Corrosion Reviews, Volumes 14-15Scientific Publications Division, Freund Publishing House, 1996 |
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Page 198
... increase of 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 ...
... increase of 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 ...
Page 427
... increase of lithium concentration to 2.3 % in the alloy , the value of Ecor - Ep.i also rises from 0.073 V ( 0.8 % Li ) to 0.169 V ( 2.3 % Li ) , i.e. 2.3 times ( Table 3 ) . The latter points to the fact that with the increase of ...
... increase of lithium concentration to 2.3 % in the alloy , the value of Ecor - Ep.i also rises from 0.073 V ( 0.8 % Li ) to 0.169 V ( 2.3 % Li ) , i.e. 2.3 times ( Table 3 ) . The latter points to the fact that with the increase of ...
Page 455
... increase in the aluminium oxide concentration with increase in the amount of alloyed aluminium up to about 4 % can thus be correlated with the significant improvement in the corrosion resistance of Mg - Al alloys in this composition ...
... increase in the aluminium oxide concentration with increase in the amount of alloyed aluminium up to about 4 % can thus be correlated with the significant improvement in the corrosion resistance of Mg - Al alloys in this composition ...
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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acid alloys aluminum analysis anodic anticorrosive application aqueous ASTM behaviour binder Biofouling carbon cathodic protection Chem chemical chloride composition concentration containing corrosion control corrosion inhibitors corrosion potential corrosion protection corrosion rate corrosion resistance Corrosion Reviews current density deposits disproportionated calcium resinate dissolution effect electrochemical electrode electrolyte engineering environment evaluation experimental expert system exposure film thickness fuel function galvanic galvanic corrosion gas turbine hydrogen immersion impedance increase industry inhibition inhibitors interface ions layer materials measurements mechanism metal Michael Schorr NACE International oxide paint film panels parameters particles passive performance petrochemical pigment pitting corrosion polarization curves polymer potentiostatic prediction present properties reaction samples silicate Skoulikidis sodium solution specific specimens steel stress corrosion cracking structure substrate surface system developer Table techniques Technology temperature tests titanium values WW rosin zinc ZRP coatings