✍ Scribed by A. Szummer; K. Lublińska; M. Janik-Czachor
No coin nor oath required. For personal study only.
Electrochemical measurements have shown that low Mn (∼︁ 0.2% Mn) modified stainless steels with low (⩽ 1.2% Mo) or no Mo exhibit a higher pitting resistance in NaCl aq (0.005 M up to 2 M NaCl) than the analoguous commercial steels with 1.4% Mn and ∼︁ 2.8% Mo. Microscopic examinations and X‐ray microprobe analysis revealed a correlation between pitting resistance of the steels and the composition of the nonmetallic inclusions as well as of the adjacent matrix. They both differ considerably for the two groups of steels.
📜 SIMILAR VOLUMES
The effect of illumination on passivity and the initiation of pitting corrosion on pure iron in borate buffer pH 8.4 is studied. It is observed that a monochromatic (325 nm) illumination of the sample leads to a very strong increase in its pitting corrosion resistance-apparent from pitting potential
The effects of substituting P for B in Fe base and Fe-Ni base glasses have been investigated. The electrochemical measurements have shown that a substitution of B by P increases the ability of the alloys to passivate and stability of their passive state. Surface analysis with AES revealed that for F