Corrosion Reviews, Volumes 14-15Scientific Publications Division, Freund Publishing House, 1996 |
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Page 379
... film formation - dissolution current density ( i ) which must be differentiated from the film formation current density ( ig ) . For the noble metals , at low anodic overpotentials ( i ) = 0. However , ( IM ) is related to the fraction ...
... film formation - dissolution current density ( i ) which must be differentiated from the film formation current density ( ig ) . For the noble metals , at low anodic overpotentials ( i ) = 0. However , ( IM ) is related to the fraction ...
Page 387
... film is resistant to electrocapillary breakdown . However , it was also emphasised by Sato that film breakdown need not necessarily lead to pitting . Sato has considered the thinning of film at sites where chloride ions agglomerate and ...
... film is resistant to electrocapillary breakdown . However , it was also emphasised by Sato that film breakdown need not necessarily lead to pitting . Sato has considered the thinning of film at sites where chloride ions agglomerate and ...
Page 473
... film is amorphous alumina ( Al2O3 ) / 1,2 / , to 4 nm thick at room temperature . Thickness increases with temperature ; typically 10 nm after heat treatment at 400 ° C . In contrast with humid environments , the external side of the ...
... film is amorphous alumina ( Al2O3 ) / 1,2 / , to 4 nm thick at room temperature . Thickness increases with temperature ; typically 10 nm after heat treatment at 400 ° C . In contrast with humid environments , the external side of the ...
Contents
Expert Systems for Corrosion Prevention and Control | 1 |
Use of Computerized Techniques in Corrosion | 15 |
Design and Structure of Knowledge Based Systems | 71 |
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