1. On amendments to the Federal law «On industrial safety of hazardous production facilities». (2013). Federal Law No. 22-FZ. Russian Federation. Available at: http://www.rg.ru/2013/03/06/prombez-dok.html
2. Guidelines for carrying out risk analysis of hazard-ous production facilities. (2001) Regulation document No. RD 03-418-01. Moscow: FGUP «NTTs «Promyshlennaia bezopasnost'»
3. Lauridsen K., Kozine I., Markert F. et al. (2002). Assessment of uncertainties in risk analysis of chemical es-tablishments. The ASSURANCE project. Final summary report. Roskilde: National Laboratory.
4. Konovalov N. N. (2004). Norming of defects and re-liability of non-destructive testing of welded joints. Moscow: GUP NTTs PB.
5. The security of Russia. Legal, socio-economic and scientific-technical aspects. Risk analysis and security issues: in 4 parts. Part 1. Fundamentals of analysis and safety regulation. Part 2. The civil security and defense systems and risk management. Part 3. Applied questions of risk analysis for critical infrastructure. Part 4. Scientific-methodological basis of risk analysis and security. (2006-2007). Moscow: Znanie.
6. Makhutov N. A., Gadenin M. M. (Eds.), Frolov K. V., Dragunov Iu. G. et al. (2009). Risk analysis and safety improvement in water-cooled power reactors. Moscow: Nauka.
7. Tutnov A. A., Tkachev V. V. (1988). Calculation of the probability of the beginning of brittle destruction of pres-sure vessels. Atomnaia energiia, 64(3), pp. 188-194.
8. Calculation methods and norms of permissible sizes of defects in welded joints of pipes Du 300 KMPTs RBMK. (2003). Guidance documents of the operating organization No. RD EO 0489–03. Russian Federation. Moscow.
9. Volchenko V. N. (1979). The probability and relia-bility of evaluation of the metal quality. Moscow: Metallurgiia.
10. Ivanov V. I., Vlasov I. E. (2002). Several problems of non-destructive testing. Defektoskopiia, (7), pp. 82 – 93.
11. Vlasov I. E., Ivanov V. I. (1998). About defecto metric approaches in ultrasonic testing. Defektoskopiia, (2), p. 41.
12. Shcherbinskii V. G. (2014). The technology of ultra-sonic testing of welded joints. St. Petersburg: SVEN.
13. Fόrli O. (1990). Development and optimization of NDT for practical use – Optimal NDT efforts and use of NDT results. 5 Nordiska NDT Symposiet Esbo, Finland, IIW Re-port Number IIW-V-968-91, p. 46.
14. Visser W. (2002). POD/POS curves for non-destructive examination. HSE BOOKS. Available at: www.hsebooks.co.uk. Evaluation of the sizing results of 12 flaws of the full scale vessel installation (1993). PISC III report No 26 – Action 2 – Phase 1, JRC report No EUR 15371 EN.
15. Badalian V. G., Vopilkin A. Kh. (2010). Monitoring of welded joints of pipelines using AUT systems with coher-ent data processing. Automated ultrasonic inspection of high-risk facilities: jubilee collection of scientific papers. Moscow: OOO NPTs «EKhO+», St. Petersburg: SVEN, pp. 12 – 16.
16. Samokrutov A. A., Shevaldykin V. G. (2011). Ul-trasound imaging of structures using digital focus of antenna array. Defektoskopiia, (1), pp. 21-38.
17. Cherepanov G. P. (1974). Mechanics of brittle de-struction. Moscow: Nauka.
18. Lepikhin A. M., Makhutov N. A., Moskvichev V. V., Cherniaev A. P. (2003). Probabilistic risk analysis of technical systems. Novosibirsk: Nauka.
19. Bogdanov Dzh., Kozin F. (1989). Probabilistic model of damage accumulation. Moscow: Mir.
20. Ivanov V. I., Kuranov V. N., Riabov A. N. (1986). About acoustic emission under low cycle fatigue. DAN, 288(6), pp. 1335 – 1338.
21. Calculation methods and norms of permissible sizes of defects in welded joints of pipes Du 300 KMPTs RBMK. (2002). Guidance documents of the operating organization No. RD EO 0489–03. Russian Federation. Moscow. «Rosenergoatom» Concern.
22. Risk-Based Inspection. (2008). Base Resource Doc-ument. API PUBLICATION 581. 2nd ed. Washington: API Publishing Services.
23. Sergiev B. P., Musatov V. V., Luk'ianenko N. A. (2013). Increasing intervals between overhauls processing units. Experience and practice of CJSC «GIAP-DISTtsentr». Promyshlennyi servis, 48(3), pp. 2 – 9.