А.V. Protasov, B.А. Sivak, А.V. Lukyanov, А.S. Nikitenko, N.А. Shchegolev, JSHC VNIIMETMASH, Tenova East Europe; avp@vniimetmash.ru
1. Protasov A. V., Sivak B. A., Chichenev N. A.. Metallurgical production units and devices: Liquid steel secondary metallurgy units: // Lectures course. – M.: publishing house MISIS, 2009. – 182 p.
2. Protasov A. V., Pasechnik N. V., Sivak B. A.. Equipment for secondary steelmaking // – M.: Intermet engineering, 2010. – 415 p.
3. Javani Ch. Equipment and metallurgical aspects of vacuum treatment of steel. Techint Technologies//Melt Shops, 2003, 9. – 66 p.
4. Мetals handbook, v.15. Casting. 1988 ASM Internanional. Fours printing, March 1998.
5. Pat. RU 2 213 644 C1 /Ladle for the secondary steelmaking/ Protasov A. V..; publ. 10.10.2003, Bull. №28.
6. Efimov S. V., Zinchenko S. D., Filatov M. V., Fomenko V. A., Borodin D. I.. IF-steel production mastering with VD-OB-type ladle vacuum unit use //Stal (Steel), 2004, 7, p. 18-20.
7. Pivzaev V. V., Anders V. V., Gylyaev M. P. Comparative efficiency of steel degassing during the vacuum treatment with RH and VD types vacuum units use // Stal (Steel), 2002, 10, p. 24-26.
8. Pat. RU 2 324 744 C1 /Method of steel vacuum refining process in ladle, mechanism (variants) and junction pipe for its imlementation/ Lukyanov А. V., Shchegolev А. P., Sorokin А. М. et al.; publ. 20.05.08, Bull. №14.
9. Lukyanov А. V., Shchegolev А. P., Sorokin А. М. et al. Improved process of steel ladle vacuum treatment // Stal (Steel), 2008, 9, p. 15-19.
10. Shchegolev N. A., Lukyanov А. V. Features and advantages of steel vacuum refining process in ladle by VDF/VODF- technology // Metallurg, 2009, 1, p. 50-52.
11. Lukyanov А. V., Shchegolev N. A., Protasov A.V., Sivak B. A. Future of the industrial use of VDF/VODF ladle vacuum refining of the increased steel melts equipment and technology // Metals week in Moscow. 10-13 November 2009. Collection of conferences works. M. 2010. – P. 283-290.
12. Shchegolev N. A., Lukyanov А. V. Economic aspects of steel vacuum treatment by VDF/VODF-technology // Metallurg, 2009, 7. – P. 44-46.


