Cathodic modification: Difference between revisions
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'''Cathodic modification''' is the retardation of [[anodic reaction]] as the result of an increase in the ability of an [[alloy]] to be passivated by the introduction of an active [[cathode]] into the alloy e.g. the alloying of [[stainless steel]] and [[titanium]] with [[platinum]] group metals <sup>(1)</sup>. This is one way in which [[corrosion]] resistant alloys can be produced and the resistance of alloy against electrochemical attack increased. |
'''Cathodic modification''' is the retardation of [[anodic reaction]] as the result of an increase in the ability of an [[alloy]] to be passivated by the introduction of an active [[cathode]] into the alloy e.g. the alloying of [[stainless steel]] and [[titanium]] with [[platinum]] group metals <sup>(1)</sup>. This is one way in which [[corrosion]] resistant alloys can be produced and the resistance of alloy against electrochemical attack increased. |
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Revision as of 07:50, 31 May 2020
 | This article relies largely or entirely on a single source. (May 2011) |
Cathodic modification is the retardation of anodic reaction as the result of an increase in the ability of an alloy to be passivated by the introduction of an active cathode into the alloy e.g. the alloying of stainless steel and titanium with platinum group metals (1). This is one way in which corrosion resistant alloys can be produced and the resistance of alloy against electrochemical attack increased.
References
1. Potgieter J. H., Heyns A.M., Skinner W. 1990. Cathodic modification as a means of improving the corrosion resistance of alloys. Journal of Applied Electrochemistry, 20: 711 - 715.