Szczegóły Szczegóły PDF BIBTEX RIS Tytuł artykułu Influence of High-Temperature Treatment of Melt on the Composition and Structure of Aluminum Alloy Tytuł czasopisma Archives of Foundry Engineering Rocznik 2017 Wolumin vol. 17 Numer No 4 Autorzy Grachev, V.A. ; Turakhodjaev, N.D. Słowa kluczowe Innovative foundry technologies and materials ; heat treatment ; Aluminum alloy structure ; Fine-grained microstructure ; Gas-fired and electric arc furnaces Wydział PAN Nauki Techniczne Wydawca The Katowice Branch of the Polish Academy of Sciences Data 2017 Typ Artykuły / Articles Identyfikator DOI: 10.1515/afe-2017-0131 ; ISSN 2299-2944 Źródło Archives of Foundry Engineering; 2017; vol. 17; No 4 Referencje Turakhodjaev (2016), Scientific and technical solutions for getting high qualitative structure during melting operation of aluminium alloy materials Doctoral dissertation Tashkent State Technical University, null, 18. ; Kruk (1991), Application of gas - static treatment for improvement of the welded joints quality Welding International, null, 12, 8. ; Rasulov (2004), null, 1. ; Costa (2012), The effect of Sc additions on the microstructure and age hardening behaviour of as cast alloys Materials Design, null, 23, 347. ; Shazimov (1990), investigation and application of aluminum casting alloys smelting in shaftreverberatory furnaces Ph Dissertation State University, Development Tech, 28. ; Turakhodjaev (2008), Improving the quality of aluminum alloys produced from gas furnaces Tashkent State Technical University, Bulletin, 193. ; Shazimov (1992), USSR certificate of authorship No Method and device for refining aluminum alloys State Committee for Inventions and Discoveries, null. ; Shazimov (1992), Study of the refractory partition s influence on the heat transfer and gas content of aluminum alloys smelted in gas shaft - reverberatory furnaces In Metal saving in construction and casting, null, 29, 110. ; Kablov (null), Innovative development of trends guidelines rd ed, null, 13, 2015. ; Simonov (2000), Patent Alloys smelting based on cuprum Federal Service on Intellectual Property, null, 24, 2167214. ; Ametistov (1982), and mass transfer Thermotechnical experiment Reference book, Heat, 27. ; Boin (2004), Measuringmodelling Understanding the Al scrap melting process inside a rotary furnace, null, 20, 264. ; Bragina (2014), modeling of the charge heating In International and Practice Conference Modern High Technologies Priorities and Training, Mathematical Science Development Personnel, 31, 26. ; Belgium (2004), European Aluminium Association Aluminium recycling The road to high quality products Retrieved from www eaa net, null, 19. ; Bazarbayev (2005), Recovery of heat in the shaft of melting units In th National Research and Practice Conference Youth in the Development of, Science Education, 16, 72. ; Vorontsov (2007), installation for determination of hydrogen content in aluminum casting alloys, null, 1. ; Nurmurodov (2016), of new structural materials with improved mechanical properties and high quality of structures through new methods of Materials Research, Development Journal Science, 5, 52. ; Deyev (2003), High - temperature treatment of melt almanac, null, 14. ; Grachev (1989), Advanced smelting of aluminum alloys In National Scientific and Technical Conference Modern technological processes of high - grade products by means of casting and powder metallurgy, null, 26. ; Cherny (1992), certificate of authorship No Shaft - reverberatory gas furnace State Committee for Inventions and Discoveries, null. ; Giyasov (2005), Sh Modification of aluminum alloys In National Research and Practice Conference Mashinasozlik tarmoklarida talim fan va ishlab chikarish integratsiyasi, null, 17, 62. ; Tulyaganov (2005), Sh Influence of melting cast iron in a liquid - fuel furnace on the cast iron quality In National Research and Practice Conference Innovation of and Production, Science Education, 15, 92. ; Yakimov (2016), Improvement of the mechanical and operational properties of cast blanks Proceedings of the Komsomolsk - na - Amure State Technical University, null, 11, 1. ; Karimov (null), and analytical realization of the mathematical model of controlled motion of a positioning mechanism, Development European Applied Sciences, 2015. ; Naidek (2008), Improving the quality of aluminum and copper alloys castings by means of plasmareagent treatment of melts, null. ; Andreev (1988), Aluminum alloys smelting in shaft furnaces, null, 25. ; Abdullayev (2005), Aluminum alloys smelting in gas - fired furnaces In National Practice Conference Youth in, Science Science Education Development, 30, 96. ; Shazimov (1992), USSR certificate of authorship No Shaft - reverberatory furnace for aluminum and aluminum alloys smelting State Committee for Inventions and Discoveries, null. ; Puga (2009), Recycling of aluminium swarf by direct incorporation in aluminium melts of Materials Processing, Journal Technology, 22, 209. ; Nikitin (2007), Software - hardware complex for the aluminum alloys ingots porosity determination on the basis of the SIAMS analyser, null, 700. ; Danilkin (1990), Determination of gas inclusions in aluminum alloys, null.