Corrosion Reviews, Volumes 14-15Scientific Publications Division, Freund Publishing House, 1996 |
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Page 198
... concentration due to lesser ionic dissociation , giving less protons and corresponding acidity . On the other hand , in hydrochloric acid solutions the corrosion rate increases with increase in concentration of the acid . With mild ...
... concentration due to lesser ionic dissociation , giving less protons and corresponding acidity . On the other hand , in hydrochloric acid solutions the corrosion rate increases with increase in concentration of the acid . With mild ...
Page 427
... concentration are characterized by lower passivating ability ( Fig . 2c , d ) than the alloys with a lower content of this component . At the same time , with the increase of lithium concentration to 2.3 % in the alloy , the value of ...
... concentration are characterized by lower passivating ability ( Fig . 2c , d ) than the alloys with a lower content of this component . At the same time , with the increase of lithium concentration to 2.3 % in the alloy , the value of ...
Page 455
... concentration in the oxide reaches a terminal level of about 35 atom % independent of the aluminium content of the alloy as long as the latter is equal to or larger than about 4 % . If the aluminium content of the alloy is decreased ...
... concentration in the oxide reaches a terminal level of about 35 atom % independent of the aluminium content of the alloy as long as the latter is equal to or larger than about 4 % . If the aluminium content of the alloy is decreased ...
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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