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2012 | 12 | 3 |
Tytuł artykułu

Theoretical aspects and practical recommendations for use of methods of binding materials modification and mechanical treatment to solve technological and ecological production problems

Treść / Zawartość
Warianty tytułu
RU
Teoreticheskie aspekty i prakticheskie rekomendacii ispol'zovanija metodov modificirovanija i mekhanoobrabotki svjazujushhikh materialov dlja reshenija tekhnologicheskikh i ehkologicheskikh problem proizvodstva
Języki publikacji
EN
Abstrakty
EN
Active application of new progressive methods of binding materials treatment allows to solve ecological alongside with pure technological and economic problems. Mechanical activation and modification, as the most effective representatives of such methods, lead to substantial increase of binders quality. The use of such methods allows to control structure formation processes while forming polymeric matrix of a binder. It may become an effective regulator for expansion of volumes of ecologically safe binding materials usage due to displacement of ecologically hazardous synthetic resins and oil materials which are the source of harmful discharge in technological processes where binding materials are used.
RU
Активное применение новых прогрессивных методов обработки связующих материалов позволяет наряду с решением чисто технологических и экономических проблем, решать и экологические. Механоактивация и модифицирование, как наиболее эффективные представители таких методов, приводят к существенному повышению качества связующих материалов. Их использование позволяет управлять процессами структурообразования при формировании полимерной матрицы связующего. Это может стать действенным регулятором для расширения объемов применения экологически безопасных связующих материалов за счет вытеснения экологически опасных синтетических смол и масляных материалов, являющихся источником вредных выбросов в технологических процессах, где применяются связующие материалы.
Wydawca
-
Rocznik
Tom
12
Numer
3
Opis fizyczny
p.51-57,fig.,ref.
Twórcy
autor
  • Volodymyr Dahl East Ukrainian National University, Lugansk, Ukraine
autor
autor
Bibliografia
  • 1. Feingold M.I., 1993.: Perspectives of obtaining and use of technical lingo-sulphonates. Thesis of paper for the conference “Moulds and rods mixtures with organic binding materials in foundry production”, p. 6 – 8.
  • 2. Svinoroev Yu. A., 2009.: Application of progressive methods of foundry binders treatment as a tool for decrease of technological processes resourceconsuming and decision of production and economic problems of regional enterprises. Vesnik of the East- Ukrainian National University named after V. Dahl, 2(132), p. 362-371.
  • 3. Svinoroev Yu. A., 2005.: Theoretical preconditions of development of new ecologically pure binders based on technical lingo-sulphonates for cast shapes in production of food processing industry equipment parts. Vesnik of the East-Ukrainian National University named after V. Dahl, № 11 (93), p. 186-189.
  • 4. Golozin V.S., Svinoroev Yu.A., 1997.: Patent for image RF №2071866 „Binder for production of foundry rods and moulds of heat hardening”.
  • 5. Boldin A.N., Davydov N.I., Zhukovskiy S.S., 2006.: Foundry moulding materials. Moulding, rod mixtures and films. Machinebuilding, 507 p.
  • 6. Ravich B.M. , 1975.: Briquetting in ferrous and nonferrous metallurgy.Metallurgy, 232p.
  • 7. Landow М. Р, Crawford Mark I., Martinez M., 2000.: Benefits of Recycling Blast Furnace Waste Materials at National Steel - Great Lakes Division by Cold Bonded Briquetting: 59th Ironmaking conference proceedings. Pittsburgh. Pennsylvania, p. 225-231.
  • 8. Cupola furnace forthe recycling of steel mill waste materials to liquid hot metal, 2001: KUTTNER: Presentation on occasion of the Russo-Ukrainian blast furnace conference. Kosice.
  • 9. Uhmylova G.S., 1981.: Modern state and development of compressed charge mix cocking processes abroad. Chermetunformatiya, №15 (108), 44p.
  • 10. А.с. 1645763 USSR, MKI5 F23G5/20. Installation for thermal rendering harmless as to combustion heat and humidity of wastes. / Guselnikov K.I., Kulagina N.V., Danilov O.I., and others.; Siberia branch of NPO Tehenergokhimprom. - N 4683599/33;Inventor’s application. 24.04.89; Published. 30.04.91,Bul. N 16.
  • 11. Sormatov M.I. Elements of theory and calculation of presses for coal briquetting. M.: Ugletechizdat 1954.-458p.
  • 12. Bashilov N.M., Bogomazova L.M., Konstantinov G.A., 1999.: Rotor machine for solid wastes briquetting. Ecology and Industry of Russia, June, p.11-12.
  • 13. Garin V.M., Khvosticov A.G. , 1999.: Trends in sovution of waste utilization problem. Life safety. Labour and environment protection:collection of inter-institutes scientific works Issue 3. Rostov-on- Don state academy of agricultural machinebuilding. Rostov-on-Donу, p.83-84.
  • 14. Demina L.A., Morozova T.F., 2002.: Once more about wastes. Energy: economics, thecnology, ecology, N 10, p.58-64.
  • 15. Shantarin V.D., Artemieva T.V., Dvoinikova A.V., 1996.: Wasteless utilization of domestic and industrial wastes. Oil and Gas of West Siberia: thesis international scientific and technical conference. Tumen.
  • 16. Sapotnickiy S. A., 1965.: Use of silphit alkoli. ChPI. Lesnay promishlennost, 261 p.
  • 17. Spassky A. E., 1983.: Policondinsation lignosulphate by hot outcast. ChPI, p. 45-50.
  • 18. Sidorenkova L.A., 1983.: Termal and thermochemical activity of mixture with binding lignosulphats. KPI, 18 p.
  • 19. Svinoroev Yu., Kostrub V., Klimova O., 2010.: New ecological binder materials based on vegetative raw materials processing products. TEKA Commission of Motorization and Power Industry in Agriculture, V. XB, p.227-231.
  • 20. Zhizhkina N., Budagyants N., Gutko Y., 2010.: The refining of rolls metal of nonmetallic inclusions during centrifugal casting. TEKA Commission of Motorization and Power Industry in Agriculture, V. XD, p.73-80.
Typ dokumentu
Bibliografia
Identyfikatory
Identyfikator YADDA
bwmeta1.element.agro-75efdbc2-e421-4938-88ae-9790185fc226
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