References

Kazmina, O.V., V.I. Vereshchagin and A.N. Abiyaka, 2012. Expansion of raw materials base for production of foam-glass-crystal materials. Constr. Mater., 1: 44-46.

Lesovik, V.S., 2006. [Improving the Efficiency of Building Materials Production Taking into Account the Rock Genesis]. АСВ Publisher, Moscow, Russia, Pages: 524, (In Russian).

Lesovik, V.S., 2012. Geonics: The object and purpose. Belgorod State Technological University, Belgorod, pp: 213.

Logvinenko, N.V., 1984. [Petrography of Sedimentary Rocks]. Vysshaya Shkola, Moscow, Pages: 414, (In Russian).

Minko, N.I., O.V. Puchka, V.S. Bessmertny and R.G. Melkonyan, 2008. [Foam Glass: Scientific Basis and Technology]. Nauchnaya Kniga, Voronezh, Russia, Pages: 167, (In Russian).

Puchka O.V., S.V. Sergeev, S.S. Vaysera and N.V. Kalashnikov, 2013. The high-efficiency heat insulation materials on the basis of technogenic raw stuff. Bulletin of BSTU No. 2, pp: 117-121.

Puchka, O.V., S.V. Sergeev and N.V. Kalashnikov, 2013. The high-efficiency heat-insulating glass composites on the basis of technogenic raw materials: Plasma-chemical methods of depositing coatings onto the foamglass surface. Belgorod State Technological University, Belgorod, pp: 187.

Puchka, O.V., V.S. Bessmertny, S.V. Sergeev and S.S. Vaysera, 2013. Plasma-chemical methods of producing coatings for the foamglass surface. Bulletin of BSTU No. 3, pp: 148-152.

Ventrella, A., F. Smeacetto, M. Salvo and M. Ferraris, 2011. A new glass coating for foam glass. Int. J. Applied Ceramic Technol., 8: 187-193.
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