Abstract
We propose a method for analyzing both theoretically and
experimentally the behavior of the phase of the waves diffracted by
gratings. The method is applied to the study of resonance
phenomena. It is used for determining the optogeometrical
parameters of a metallic grating. We show that the experimental
setup, which is insensitive to mechanical drifts or thermal
fluctuations, can be used for sensing purposes.
© 2001 Optical Society of America
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