Abstract
The influence of the surface galvanic effect on the behaviors of three Fe_Cr alloys during cavitation damage in NaCl solutions have been investigated. The results showed that the galvanic effect caused by the inhomogeneity between the undamaged surface of the alloy and the damaged one will be enhanced by the area ratio of the undamaged and the damaged.The behaviors of alloys during cavitation are closely related to both their mechanical performance and anti_corrosion capabilities.
Publication Date
2003-02-28
Online Available Date
2003-02-28
Revised Date
2003-02-28
Received Date
2003-02-28
Recommended Citation
Xia BAI, Dong-bai SUN, Hong-ying YU, Hui-ming MENG, Hui-qin LI, Zi-shuang FAN.
Behaviors of Fe-Cr Alloys during Cavitation Damage[J]. Journal of Electrochemistry,
2003
,
9(1): 54-59.
DOI: 10.61558/2993-074X.1484
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol9/iss1/10
References
[1] SUNDong-bai,ZHANGXiu-li,YUHong-ying,etal.Experimentalstudyonelectrochemicalpotentialintheprocessofcavitationdamage[J].TransactionsofCorrosionandProtectionofChina,2000,20(5):308~311.
[2] ZHANGXiu-li,SUNDong-bai,YUHong-ying,etal.Thestudyonelectrochemicalexperimentalde-viceincavitationdamage[A].TheLatestDevelopmentofCorrosionScienceandTechnology-Papersforthe20thAnniversaryofCorrosionandProtectionSocietyofChina[C].Beijing:ChemicalIndustrialPress,1999.559~561.
[3] WANGZheng-qiao,WUYou-lin,StainlessSteel[M].Beijing:ChemicalIndustrialPress,1991.84~136.
[4] GutmanZM.MechanicalChemistryandAnti-CorrosionofMetal[M]Beijing:SciencePress,1989.195~214
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