrates that are more stable under these conditions. The presence of CaSO4 in a mixture with β -C2S significantly accelerates the main period of its hydration and promotes better crystallization of neoplasms.

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How to Cite
M.S.Egamberdiyev, I.U.Oripov, Sh.Hakimov, M.G.Akmalov, A.U.Gadoyev, & H.B.Asadov. (2022). Hydrolysis during hydration of anhydrous calcium sulfosilicate. Eurasian Journal of Engineering and Technology, 4, 76–81. Retrieved from https://geniusjournals.org/index.php/ejet/article/view/812
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Vol. 4 (2022): EJET
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Articles
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