Laboratory diffraction contrast tomography (LabDCT) enables the user to reconstruct three-
dimensional (3D) grain maps of polycrystalline materials. For each grain, the size …

LabDCT derives 3D crystallographic information via diffraction contrast tomography (DCT)
within a commercial laboratory X-ray microscope (ZEISS Xradia 520 Versa) that uses a …

In this paper the authors describe a technique based on synchrotron x-ray diffraction which
has been used to produce full 3D grain maps (both grain shapes and orientations) in …

The ability to accurately map crystal grain morphology and grain boundaries in
polycrystalline materials, non-destructively and in three-dimensions is required for detailed …

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

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 …

During the last few years diffraction contrast tomography has become established as a
technique for mapping polycrystalline microstructures in 3D. The experiment combines …

Lab-based diffraction contrast tomography (DCT) enables the user to reconstruct 3D grain
maps of polycrystalline materials non-destructively. For each grain, the morphology and …

A new diffraction imaging technique for the characterization of polycrystalline materials is
proposed and applied to obtain direct information about individual grains and their size and …

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 …