English
Русский 4-12 p.
Scientific and technological bases of receiving vitreous coverings on wood with use of a torch of low-temperature plasma are developed. Before plasma dusting of glass powders by grain structure 60-120mkm, the special protective coating protecting chipboard from destruction at high-temperature influence of a plasma stream on a front surface of the wood particle board (WPB) was applied. The structure of an intermediate protective coating including mix of a fine-grained glass powder and liquid glass is developed. Preliminary drawing an intermediate protective layer provides several consecutive technological operations.
For receiving vitreous coverings fight of colored and colourless glass are used which was previously ground in spherical porcelain mills. Optimum process parameters of plasma dusting of glass powder on the front surface of chipboard are developed. Optimum parameters of plasma melting is: current - 800A; operating voltage – 30B, a consumption of plasma-forming gas of argon 2m3/h.
Operational and aesthetic-consumer properties of vitreous protective and decorative coverings are investigated. It is established that vitreous protective and decorative coverings have the high durability of coupling with an intermediate protective layer. The received vitreous protective and decorative coverings on the basis of colored and colourless glass have the high water resistance, acid resistance, alkali resistance, as well as microhardness and high aesthetic performance.
The technology is recommended for widespread industrial introduction.
For receiving vitreous coverings fight of colored and colourless glass are used which was previously ground in spherical porcelain mills. Optimum process parameters of plasma dusting of glass powder on the front surface of chipboard are developed. Optimum parameters of plasma melting is: current - 800A; operating voltage – 30B, a consumption of plasma-forming gas of argon 2m3/h.
Operational and aesthetic-consumer properties of vitreous protective and decorative coverings are investigated. It is established that vitreous protective and decorative coverings have the high durability of coupling with an intermediate protective layer. The received vitreous protective and decorative coverings on the basis of colored and colourless glass have the high water resistance, acid resistance, alkali resistance, as well as microhardness and high aesthetic performance.
The technology is recommended for widespread industrial introduction.
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15. Buyantuev S.L., Bylkova N.V., Zayahanova M. E. Zashchitno-dekorativnye pokrytiya na stroitel'nyh izdeliyah s ispol'zovaniem syr'evyh materialov Buryatii. Stroitel'nye materialy. 2002. 8. P. 22 – 23. (rus.)
16. Bondarenko D.O., Bondarenko N.I., Bessmertnyi V.S., Burlakov N.M. Plasma-chemical modification of concrete processed by colorific metal salts. Advances in Engineering Research. 2017. 133. P. 128 – 134.
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18. Fedosov S.V, Akulova M.V., Koshelev E.V. Zakreplenie plazmooplavlennogo steklovidnogo dekorativnogo sloya na betone s pomoshch'yu propitok. Nauchnyj Vestnik Voronezhskogo gosudarstvennogo arhitekturno-stroitel'nogo universiteta. 2008. 3. P. 44 – 49. (rus.)
19. Koval'chenko N.A., Zdorenko N.M., Burlakov N.M., Karajchencev R.S. Plazmennoe napylenie cvetnyh metallov na izdeliyah stenovoj keramiki. Mezhdunarodnyj zhurnal ehksperimental'nogo obrazovaniya. 2016. 11-1. P. 81. (rus.)
20. Zdorenko N.M., Il'ina I.A., Bondarenko N.I.i dr. Formirovanie kachestva i konkurentosposobnosti stenovyh stroitel'nyh materialov avtoklavnogo tverdeniya. Sovremennye naukoemkie tekhnologii. 2014. 10. P. 120. (rus.)
2. Puchka O.V., Vajsera S.S., Sergeev S.V. Plazmohimicheskie metody polucheniya pokrytij na poverhnosti penostekla. Vestnik BGTU im. V.G. SHuhova. 2013. 3. P. 147 – 150. (rus.)
3. Min'ko N.I., Puchka O.V., Stepanova M.N. Kompozicionnyj teploizolyacionnyj material s zashchitno-dekorativnym pokrytiem po licevoj poverhnosti. Steklo i keramika. 2009. 2. P. 3 – 5. (rus.)
4. Zubenko S.N., Kochurin D.V. Innovacionnaya tekhnologiya polucheniya zashchitno-dekorativnyh po-krytij na izdeliyah iz drevesiny. V knige: Obrazovanie, nauka i sovremennoe obshchestvo: aktual'nye voprosy ehkonomiki i kooperacii: Tezisy dokladov mezhdunarodnoj nauchno-prakticheskoj konferencii professorsko-prepodavatel'skogo sostava i aspirantov. Belgorodskij universitet kooperacii, ehkonomiki i prava. 2013. P. 138 – 139. (rus.)
5. Bessmertnyi V.S., Krokhin V.P., Panasenko V.A., Nikiforov V.M., Shvyrkina O.N. Glazed wall ceramics using kmawaste. Glass and ceramics. 1998. 55 (7-8). P. 222 – 223.
6. Akulova M.V., Fedosov S.V. Atmospheric and corrosion resistance ingrease of concrete by plasma spaying of zink. Problemynaukowo-badawczebudownietwa: XLIII Konferencjanaukowa. Poznan: Krynia, 1997. VI. P. 5 – 7.
7. Fedosov S.V., Akulova M.V., SHCHepochnika YU.A., Podloznyj EH.D., Naumenko N.N. Plazmennoe oplavlenie stroitel'nyh kompozitov. M.: Izd-vo ASV; Ivanovo: IGASU, 2009. 228 p. (rus.)
8. Zdorenko N.M., Bondarenko N.I., Borisov I.N., Izofatova D.I., Dorokhova E.S. Increase of competitiveness of wall construction materials with use of plasma technologies. International Journal of Applied and Fundamental Research. 2014. 2.
9. Bessmertnyi V.S., Seroshtan M.V., Lyashko A.A., Krokhin V.P., Parshin N.M. Glazed wall ceramics with improved physicomechanical and decorative propenties. Glass and ceramics. 1999. 57 (5-6). P. 169 – 171.
10. Voloshko N.I., Koval'chenko N.A., Zdorenko N.M., Kupavcev EH.I. Povyshenie korrozionnoj stojkosti betonnyh izdelij metodom plazmennoj obrabotki. Mezhdunarodnyj zhurnal ehksperimental'nogo obrazovaniya. 2017. 1. P. 114. (rus.)
11. Bolelli G., Lusvarghi L., Maufredini T., Siligardi C. Influence of the manufacturing process of the crystallization behavior of a Czs glass system. Journal of Non-Crystalline Solids. 2005. 351 (30-32). P. 2537 – 2546.
12. Bolelli G., Cannillo V., Lusvarghi T., Manfredini T., Siligardi C., Bartuli C., Loreto A., Valente T. Plasma – sprayed glass-ceramic coatings on ceramic tiles:nicrostructure, chemical resistanace and mechanical pro-prties. Jonrnal of the EukopeanCeranicSociaty. 2005. 25 (11). P. 1835 – 1853.
13. Bessmertnyj V.S., Zubenko S.N., Antropova I.A. i dr. Innovacionnaya tekhnologiya polucheniya zashchitno-dekorativnyh pokrytij na drevesine i izdelij iz neyo. Uspekhi sovremennogo estestvoznaniya. 2014. 5-1. P. 181. (rus.)
14. Bessmertny V.S., Min'ko N.I., Bondarenko N.I., Simachev A.V., Zdorenko N.M., Rozdolskaya I.V., Bondarenko D.O. Evaluation of the competitiveness of wall building materials with glassy protective-decorative coatings obtained by plasma fusing. Glass and Ceramics. 2015. 72 (1-2). P. 41 – 46.
15. Buyantuev S.L., Bylkova N.V., Zayahanova M. E. Zashchitno-dekorativnye pokrytiya na stroitel'nyh izdeliyah s ispol'zovaniem syr'evyh materialov Buryatii. Stroitel'nye materialy. 2002. 8. P. 22 – 23. (rus.)
16. Bondarenko D.O., Bondarenko N.I., Bessmertnyi V.S., Burlakov N.M. Plasma-chemical modification of concrete processed by colorific metal salts. Advances in Engineering Research. 2017. 133. P. 128 – 134.
17. Zdorenko N.M., Izotova I.A., Strokova V.V. i dr.Plazmohimicheskoe modificirovanie steklokristallicheskogo kompozicionnogo materiala. Mezhdunarodnyj zhurnal ehksperimental'nogo obrazovaniya. 2017. 8. P. 50. (rus.)
18. Fedosov S.V, Akulova M.V., Koshelev E.V. Zakreplenie plazmooplavlennogo steklovidnogo dekorativnogo sloya na betone s pomoshch'yu propitok. Nauchnyj Vestnik Voronezhskogo gosudarstvennogo arhitekturno-stroitel'nogo universiteta. 2008. 3. P. 44 – 49. (rus.)
19. Koval'chenko N.A., Zdorenko N.M., Burlakov N.M., Karajchencev R.S. Plazmennoe napylenie cvetnyh metallov na izdeliyah stenovoj keramiki. Mezhdunarodnyj zhurnal ehksperimental'nogo obrazovaniya. 2016. 11-1. P. 81. (rus.)
20. Zdorenko N.M., Il'ina I.A., Bondarenko N.I.i dr. Formirovanie kachestva i konkurentosposobnosti stenovyh stroitel'nyh materialov avtoklavnogo tverdeniya. Sovremennye naukoemkie tekhnologii. 2014. 10. P. 120. (rus.)
Bessmertny V.S., Kochurin D.V., Bondarenko D.O., Bragina L.L., Yalovenko T.A. Vitreous protective and decorative coverings on wood particle board. Construction Materials and Products. 2018. 1 (4). P. 4 – 12. https://doi.org/10.34031/2618-7183-2018-1-4-4-12