A ceramic brick M125 was obtained on the basis of substandard clay (loess-like loam) using overburden of pyrite copper-zinc ore at a firing temperature of 1000 ° C. At a firing temperature of a ceramic material of 950 & # 176; C appear: hematite, magnetite, anorthite and glass phase, and at 1000 & # 176; C & # 8211; cristobalite. An increase in the firing temperature to 1050 & # 176; C does not lead to special changes, with the exception of an increase in the content of cristobalite, anorthite and glass phase. At a firing temperature of 1100 ° C, mullite appears, which gives ceramic materials strength
Cand. physical-mat. Sciences A. K. KAYRAKBAEV 1 (This email address is being protected from spambots. You need JavaScript enabled to view it.), Dr. Sci. V. Z. ABDRAKHIMOV 2 , Cand. tech. E. S. ABDRAKHIMOVA 3 ; 1 Kazakh-Russian International University (Aktobe, Republic of Kazakhstan)
2 FGAOU VO & # 171; Samara State Economic University & # 187; (Samara, Russia)
3 FGAOU VO & # 171; Samara National Research University named after acad. S. P. Koroleva & # 187; (Samara, Russia)
Kairakbaev A.K., Abdrakhimova E.S., Abdrakhimov V.Z.Use of aluminum-containing industrial waste from non-ferrous metallurgy in the production of clinker ceramic products // Glass and ceramics. 2016.? 7, p. 35? 39.
? Kairakbaev AK, Abdrakhimova ES, Abdrakhi-mov VZ Use of Aluminum-Containing Technogenic Wastes from Nonferrous Metallurgy in the Production of Clinker Ceramic Articles // Glass Ceram. 2016. V. 73, No. 7-8. R. 266? 269.?
Ikramova Z.A., Alimkhodzhaeva N.T. scientific. zhurn. 2014.? 10 (11). URL: http://7universum.com/ru/tech/archive/item/1667
Evstropyev K.S., Toropov N.A.Chemistry of silicon and physical chemistry of silicates. M .: Book on demand, 2013.366 p.
Kairakbaev A.K., Abdrakhimov V.Z., Abdrakhimova Ye.S. ... 2019.? 2.S. 15? 22.
? Kairakbaev AK, Abdrakhimov VZ, Abdrakhi-mova ES, M? Ssbauer Spectroscopy Study of the Iron Oxides, Phase Composition, and Porosity Structure in Ceramic Brick Based on Intershale Clay and Lignite Slag // Glass Ceram. 2019. V. 76, No. 1 ? 2.P. 56? 62.?
Saybulatov S. Zh., Suleimenov S. T., Ralko A. V. Gold ceramic wall materials. Alma-Ata: Nauka, 1982.292 p.
Semerikov I.S., Gerasimova E.S. Physical chemistry of building materials. Yekaterinburg: Ural University, 2015.214 p.
Litvinova G.I., Pirozhkova V.P. Petrography of non-metallic inclusions. Moscow: Metallurgy, 1972.184 p.
Pashchenko A. A., Myasnikov A. A., Myasnikova U. A. et al. Physical chemistry of silicates. M .: Higher. shk., 1986.368 p.
Saibulatov S. Zh. Investigation of the influence of ash composition on phase transformations in ash ceramics // Complex use of mineral raw materials. 1985.? 11, p. 78? 81.
Augustinic A. I. Ceramics. L: Lenizdat, 1975.591 p.
Vinogradov BI Petrography of artificial porous aggregates. Moscow: Stroyizdat, 1972.135 p.
Pavlov, V.F., Peculiarities of the transformation of silica contained in clays, Tr. Institute of Research Institute of Construction Ceramics. 1973. Issue. 38. With 3? 11.
Belyankin DS, Ivanov BV, Lapin VV Petrography of technical stone. Moscow: AN SSSR, 1952.582 p.
Dyatlov E. M., Klimosh Yu. A. Chemical technology of ceramics and refractories. Minsk: BSTU, 2014.224 p.
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