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Quenched Fe–C materials with up to 0.875wt.% C were examined in 8.5M NaOH at 100°C to better understand the effect of carbon on caustic stress corrosion cracking (SCC) of plain steels. Carbon at contents up to about 0.23wt.% C accelerated anodic dissolution of iron, whereas at high contents it hindered corrosion and promoted the formation of magnetite. It is suggested that carbon particles on the...
Anodic behaviour of decarburised iron and of quenched Fe–C materials with up to 0.875wt% C was examined in 8.5M NaOH at 100°C to explain the role of carbon in caustic stress corrosion cracking (SCC) of plain steels. Removal of carbon from Armco iron strongly reduced its intergranular SCC. Slip steps on grains did not initiate cracks. It has been shown that carbon at low contents deteriorates the passivation...
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