Abstract
Different Grazing Incidence Diffraction (GID) methods for the analysis of thin films and multilayer structures are reviewed in three sections: the reflectivity is developed in the first one, which includes the non-specular diffuse scattering. The second one is devoted to the extremely asymmetric Bragg diffraction and the third one to the in-plane Bragg diffraction. Analytical formulations of the scattered intensities are developed for each geometry, in the framework of the kinetical analysis as well as the dynamical theory. Experimental examples are given to illustrate the quantitative possibility of the GID techniques.
Gilles, B
[1]
- LTPCM, ENSEEG. St. Martin d`Heres. (France)
Citation Formats
Gilles, B.
Grazing incidence diffraction : A review.
Italy: N. p.,
1996.
Web.
Gilles, B.
Grazing incidence diffraction : A review.
Italy.
Gilles, B.
1996.
"Grazing incidence diffraction : A review."
Italy.
@misc{etde_465291,
title = {Grazing incidence diffraction : A review}
author = {Gilles, B}
abstractNote = {Different Grazing Incidence Diffraction (GID) methods for the analysis of thin films and multilayer structures are reviewed in three sections: the reflectivity is developed in the first one, which includes the non-specular diffuse scattering. The second one is devoted to the extremely asymmetric Bragg diffraction and the third one to the in-plane Bragg diffraction. Analytical formulations of the scattered intensities are developed for each geometry, in the framework of the kinetical analysis as well as the dynamical theory. Experimental examples are given to illustrate the quantitative possibility of the GID techniques.}
place = {Italy}
year = {1996}
month = {Sep}
}
title = {Grazing incidence diffraction : A review}
author = {Gilles, B}
abstractNote = {Different Grazing Incidence Diffraction (GID) methods for the analysis of thin films and multilayer structures are reviewed in three sections: the reflectivity is developed in the first one, which includes the non-specular diffuse scattering. The second one is devoted to the extremely asymmetric Bragg diffraction and the third one to the in-plane Bragg diffraction. Analytical formulations of the scattered intensities are developed for each geometry, in the framework of the kinetical analysis as well as the dynamical theory. Experimental examples are given to illustrate the quantitative possibility of the GID techniques.}
place = {Italy}
year = {1996}
month = {Sep}
}