From inside the book
Results 1-3 of 85
Page 308
The effect of beam overlapping on the laser produced alloyed surface layer is illustrated by Fig . 19. As can be seen , an alloyed layer of almost uniform thickness is formed when beam shift is reduced from 400 to 200 μm .
The effect of beam overlapping on the laser produced alloyed surface layer is illustrated by Fig . 19. As can be seen , an alloyed layer of almost uniform thickness is formed when beam shift is reduced from 400 to 200 μm .
Page 309
reveal an increase in corrosion resistance of the alloyed surface layer . Such behaviour is likely due to a low chromium content in the alloyed layer that does not allow the formation of a continuous protective Cr2O , layer at the ...
reveal an increase in corrosion resistance of the alloyed surface layer . Such behaviour is likely due to a low chromium content in the alloyed layer that does not allow the formation of a continuous protective Cr2O , layer at the ...
Page 311
21 , the displacement most suitable for producing a highly alloyed surface layer in this specimen is 1.5 mm ( Fig . 21b ) . It is also evident that a smaller beam shift has to be employed at this displacement in order to produce a ...
21 , the displacement most suitable for producing a highly alloyed surface layer in this specimen is 1.5 mm ( Fig . 21b ) . It is also evident that a smaller beam shift has to be employed at this displacement in order to produce a ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
ELECTROCHEMICAL TECHNIQUES SIMPLE TESTS | 32 |
Electrochemical Techniques Simple Tests for Complex | 34 |
Cyclic Polarization Scans for Predicting Localized | 40 |
Copyright | |
39 other sections not shown
Other editions - View all
Common terms and phrases
acid active addition alloy anodes application behaviour biofilm carbon cathodic cause changes chemical chromate chromium coating complex concentration containing copper corrosion rate curves decrease dependent deposition determination developed edition effect electrochemical electrode engineering equipment evaluation example experimental experiments exposed Figure flow formation fouling frequency function growth heat flux heat transfer higher important included increase industrial inhibition inhibitors installations International ions iron oxide laboratory laser layer low alloy steel materials measurements mechanism metal method observed obtained operating organic paints particles passive performed plant polarization pores porosity possible potential practical prediction present problems protection published range reduce reference removal resistance Science selection shown shows solution specimen stainless steel substrate surface Table techniques Technology temperature thickness treatment volume zinc