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Page 386
The latter term , which is inversely proportional to the film thickness , was shown to be lowered by anion adsorption , so reducing the critical film thickness and giving breakdown . In another model / 101 / Sato examined the breakdown ...
The latter term , which is inversely proportional to the film thickness , was shown to be lowered by anion adsorption , so reducing the critical film thickness and giving breakdown . In another model / 101 / Sato examined the breakdown ...
Page 387
This critical potential is the lowest potential value for pore formation , below which the passive film is resistant to electrocapillary breakdown . However , it was also emphasised by Sato that film breakdown need not necessarily lead ...
This critical potential is the lowest potential value for pore formation , below which the passive film is resistant to electrocapillary breakdown . However , it was also emphasised by Sato that film breakdown need not necessarily lead ...
Page 389
For each metal and alloy , a critical acidification is necessary to render repassivation impossible and sustain pit activity . The acidification depends on flaw ix , where i is the current density and x is the pit depth .
For each metal and alloy , a critical acidification is necessary to render repassivation impossible and sustain pit activity . The acidification depends on flaw ix , where i is the current density and x is the pit depth .
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Contents
Expert Systems for Corrosion Prevention and Control | 1 |
Use of Computerized Techniques in Corrosion | 15 |
Design and Structure of Knowledge Based Systems | 71 |
19 other sections not shown
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