Precision X-ray methods for absolute and relative determination of crystal lattice parameters
(interplanar distances) are described and compared, including the X-ray divergent-beam …

The task of determining the orientations of crystals is usually performed by indexing
reflections detected on diffraction patterns. The well known underlying principle of indexing …

A better understanding of the effective mechanical behavior of polycrystalline materials
requires an accurate knowledge of the behavior at a scale smaller than the grain size. The X …

A Kossel microdiffraction experimental setup has been developed inside a Scanning
Electron Microscope for crystallographic orientation, strain and stress determination at a …

Kossel microdiffraction in a scanning electron microscope enables determination of local
elastic strains. With Kossel patterns recorded by a CCD camera and some automation of the …

The Kossel diffraction technique is well suited for investigating crystal lattices. Progress in
digital recording of images opens the opportunity for simplification and improvement of the …

The Kossel microdiffraction in a scanning electron microscope allows for local stress
determination. This technique has been applied to monitor stress evolution within grains of …

Kossel microdiffraction is one of a few experimental methods of investigating
heterogeneities of elastic stresses within crystallites. With digitally recorded back-reflection …

Résumé From the mechanical point of view, polycrystalline materials have to be considered
as a specific class of composites. They are composed of many grains, with grains size …

Описываются и сравниваются прецизионные рентгеновские методы абсолютного и
относительного определения параметров кристаллической решётки (межплоскостных …