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Acta Metall Sin  1982, Vol. 18 Issue (6): 671-675    DOI:
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A NOTE ON THE CORROSION FATIGUE OF STEEL 16MnRE
Tong Zhishen; Hou Yaoyong; Jiang Shengrui; Li Mingqi; Wu Darning; Shi Yue (Lanzhou University)
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Tong Zhishen; Hou Yaoyong; Jiang Shengrui; Li Mingqi; Wu Darning; Shi Yue (Lanzhou University). A NOTE ON THE CORROSION FATIGUE OF STEEL 16MnRE. Acta Metall Sin, 1982, 18(6): 671-675.

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Abstract  Three-point bend tests were conducted on the high cycle and high deformation fatigue crack growth rate of steel 16MnRE in aqueous H_2S saturated solution under different temperatures. Their corrosion fatigue activation energies were measured as 9.45 and 9.25 kcal/mol respectively. It may be proposed that the behaviour of corrosion fatigue cracking of steel 16MnRE in the saturated H_2S solution is mainly due to the hydrogen embrittlement and the rate of their crack growth is controlled by the hydrogen atom diffusion in steel.
Received:  18 June 1982     
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1 童志深;侯耀永;李明奇;蒋生蕊,金属学报,18(1982) .
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3 Batist, R. De., Internal Friction of Structural Defects in Crystalline Solids, North-Holland, 1972, p. 145.
4 Kikuta, Y.; Araki, T.; Ochial, S., Hydrogen in Metals, proceedings of the 2nd International Congress, Paris, June, 1977, Vol. 1, Oxford, Pergamon, 1977, p. 3A_3.
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