The efficiency of using titanium dioxide as a muffler for obtaining glass-crystalline wear-resistant semi-fritted glaze coatings of floor tiles with the required physicochemical and operational characteristics has been established. A comprehensive study of the processes of formation of a glaze coating of the optimal composition was carried out using the methods of infrared spectroscopy, X-ray phase analysis and electron microscopy.
Levitskiy I.A., Barantseva S.E., Lugin V.G., Poznyak A.I. Optimization of the composition of the fritted component of the raw material composition of wear-resistant coatings. 2010.? 9, p. 29? 32.
Levitskii IA, Barantseva SE, Lugin VG, Poznyak AI Optimization of the composition of the fritted component of the raw material mix of durable coatings // Glass and Ceram. 2010. V. 67. N 9? 10.P. 291? 294.
World market of zirconium. URL: http://www.cmmarket.ru/ markets / zrworld.htm (date accessed: March 16, 2015).
Khodakovskaya R. Ya. Chemistry of titanium-containing glasses and sitalls. Moscow: Chemistry, 1978.288 p.
Torres FJ, Esther RS, Alarcon J. Effect of some additives on the development of spinel-based glass-ceramic glazes for floor-tiles // Journal of Non-crystalline solids. 2005. V. 351.
N 30? 32. P. 2453? 2461.
Lisachuk GV, Ryschenko MI, Belostotskaya LA et al. Glass-crystal coatings for ceramics / ed.
G.V. Lisachuk. Kharkov: NTU? KhPI ?, 2008.480 p.
Pat. 15539 Rep. Belarus. ? a20101442. Fritted component of muffled glaze; / I. A. Levitsky,
S. E. Barantseva, A. I Poznyak., N. V. Shulgovich; app. 10/07/2010; publ. 02/28/2012 // Af? Tsyyny bul. 2012.? 1.P. 95? 96.
Filipovich VN Structural transformations in glasses at elevated temperatures. M.? L .: Nauka, 1965.S. 30? 43.
Akhmetov NS General inorganic chemistry. M .: Higher. shky? Academy, 2001.743 p.
Perepelitsyn V.A.Foundations of technical mineralogy and petrography. Moscow: Nedra, 1987.256 p.
Betekhtin A.G. Course of Mineralogy. M .: KDU, 2007.721 p.
Levitsky I. A., Dyatlova E. M., Kolontaeva T. V., Shelikhina V. M. Features of the formation of the contact zone in the glaze system? ceramics // Glass and ceramics. 2000.
? 1.S. 17? 21.
Levitskii IA, Dyatlova EM, Kolontaeva TV, Shelikhina VM Features of the formation of the contact zone in the glaze? Ceramics system // Glass and Ceram. 2000. V. 57. N 1? 2. P. 18? 22.
Pevzner BZ, Azbel A. Yu. Model of the formation of a coating from glass powder during heating // Glass Physics and Chemistry. 1993. T. 19.? 1.P. 169? 189.
Bobkova NM Physical chemistry of refractory non-metallic and silicate materials. Minsk: Vys. shk., 2007.301 p.
Tunik T.M., Koshlyak L.L., Grum-Grzhimailo O.S. Deaf zirconium-free glazes // Glass and ceramics. 1981.? 12, p. 17? 18.
Tunik TM, Koshlyak LL, Grum-Grzhimailo OS Opacified zircon-free glazes // Glass and Ceram. 1981. V. 38.
N 12.P. 637? 638.
Mukherjee D. Pr., Das SK The influence of TiO2 content on the properties of glass ceramics: Crystallization, microstructure and hardness // Ceramics International. 2014. V. 40. N
3.P. 4127? 4134.
Bobkova NM, Khotko SA The structure of zinc-borate fusible glasses according to IR spectroscopy // Journal of Applied Spectroscopy. 2005. T. 72.? 6.S. 778? 781.
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