ContentsPROCESS OF SILICA MELTS OBTAINING IN PLASMACHEMICAL REACTOR Oleg Volokitin1, Valentin Shekhovtcov2 1Ph.D., Аssociate professor of Applied mechanics and materials science, Tomsk State University of Architecture and Building, Tomsk, Russia, e-mail: volokitin_oleg@mail.ru 2Postgraduate student of Applied mechanics and materials science, Tomsk State University of Architecture and Building, Tomsk, Russia, e-mail: shehovcov2010@yandeх.ru Abstract. This paper presents the results of theoretical and experimental research on the production silicate melts with application energy low-temperature plasma. Based on the obtained data set of the temperature complete melting materials. The process of obtaining the melt under conditions of low-temperature plasma at a heating rate raw materials more than 1000 °С with a second characterized by the simultaneous melting of all phases, unlike the processes occurring at conventional heating rates of 0.5–1 °С within a second. Ultra-high heating rate reduces the time formation heterogeneous melt and reduce the specific energy consumption (1,5–2,1 kW/kg), which is 2-2,5 times less than existing technologies. Keywords: low-temperature plasma, characteristics of silicate melts, plasma-chemical processes.
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