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on the fatigue life of ASME SA-106-B pipingsteel in PWR environments // J. Mater. Eng. -1988.-V o l. 10.- P . 193-203.42. The effect of fluid flow on the stresscouosion cracking of ASTM A508C12 steel andAISI type 304 stainless steel in high temperaturewater / H. Choi et. al. // Corrosion. — 1982. -Vol. 38, N 2. — P. 76 — 85.43. Tice D.R., Atkinson J.D. Results of anInternational Collaborative Programme Examiningthe Effects of Temperature on Corrosion FatigueCrack Growth of Reactor Pressure VesselSteels // Proceedings of International Symposiumon Plant Aging and Life Predictions of CouodibleStructures. Sapporo, Japan: 1995. — P. 929 — 935.44. Timofeev B.T., Fedorova V.A.Corrosion and mechanical strength of NPP materialwelded joints // Intern. J. Pressure Vessels andPiping. — 1995. — Vol. 64. — P. 2 5 -4 2 .45. Speidel M.O., Magdowski R.M.Growth rates of stress corrosion cracks in reactorpressure vessel steel exposed to 288 °C water //Proc. 8-th Intern, symp. on environ, degradationof materials in nuclear power systcms-water reactors,California, USA, 25 — 29 August 1997. -P. 9 6 0 -9 6 3 .46. Speidel M.O., Magdowski R.M. Stresscouosion cracking and corrosion fatigue of nuclearreactor pressure vessel steels in hot water //J. Mater. Eng. — 1987. — N 2. — P. 157 — 162.47. Van Der Sluys W.