A prototype X-ray colour imaging system has been assembled using the principle of
tomographic energy-dispersive diffraction imaging (TEDDI). The new system has been …

Tomographic Energy-Dispersive Diffraction Imaging (TEDDI) enables a unique non-
destructive mapping of the interior of bulk objects, exploiting the full range of X-ray signals …

X-ray diffraction can be used as the signal for tomographic reconstruction and provides a
cross-sectional map of the crystallographic phases and related quantities. Diffraction …

Energy-dispersive diffraction tomography using white-beam synchrotron X-rays with
energies up to 140 keV yields images of the interior features of solid objects up to 50 mm …

A novel tomographic imaging technique is described based on the energy analysis, at fixed
angle, of coherent X-ray scatter excited in an object by polychromatic radiation. The authors …

We report here on a high-speed X-ray imaging camera, specifically developed for time
resolved diffraction studies using synchrotron and laboratory X-ray sources. This camera is …

By imaging the X-ray spectral properties or 'colours' we have shown how material specific
imaging can be performed. Using a pixelated energy-dispersive X-ray detector we record …

A very high resolution x-ray collimator array has been constructed for use with tomographic
energy dispersive diffraction imaging (TEDDI). The collimator consists of a 16× 16 array of …

This tutorial review introduces the use of polychromatic radiation for 3D grain mapping using
X-ray diffraction contrast tomography. The objective is to produce a 3D map of the grain …

We have developed a high energy, high resolution monochromatic x-ray computed
tomography system using synchrotron radiation. Our system is installed in a vertical wiggler …