From inside the book
Results 1-3 of 53
Page 16
3.4.1 Physical Vapour Deposition ( PVD ) Principles Materials are deposited onto a substrate from a source in high vacuum environment . This group of metal finishing methods is usually subdivided into Evaporation , Sputter Deposition ...
3.4.1 Physical Vapour Deposition ( PVD ) Principles Materials are deposited onto a substrate from a source in high vacuum environment . This group of metal finishing methods is usually subdivided into Evaporation , Sputter Deposition ...
Page 21
The high process temperature ( 800-1000 ° C ) often necessitate a postcoating heat treatment of the substrate . This may result in either cracking of the coating or distortion of the component . Appropriate substrate material selection ...
The high process temperature ( 800-1000 ° C ) often necessitate a postcoating heat treatment of the substrate . This may result in either cracking of the coating or distortion of the component . Appropriate substrate material selection ...
Page 27
More powerful lasers , and development of specific lasers ( wavelength ) for specific substrate materials . 3.6 . Diffusion Methods Principles Diffusion methods produce coatings by interdiffusion of coating elements and substrate .
More powerful lasers , and development of specific lasers ( wavelength ) for specific substrate materials . 3.6 . Diffusion Methods Principles Diffusion methods produce coatings by interdiffusion of coating elements and substrate .
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
H Craig and R N Parkins | 123 |
Some Studies of Ion Implantation in the fields of Corrosion and Stress | 202 |
J Kolts J B C Wu?P E Manning and A I Asphahani | 280 |
Copyright | |
45 other sections not shown
Other editions - View all
Common terms and phrases
acid active addition alloys aluminium analysis anodic applications base chemical chloride chromate coating combination composition compounds concentration considered containing Corrosion rates corrosion resistance critical curves density deposits determined effect electrochemical elements Engineering environments example expert system factor failure field Figure film growth heat higher implanted improved increase industry inhibition inhibitor ions iron knowledge layer limited materials measurements mechanism metal methods molybdate molybdenum obtained operation oxide paint passive performance pitting plating polarization possible potential present problems properties protection published Radioactive Tracer range reduced reported REVIEWS rules rust selection Services shown shows sodium solution specimens stainless steel stress corrosion cracking structure substrate surface Table techniques Technology temperature tests tube University values various zinc