BSU bulletin. Chemistry. Physics
Bibliographic description:
, , PREPARATION OF GLASS-CERAMIC MATERIAL BASED ON INDUSTRIAL WASTE BY USING THE LOW TEMPERATURE PLASMA // BSU bulletin. Chemistry. Physics. - 2016. №2-3. . - С. 75-79.
Title:
PREPARATION OF GLASS-CERAMIC MATERIAL BASED ON INDUSTRIAL WASTE BY USING THE LOW TEMPERATURE PLASMA
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Annotation:
The paper presents physicochemical investigations of the structure formation in glass-ceramic material obtained by the innovative melting technique, namely the low-temperature plasma treatment. The opportunity for extending the resource base of raw materials suitable for the silicate melt production was studied. Utilization of recovering refractory resources is rather difficult due to the impossibility to produce melts therefrom. However, plasma torch heating can provide its utilization. Physicochemical processes occurred at melt production and its crystallization are studied in this paper. The main conditions of crystal phase formation are shown herein.
Keywords:
glass-ceramic material; plasma furnace; melting; ash; bottom ashcontaining raw materials; low-temperature plasma, glass-ceramic, silicate melt, crystal phase
List of references:
1. Skripnikova N., Iuriev I., Lutsenko A., Litvinova V. The features of ceramic
materials structure formation when using hard-melting wastes of thermal power station in charge stock // AIP Conference Proceedings. - 2016. - 1698, 070019; doi:10.1063/1.4937889.
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3. Volokitin G. G., Volokitin O. G., Lutsenko A. V., Kosmachov P.V. Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials // IOP Conf. Series: Materials Science and Engineering. - 2015. - 71. 012022. – Bristol, 2015.
4. Sazonova N., Skripnikova N., Lucenko A. and Novikova L. Cement clinker structure during plasma-chemical synthesis and its influence on cement properties. Materials Science and Engineering. - 2015. - V. 71, 012018. - P. 1-6.
materials structure formation when using hard-melting wastes of thermal power station in charge stock // AIP Conference Proceedings. - 2016. - 1698, 070019; doi:10.1063/1.4937889.
2. Власов В. А., Скрипникова Н. К., Луценко А. В. и др. Синтез стеклокристаллических материалов из расплава, полученного с использованием высококонцентрированных источников нагрева // Изв. ВУЗОВ. Физика. - 2015. - Т. 58, № 9/3. - С. 79–78.
3. Volokitin G. G., Volokitin O. G., Lutsenko A. V., Kosmachov P.V. Physical chemical studies of dispersed aluminosilicate wastes for obtaining the burned building materials // IOP Conf. Series: Materials Science and Engineering. - 2015. - 71. 012022. – Bristol, 2015.
4. Sazonova N., Skripnikova N., Lucenko A. and Novikova L. Cement clinker structure during plasma-chemical synthesis and its influence on cement properties. Materials Science and Engineering. - 2015. - V. 71, 012018. - P. 1-6.
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