Abstract
The application of holographic interferometry to study the residual deformations induced in steel specimens by a pulsed ion implanter is presented. The proposed technique is non-destructive and non-contact. It is based on the use of a fixture which makes it possible to remove the specimen and to put it back into the same position after being implanted. A numerical model to calculate the residual deformations is evaluated by comparing with the results obtained holographically. The experimental behavior correlates with that predicted by the numerical computation results.
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