X-ray diffraction is an effective mean for analyzing material properties. This paper developed a new computational software for determining the properties of crystalline materials such as elastic constants, residual stresses, surface hardness, phase components, and etc. The results computed from the X-ray diffraction method were compared to those from the traditional methods and they are in the 95% confidential limits, showing that the newly developed software has high reproducibility, opening a possibility of its commercialization
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
An important milestone in the history of science, the diffraction of X-rays, was observed by Max von...
An integrated software for calculating the major mechanical properties of materials was newly progra...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
X-ray diffraction (XRD) is an important and widely used material characterization technique. With th...
Computer programs have been developed (i) for least squares13; (ii) to refinement of the dimensions ...
Computer programs have been developed (i) for least squares13; (ii) to refinement of the dimensions ...
(X-Ray Diffraction) is an old and widely used technique in studying the properties of crystals. In t...
The present work deals with modeling of crystallographic structures of electrotechnical materials an...
X-ray diffraction (XRD) is the most powerful tool for non destructive study of the fine structure of...
Import 04/07/2011Předložená bakalářská práce je věnována využití rtg. difrakce při studiu materiálů....
International audienceDetection of illicit materials, such as explosives or drugs, within mixed samp...
International audienceDetection of illicit materials, such as explosives or drugs, within mixed samp...
This guide is applicable to X-ray stress measurements on crystalline materials. There is currently n...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
An important milestone in the history of science, the diffraction of X-rays, was observed by Max von...
An integrated software for calculating the major mechanical properties of materials was newly progra...
X-rays are invisible in nature but having more penetrating power compared to light was used by the p...
X-ray diffraction (XRD) is an important and widely used material characterization technique. With th...
Computer programs have been developed (i) for least squares13; (ii) to refinement of the dimensions ...
Computer programs have been developed (i) for least squares13; (ii) to refinement of the dimensions ...
(X-Ray Diffraction) is an old and widely used technique in studying the properties of crystals. In t...
The present work deals with modeling of crystallographic structures of electrotechnical materials an...
X-ray diffraction (XRD) is the most powerful tool for non destructive study of the fine structure of...
Import 04/07/2011Předložená bakalářská práce je věnována využití rtg. difrakce při studiu materiálů....
International audienceDetection of illicit materials, such as explosives or drugs, within mixed samp...
International audienceDetection of illicit materials, such as explosives or drugs, within mixed samp...
This guide is applicable to X-ray stress measurements on crystalline materials. There is currently n...
High-resolution intensity profiles can be generated from X-ray diffraction films using a desk-top sc...
X-ray diffraction frorn the solid state is:a fundarnental technique for the characterizatien of syn...
An important milestone in the history of science, the diffraction of X-rays, was observed by Max von...