Non-destructive, three-dimensional (3D) characterization of the grain structure in mono-
phase polycrystalline materials is an open challenge in material science. Recent advances …

The principles of a novel technique for nondestructive and simultaneous mapping of the
three-dimensional grain and the absorption microstructure of a material are explained. The …

A method for reconstructing the three-dimensional grain structure from data collected with a
recently introduced laboratory-based X-ray diffraction contrast tomography system is …

By simultaneous acquisition of the transmitted and the diffracted beams, the applicability of
the previously introduced diffraction contrast tomography technique [Ludwig, Schmidt …

The combination of synchrotron radiation x-ray imaging and diffraction techniques offers
new possibilities for in-situ observation of deformation and damage mechanisms in the bulk …

The ability to characterise crystallographic microstructure, non-destructively and in three-
dimensions, is a powerful tool for understanding many aspects related to damage and …

Three-dimensional X-ray diffraction microscopy is a fast and nondestructive structural
characterization technique aimed at studies of the individual crystalline elements (grains or …

Diffraction contrast tomography is a near-field diffraction-based imaging technique that
provides high-resolution grain maps of polycrystalline materials simultaneously with the …

The microstructure in polycrystalline materials has mostly been studied in planar sections by
microscopy techniques. Now the high penetration power of hard X-ray synchrotron radiation …

The ability to study the structure, microstructure and evolution of materials with increasing
spatial resolution is fundamental to achieving a full understanding of the underlying science …