WINNING I G,BRETHERTON N,MCMAHON A,et al.Evaluation of weld corrosion behavior and the application of corrosion inhibitors and combined scale,corrosion inhibitors[A],The 59th NACE Annual Conference[C],Houston:Omnipress,2004.
[2]
JOOSTEN M W,KOLTS J,HUMBLE P G.Aspects of selective weld and HAZ attack in CO2 containing production environments[A],The 51st NACE Annual Conference[C],Houston:Omnipress,1996.
[3]
LEE C M,BOND S,WOOLLIN P.Preferential weld corrosion effects of weldment microstructure and composition[A],The 60th NACE Annual Conference[C],Houston:Omnipress,2005.
[4]
SINGH R K,MUDDLE B.C.Role of high temperature corrosion in life assessment and microstructural degradation of Cr-Mo steel weldments[J],International Journal of Pressure Vessels and Piping,2000,77(2-3):117-123.
TAKABE H,UEDA M.Corrosion resistance of low Cr bearing steel in sweet and sour environments[A],The 57th NACE Annual Conference[C],Houston:Omnipress,2002.
[8]
TAKABE H,UEDA M.The relationship between CO2 corrosion resistance and corrosion products structure on carbon and low Cr bearing steels[J],Corrosion Engineering,2007,56(11):514-520.
BOSCH C,JANSEN J P,POEPPERLING R K.Influence of chromium contents of 0.5% to 1.0% on the corrosion behavior of low alloy steel for large-diameter pipes in CO2 containing aqueous media[A],58th NACE Annual Conference[C],Houston:Omnipress,2003.
