Jürgen Bauch

TL;DR: The patterning of highly resolved magnetic structures is demonstrated by taking advantage of the large increase in the saturation magnetization of Fe60Al40 alloy triggered by subtle atomic displacements, which manifests a sub-50 nm patterning resolution.

TL;DR: In this paper, the informational content of Kossel interferences excited by electron and synchrotron radiation beams selected examples of microstructural applications, such as the precision determination of lattice constants, the precision determinations of crystallographic orientation of single grains, the determination of local stresses/strains and tetragonal distortions of cubic lattices including the description of a variety of methods for analysis are presented.

TL;DR: There are world-wide efforts to analyse micron regions of compact samples by means of X-ray diffraction (X-ray Microdiffraction) as mentioned in this paper, and two micro diffraction procedures, the KOSSEL technique excited by electron or synchrotron radiation beams and the new XRT method, are compared to show their possibilities and limitations.

TL;DR: In this paper, the first demonstration that Kossel patterns can be observed using fluorescent radiation excited by synchrotron X-rays is presented, and the first test experiment for Cu and GaAs single crystals were investigated.

TL;DR: In this article, a new application of the KOSSEL and the XRT (X-ray Rotation-Tilt) technique arises from local residual stress measurements in micro regions.