The processes occurring in the plasma-chemical synthesis of melts from silicate-containing materials, as well as technological modes in the production of silicate refractory melts using highly concentrated heat fluxes, are considered. The results of physicochemical studies of the initial silicate materials (basalt, waste oil shale and ash) and the obtained aluminosilicate glasses are presented. Tab. 1, ill. 2, bibliography: 3 titles.
Dr. Tech. NK Skripnikova 1 , Dr. sciences V.I. Otmakhov 2 , OG Volokitin 1 ; 1 Tomsk State University of Architecture and Civil Engineering (Russia, Tomsk),
2 Tomsk State University (Russia, Tomsk)
Skripnikova N.K., Nikiforov A.A., Volokitin O.G. - 2008.-N11.-С.14-16. Skripnikova NK, Nikiforov AA, Volokitin OG Electroplasma Facility for Obtaining Mineral Fiber from Refractory Silicate-Containing Materials // Glass and Ceram. - 2008. - V. 65. - N 11 - 12. - P. 393 - 395.
Gropyanov VM et al. Investigation of the kinetics of the formation of the glass phase in the processing of ceramics with low-temperature plasma // Designs and technology for producing products from non-metallic materials. Part I: Heat-resistant ceramic materials: Mat. interreference scientific and technical conf., meeting., sem. and ex. - M., 1982. - S. 81 - 84.
Plyusnina I. I. Infrared spectra of silicates. - M .: Publishing house of Moscow State University, 1977 .-- 174 p.
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