This paper gives the angular domains of validity for corrections of experimental data obtained from the texture analysis of thin films, multilayers and covered substrates by the Schulz reflection technique. The behaviours of defocusing curves versus material constants are given as examples and their effects on correction curves are shown. The correction formulas for characteristic types of multilayers are also deduced and are illustrated for one example. 1
We have presented new schemes to analyse grazing incidence specular X-ray reflectivity data to obtai...
We discuss a new method to characterize multilayer structures with grazing-incidence reflectivity me...
The application of glancing incidence X-ray reflectivity measurements for the investigation of submi...
A new method is described for correcting experi-mental data obtained from the texture analysis of th...
une méthode adoptant des stratégies de mesures différentes qui combine soit les techniques de Schulz...
une méthode adoptant des stratégies de mesures différentes qui combine soit les techniques de Schulz...
A fast and accurate method that uses a conventional powder x-ray diffractometer has been developed f...
Methods to deduce the parameters of a multilayer X-ray mirror from its reflectivity curve are review...
Methods to deduce the parameters of a multilayer X-ray mirror from its reflectivity curve are review...
The aim of this work was to establish correction laws to be applied on diffracted intensity when stu...
The aim of this work was to establish correction laws to be applied on diffracted intensity when stu...
X-ray reflectometry and diffractometry are widely used non-destructive methods to characterize thin ...
A method for the quantitative characterization of texture in thin films using x-ray diffraction is p...
The increasing interest in coatings is understandable for their importance in microelectronic techno...
We discuss a new method to characterize multilayer structures with grazing-incidence reflectivity me...
We have presented new schemes to analyse grazing incidence specular X-ray reflectivity data to obtai...
We discuss a new method to characterize multilayer structures with grazing-incidence reflectivity me...
The application of glancing incidence X-ray reflectivity measurements for the investigation of submi...
A new method is described for correcting experi-mental data obtained from the texture analysis of th...
une méthode adoptant des stratégies de mesures différentes qui combine soit les techniques de Schulz...
une méthode adoptant des stratégies de mesures différentes qui combine soit les techniques de Schulz...
A fast and accurate method that uses a conventional powder x-ray diffractometer has been developed f...
Methods to deduce the parameters of a multilayer X-ray mirror from its reflectivity curve are review...
Methods to deduce the parameters of a multilayer X-ray mirror from its reflectivity curve are review...
The aim of this work was to establish correction laws to be applied on diffracted intensity when stu...
The aim of this work was to establish correction laws to be applied on diffracted intensity when stu...
X-ray reflectometry and diffractometry are widely used non-destructive methods to characterize thin ...
A method for the quantitative characterization of texture in thin films using x-ray diffraction is p...
The increasing interest in coatings is understandable for their importance in microelectronic techno...
We discuss a new method to characterize multilayer structures with grazing-incidence reflectivity me...
We have presented new schemes to analyse grazing incidence specular X-ray reflectivity data to obtai...
We discuss a new method to characterize multilayer structures with grazing-incidence reflectivity me...
The application of glancing incidence X-ray reflectivity measurements for the investigation of submi...