Abstract
This study investigated the effect of a preformed nanostructured surface on the corrosion behavior of 9Cr2WVTa reduced activation ferritic/martensitic (RAFM) steel and 9Cr+AlSi steel (9Cr2WVTa with the 0.12 wt.% Al and 0.68 wt.% Si addition) at 700 °C in air and at 550 °C in liquid lead–bismuth eutectic (LBE) alloys. The nanostructured surface layer was fabricated by surface mechanical rolling treatment (SMRT). The results showed that the SMRT 9Cr+AlSi sample has a lower oxidation rate than the SMRT 9Cr2WVTa steel at 700 °C in air, due to the faster diffusion rates of Al, Cr and Si in the nanostructure and a higher diffusion driving force increased by Cr. The SMRT 9Cr+AlSi sample at 550 °C in oxygen-saturated LBE alloy also had a higher oxidation rate, due to the formation of Al and Si oxides in the internal oxide layer.
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References
R. Klueh and A. Nelson, Journal of Nuclear Materials 371, (1), 2007 (37–52).
H. Tanigawa, K. Shiba, H. Sakasegawa, T. Hirose and S. Jitsukawa, Fusion Engineering and Design 86, (9), 2011 (2549–2552).
A. Kohyama, Y. Kohno, K. Asakura and H. Kayano, Journal of Nuclear Materials 212, 1994 (684–689).
N. Baluc, R. Schäublin, P. Spätig and M. Victoria, Nuclear Fusion 44, (1), 2004 (56).
G. Butterworth, Journal of Nuclear Materials 179, 1991 (135–142).
R. Klueh and E. Bloom, Nuclear Engineering and Design. Fusion 2, (3), 1985 (383–389).
D. Dulieu, K. Tupholme and G. Butterworth, Journal of Nuclear Materials 141, 1986 (1097–1101).
M. Tamura, H. Hayakawa, M. Tanimura, A. Hishinuma and T. Kondo, Journal of Nuclear Materials 141, 1986 (1067–1073).
T. Noda, F. Abe, H. Araki and M. Okada, Journal of Nuclear Materials 141, 1986 (1102–1106).
Z. Lu, R. Faulkner, N. Riddle, F. Martino and K. Yang, Journal of Nuclear Materials 386, 2009 (445–448).
H. Qun-ying, L. Chun-jing, L. Yan-fen, L. Shao-jun, W. Yi-can, L. Jian-gang, W. Fa-rong, J. Xin, S. Yi-yin and Y. Jin-nan, Chinese Journal of Nuclear Science and Engineering 1, 2007 (008).
J. S. Dunning, D. E. Alman and J. C. Rawers, Oxidation of Metals 57, (5), 2002 (409–425).
T. Ishitsuka, Y. Inoue and H. Ogawa, Oxidation of Metals 61, (1), 2004 (125–142).
S. G. Wang, M. Sun, H. B. Han, K. Long and Z. D. Zhang, Corrosion Science 72, 2013 (64–72).
R. L. Klueh and D. R. Harries, High-Chromium Ferritic and Martensitic Steels for Nuclear Applications, (ASTM, West Conshohocken, 2001).
N. Birks, G. H. Meier and F. S. Pettit, Introduction to the High-Temperature Oxidation of Metals, (Cambridge University Press, New York, 2006), p. 131.
S. Sadique, A. Mollah, M. Islam, M. Ali, M. Megat and S. Basri, Oxidation of Metals 54, (5–6), 2000 (385–400).
F. H. Stott, in Materials Science Forum, Vol. 251 (Trans Tech Publications, 1997), pp. 19–32.
F. H. Stott and G. C. Wood, Oxidation of Metals 44, 1995 (113–145).
C. S. Giggins and F. S. Pettit, Journal of the Electrochemical Society 118, (11), 1971 (1782–1790).
G. N. Irving, J. Stringer and D. P. Whittle, Corrosion 33, 1977 (56–60).
S. W. Guan and W. W. Smeltzer, Oxidation of Metals 42, 1994 (375).
J. F. Radavich, Corrosion 15, 1959 (613–617).
D. E. Jones and J. Stringer, Oxidation of Metals 9, 1975 (409).
F. H. Stott, G. J. Gabriel, F. I. Wei and G. C. Wood, Materials and Corrosion 38, (9), 1987 (521–531).
B. Gleeson and M. A. Harper, Oxidation of Metals 49, (3–4), 1998 (373–399).
G. H. Meier, K. Jung, N. Mu, N. M. Yanar, F. S. Pettit, J. P. Abellán, T. Olszewski, L. N. Hierro, W. J. Quadakkers and G. R. Holcomb, Oxidation of Metals 74, (5–6), 2010 (319–340).
L. Mikkelsen, S. Linderoth, J. Bilde-Sørensen, in Materials Science Forum, (Trans Tech Publ, 2004), p. 117.
DE Jones and J. Stringer, Oxidation of Metals 9, (5), 1975 (409–413).
E. A. Gulbransen and K. F. Andrew, Journal of the Electrochemical Society 106, (11), 1959 (941–948).
G. R. Holcomb and D. E. Alman, Scripta Materialia 54, (10), 2006 (1821–1825).
Y. H. Lu, Z. B. Wang, Y. Y. Song and L. J. Rong, Corrosion Science 102, 2016 (301–309).
X. Peng, Nanoscale 2, 2010 (262–268).
F. H. Wang, Oxidation of Metals 48, 1997 (215–224).
F. Stott, G. Gabriel, F. Wei and G. Wood, Materials and Corrosion 38, (9), 1987 (521–531).
B. Gleeson and M. Harper, Lifetime Modelling of High Temperature Corrosion Processes:(EFC 34), (Maney Publishing, London, 2001), p. 167.
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This work was financially supported by the Major Research Plan of the National Natural Science Foundation of China (No. 91226204) and the Strategic Priority Research Program of the Chinese Academy of Science (No. XDA03010304).
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Lu, Y., Zhang, M., Tang, W. et al. Effect of Nanostructured Surface on the Corrosion Behavior of RAFM Steels. Oxid Met 91, 495–510 (2019). https://doi.org/10.1007/s11085-019-09895-0
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DOI: https://doi.org/10.1007/s11085-019-09895-0