The full text of this article is not available on SOAR. WSU users can access the article via IEEE Xplore database licensed by University Libraries: http://libcat.wichita.edu/vwebv/holdingsInfo?bibId=1045954The strain relaxation in Au/Ni multilayers was analyzed in detail using a dynamical theory of x-ray diffraction. The depth profile of strain in the modulation direction was determined by an iterative fitting of the calculated rocking curve with the experimental one. The repeat periods of Au/Ni multilayers used in this study range from 0.82 to 9.0 nm. The analysis indicates that the theoretical x-ray patterns are extremely sensitive to the amount of strain at the interface.Peer reviewed articl
International audienceThe stability of heterophase interfaces between metal systems, their kinetic, ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
X-ray photoelectron diffraction (XPD) measurements have demonstrated that Ni ultrathin films on Pt(1...
International audienceThe fact that the polymeric substrate does not relax after a load jump allows ...
The surface shape and the spatial distribution of strain in GaInAs/InP multilayer gratings is experi...
X-ray diffraction has been used to determine the structure of surfaces over the past decade or so. T...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
In this work we investigate the strain state in Ni films belonging to [Ni(tNi)/Cu(tCu)] x N superlat...
We study the lattice strain relaxation in pseudomorphic surface gratings using high resolution X-ray...
Microelectronic systems are multi-material, multi-layer structures, fabricated and exposed to enviro...
In situ X-ray diffraction experiments performed on nanocrystalline Ni demonstrate an evolution of in...
An X-ray diffraction method, using three-beam Bragg-surface diffraction, is developed to measure str...
During the growth of nanometric metallic films, considerable stress can be generated. The mechanisms...
The objective of this article is to develop and apply a model for the design and evaluation of X-ray...
When thin metallic multilayers deposited on a compliant polymer substrate are subjected to stretchin...
International audienceThe stability of heterophase interfaces between metal systems, their kinetic, ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
X-ray photoelectron diffraction (XPD) measurements have demonstrated that Ni ultrathin films on Pt(1...
International audienceThe fact that the polymeric substrate does not relax after a load jump allows ...
The surface shape and the spatial distribution of strain in GaInAs/InP multilayer gratings is experi...
X-ray diffraction has been used to determine the structure of surfaces over the past decade or so. T...
Two common studies in material science are stress analysis, and x-ray diffractometry. Stress analysi...
In this work we investigate the strain state in Ni films belonging to [Ni(tNi)/Cu(tCu)] x N superlat...
We study the lattice strain relaxation in pseudomorphic surface gratings using high resolution X-ray...
Microelectronic systems are multi-material, multi-layer structures, fabricated and exposed to enviro...
In situ X-ray diffraction experiments performed on nanocrystalline Ni demonstrate an evolution of in...
An X-ray diffraction method, using three-beam Bragg-surface diffraction, is developed to measure str...
During the growth of nanometric metallic films, considerable stress can be generated. The mechanisms...
The objective of this article is to develop and apply a model for the design and evaluation of X-ray...
When thin metallic multilayers deposited on a compliant polymer substrate are subjected to stretchin...
International audienceThe stability of heterophase interfaces between metal systems, their kinetic, ...
International audienceX-ray diffraction is used in combination with tensile testing for measuring el...
X-ray photoelectron diffraction (XPD) measurements have demonstrated that Ni ultrathin films on Pt(1...