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{"references": ["Anshakov, A. S., Urbach, E. K., Cherednichenko, V. S., Kuzmin, M. G., & Urbach, A. E. (2015). Investigation of a thermal plasma generator for technological purposes. Thermophysics and aeromechanics, 22 (6), 805\u2013808.", "Buyantuev, S. L., Urkhanova, L. A., Khmelev, A. B., Lhasaranov, S. A., & Kondratenko, A. S. (2016). Processing of ash and slag waste by electric arc plasma for the production of composite building materials. Bulletin of the East Siberian State University of Technology. Vestnik VSGTU, 61 (4). 19\u201326.", "Buyantuev, S. L., Urkhanova, L. A., Khmelev, A. B., Lhasaranov, S. A., & Kondratenko, A. S. (2016). Processing of ash and slag waste by electric arc plasma for the production of composite building materials. Bulletin of the East Siberian State University of Technology. Vestnik VSGTU, 61 (4). 19\u201326.", "Beregovoj V. A., & Sorokin, D. S. (2015). Glass-crystalline materials based on siliceous rocks. Regional architecture and construction, (1), 54\u201357.", "Volokitin, O. G., Vereshchagin, V. I., Volokitin, G. G., Skripnikova, N. K., & Shekhovtsov, V. V. (2016). Analysis of processes of traditional and plasma melting of ash of CHP. Technique and technology of silicates, 23 (3), 2-5.", "Abzaev, Yu. A., Volokitin, G. G., Skripnikova, N. K., Volokitin, O. G., & Shekhovtsov, V. V. (2015). Investigation of the melting of quartz sand with the help of low-temperature plasma energy. Glass and ceramics, (6), 44-46.", "Volokitin, G. G., Skripnikova, N. K., Volokitin, O. G., Shekhovtsov, V. V., & Khaissundinov, A. I. (2014). Electric arc and electroplasma devices for the processing of silicate-containing waste. News of higher educational institutions. Physics, 57 (3-3), 109-113."]}
Paper presents the results of researches of obtaining glass-ceramic materials based on the ashes of the thermal power plant using low-temperature plasma energy. The dependencies of the crystallization properties of the melt on the composition of the charge were established. Physical-mechanical studies were carried out.
Работа поддержана грантом Президента РФ (МД-553.2018.8) и стипендией Президента РФ (СП-313.2018.1).
melting, silicate materials, plasma technology, glass-crystalline materials, ashes of thermal power plants, melting, silicate materials
melting, silicate materials, plasma technology, glass-crystalline materials, ashes of thermal power plants, melting, silicate materials
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