From inside the book
Results 1-3 of 81
Page 10
WW rosin resin Dry film thickness required , minimum 250 μm Efficiency , 100 % 55 3.3 . Calcium resinate Dry film thickness required , minimum 200 μm Efficiency , 90 % Disproportionated Calcium Resinate 56 3.2 Disproportionated WW rosin ...
WW rosin resin Dry film thickness required , minimum 250 μm Efficiency , 100 % 55 3.3 . Calcium resinate Dry film thickness required , minimum 200 μm Efficiency , 90 % Disproportionated Calcium Resinate 56 3.2 Disproportionated WW rosin ...
Page 19
Influence of the ZRP film thickness . The value of the dry film thickness is an important factor affecting the corrosion protection of steels in aggressive environments during the serviceable life of ZRP coatings / 1 / .
Influence of the ZRP film thickness . The value of the dry film thickness is an important factor affecting the corrosion protection of steels in aggressive environments during the serviceable life of ZRP coatings / 1 / .
Page 458
Thickness ( nm ) 1000.00 100.00 10.00 Hotot H H ннннн 0.00 H HH I ☆ Total Film Thickness Outermost Layer Intermediate Region Innermost Layer HHH HHH 101 H 4.00 Al content ( wt % ) 101 H I 主 11 I 8.00 Fig . 12 : Thickness of oxide film ...
Thickness ( nm ) 1000.00 100.00 10.00 Hotot H H ннннн 0.00 H HH I ☆ Total Film Thickness Outermost Layer Intermediate Region Innermost Layer HHH HHH 101 H 4.00 Al content ( wt % ) 101 H I 主 11 I 8.00 Fig . 12 : Thickness of oxide film ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
Expert Systems for Corrosion Prevention and Control | 1 |
Use of Computerized Techniques in Corrosion | 15 |
Design and Structure of Knowledge Based Systems | 71 |
22 other sections not shown
Other editions - View all
Common terms and phrases
acid active addition alloys aluminum analysis anodic application behaviour cathodic cause changes characteristics chemical chloride coatings composition concentration containing corrosion rate corrosion resistance cracking curves density depends deposits determined dissolution effect electrochemical engineering environment evaluation experimental expert system exposure factors failure Figure film formation fuel function higher hydrogen impedance important increase indicated industry inhibition inhibitors initiation interface International iron Italy knowledge layer limited materials measurements mechanism metal method observed obtained occur operation organic oxide paint panels parameters particles performance pigment pitting plant polarization potential prediction present problems properties protection reaction reference resinate resistance samples selection showed shown solution specific specimens steel stress structure surface Table techniques Technology temperature tests thickness values zinc