References
- Arzamasov BN, Brostrem VA, Bush NA. Structural materials: handbook. Moscow: Mashinostroenie; 1990. p. 688. (In Russian)
- Dolotov BI. Submerged arc welding with a tungsten electrode. Moscow: Mashinostroenie; 2004. p. 208. (In Russian)
- Muravyov VI, Bakhmatov PV. Ensuring the reliability of structures made of titanium alloys. Moscow: Ecom; 2009. p. 752. (In Russian)
- Redchits VV, Frolov VA, Kazakov VA, et al. Porosity at welding of non-ferrous metals. Moscow: Publishing Center “Technology of Mechanical Engineering”; 2002. p. 448. (In Russian)
- Muravyov VI. Pore formation problems in welded seams of titanium alloys. Metall Heat Treat Met. 2005;(7):31–37. (In Russian)
- Muravyov VI, Bakhmatov PV. Dominant factors of formation of the interface, causing capillary condensation of contaminants and defectiveness of the weld metal of titanium structures. Weld Diagn. 2016;(3):11–16.
- Electron beam weldingy. stc-paton.com. daily online ed. [Internet]. 2013. [cited 2017 Oct 16]. https://stc-paton.com/rus/equipment/ebw04. (In Russian)
- Gurevich SM, Zamkov VN. Handbook of welding of non-ferrous metals. 2nd ed. Kiev: Nauk. Dumka; 1990. p. 512. (In Russian)
- Bratukhin AG. Stamping, welding, brazing and heat treatment of titanium and its alloys in aircraft construction. Moscow: Mashinostroenie; 1997. p. 600. (In Russian)
- Bashenko VV, Vikhman VB. State and prospects of development of an electron beam welding. Technology and equipment for electron beam welding. Collection of papers of 1st St. Petersburg. Int. scientific and technical conf., 2008 May 19-22. St. Petersburg: Vit-Print; 2008. p. 5–21. (In Russian)
- Vikhman VB, Kozlov AN, Maslov MA. Advantages and disadvantages of an electron beam when welding in comparison to a laser beam and an electric arc. Collection of papers of 3rd St. Petersburg. Int. scientific and technical conf., 2014 June 24–26. St. Petersburg: Ed. Polytechnic University; 2014. p. 4–19. (In Russian)
- Masny H. Multi-beam technology in electron beam welding. Weld Join Inst. 2006;(34):1–4.
- Zenker R. Modern thermal electron beam processes – research results and industrial application. La Metallurgia Italiana. 2009;(3):1–8.
- Volker A. Elektronen strahlschweiβen Grund lageneiner faszinierenden Technik. Munich; 2011. p. 98.
- Maksimovich GG, Fedirko VN, Spektor YI. Heat treatment of titanium and aluminum alloys in vacuum and inert media. Kiev: Naukova Dumka; 1987. p. 181. (In Russian)
- Nikiforov GD, Redchits VV. On the mechanism of pore formation during welding of titanium alloys. Weld Ind (Svarochnoye Proizvodstvo). 1971;(3):49–51. (In Russian)
- Lozeev GE, Chernitsyn AI, Frolov VV. Processes in the butt of the welded joint and their effect on the porosity of the weld metal. Automotive Weld. 1977;(2):25–30.