Abstract: W artykule przedstawiono zagadnienie produkcji wodoodpornych materiałów termoizolacyjnych przy wykorzystaniu mieszanek
zawierających krzem i popiół lotny, pochodzący z elektrowni w oparciu o niskotemperaturową technologię proszkową.
Opiera się ona o wykorzystanie szerokich właściwości szkła wodnego, tj. jako: a) element łączący, b) element spulchniający,
c) regulator twardnienia. W pracy rozpatrzono fizyczno-chemiczne i technologiczne aspekty wytworzenia i wykorzystania
tego typu kompozytów.
B I B L I O G R A F I A[1] Pavlenko, A., Koshlak, H. Production of porous material with projected thermophysical characteristics/ Metallurgical and Mining Industry, 2015.-No.1ю, р. 123-127.
[2] Malyavsky N. I. Shchelochno-silikatnyie utepliteli. Svoistva I khimicheskiye osnovy proizvodstva [Alkaline silicate heat insulants. Properties and chemical bases of production] / N. I. Maliavsky // Rossiyskiy khimicheskiy zhurnal - Russian Chemical Journal (Zh. Ros. khim. ob-va im. D. I. Mendeleeva - Journ. of D. I. Mendeleev Russian Chemical Society)]. - 2003. - V. XLVII. - No. 4, p. 39-45.
[3] Leonovich S. N. Osobennosti polucheniya Shchelochno-silikatnykh teploizoliatsionnykh materialov [Features of obtaining alkaline-silicate heat-insulating materials] / S. N. Leonovich, G. L. Shchukin, A. L. Belanovich et al. // Nauka i tekhnika [Science and Technology]. - 2012. - No. 6, p. 45-50 (in Byelorussia).
[4] Figovskiy O. L. Zhydkoye steklo i vodnyie rastvory silikatov kak perspektivnaya osnova tekhnologicheskikh protsessov polucheniya novykh nanokompozitsionnykh materialov [Soluble glass and aqueous solutions of silicates as a promising basis for the technological processes of obtaining new nanocomposite materials] / O. L. Figovskiy, P. G. Kudryavtsev // Elektronnyi nauchnyi zhurnal: Inzhenernyi vestnik Dona. [Electronic scientific journal: Engineering bulletin of Don.] - 2014. - V. 29. - No. 2. - Doc. 2448, p. 55-97.
[5] Fei Shi, Lijiu Wang, Jingxiao Liu, Miao Zeng. Effect of heat treatment on silica aerogels prepared via ambient drying // J. Mater. Sci. Technol. - 2007. - Vol. 23. - No. 3, p. 402-406 (in Chinese).
[6] Pavlenko, A.,Koshlak, H. Design of processes of thermal bloating of silicates Metallurgical and Mining Industry, 2015.-No. 1, р. 118-122.
[7] A. M. Pavlenko, H. V. Koshlak, J. Z Piotrowski. Determination of heat transfer coefficient in the phase-change heat storage device/ Structure and Environment, 2016.-No. 4, p. 278-281.
[8] H. V. Koshlak, A Pavlenko, J. Z Piotrowski. The energy parameters of formation of the porous structure/Structure and Environment 8 (3), p. 206-210.
[9] А. Pavlenko. Dimensions of the nucleus agent pore former closed spherical pores/ А. Pavlenko, H. Koshlak // Аktuаlne zаgаdniеniа еnеrgеtyki, budownictwa i inźynierii środowiska.- Koszalin 2016. - рp. 75-83.
[10] Patent of the Russian Federation No. 2161142, IPC (International Patent Classification) С04В 28/24. Sposob polucheniya teploizoliatsionno-konstruktsionnogo materiala na osnove vspuchennogo vermikulita [Method of obtaining heat-insulating construction material based on expanded vermiculite]. A. V. Pariy, N.S. Nikonova, E.A. Bazhanov - Claimed on June 6, 2000 - Published on 27.12.2000.
[11] Patent of the Russian Federation No. 2097362, IPC С04В 38/00. Syryevaya smes dlia polucheniya penosilikatnogo teploizoliatsionnogo materiala [Raw mix for obtaining foam-silicate insulation material.] N. F. Artemenko, V. I. Golubev, S. D. Bondar, R. F. Valeyev, S. V. Malofeyev, V. N. Shevelev, M. M. Mubarakshin, G. K. Mardamshin - Claimed on May 17, 1995 - Published on November 27, 1997.
[12] Patent of the Russian Federation No. 2220927, IPC С04 В 28/26. Syryevaya smes i sposob polucheniya granulirovannogo teploizoliatsionnogo materiala [Raw material mix and method of obtaining a granulated heat-insulating material.] T. N. Radina, M. Yu. Ivanov - Claimed on April 19, 2002 - Published on 01.10.2004.
[13] Patent of the Russian Federation No. 2220928, IPC С04В 28/26. Syryevaya smes i sposob polucheniya granulirovannogo teploizoliatsionnogo materiala [Raw material mix and method of obtaining a granulated heat-insulating material.] T. N. Radina, M. Yu. Ivanov - Claimed on April 29, 2002 - Published on 01.10.2004.
[14] Patent of the Russian Federation No. 2246463, IPC C04B 28/26. Syryevaya smes i sposob polucheniya zernistogo teploizoliatsionnogo materiala [Raw material mix and method of obtaining a grain heat-insulating material] / T. N. Radina, A. I. Kudyakov, M. Yu. Ivanov - Claimed on 22.10.2003. - Published on 20.02.2005.
[15] Patent of the Russian Federation No. 2134668, IPC С04В 28/26. Sposob izgotovleniya poristykh silikatnykh materialov [Method for manufacturing porous silicate materials.] S. I. Brykov, V. M. Busygin, R. G. Valeyev, L. G. Reisin, K. S. Galimov, F. A. Zakirov, V. I. Korneyev, N. A. Mochalov, I. H. Mukhametov, Yu. A. Poddubnyi, T. D. Tikhonova, A. A. Fedurin - Claimed on May 29, 1998 - Published on 08.20.1999.
[16] Patent of the Russian Federation No. 2268248 (13), IPC C04B 38/00. Vspenennyi material i sposob yego izgotovleniya [Foam material and the method of its manufacture.] V. A. Lotov, K. A. Rudik - Claimed on July 06, 2004 - Published on January 20, 2006.
[17] Koshlak H. V. Use of burshtyn tpp ash for the production of expanded gas concrete/ Energy, energy saving and rational nature use. - No. 2 (5) 2016, р. 87-95.
[18] Koshlak H. Heat exchange in a confined space / H. Koshlak // Problem of energy saving and nature use 2013. - Budapest, 2014, p. 87-92.
[19] Ovcharenko G. I., Tseolity v stroitelnykh materialakh [Zeolites in Building Materials] / G. I. Ovcharenko, V. L. Sviridov, L. K. Kazantseva. - Barnaul: AltGTU, 2000, p. 320.
[20] Maliavsky N. I., Zvereva V. V. Kaltsiy-silikatnyie otverditeli zhidkogo stekla dlia polucheniya vodostoykikh shchelochno-silikatnykh utepliteley [Calcium-silicate liquid glass hardeners for obtaining water-resistant alkaline-silicate insulants] ISSN 1994-0351. Internet-vestnik [Internet-bulletin] of the VolgGASU. 2015. Issue 2(38). www.vestnik.vgasu.ru
[21] Koshlak H. Temperature state plate in conditions convective heat transfer / A. Pavlenko , H. Koshlak // Collection of scientific articles «Energy, energy saving and rational nature use». - Radom: Kazimierz Pułaski University of technology and Humanities in Radom.- No 1 (4) 2015, p. 108-114.
[22] Koshlak A. Solution of equations thermal conductivity / A. Koshlak // Collection of scientific articles «Energy, energy saving and rational nature use».- Radom: Kazimierz Puɬaski University of technology and Humanities in Radom.- No. 2 (3).- 2014, p. 38-49. 
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