… on present instrumentation, techniques and applications. In this article these … diffraction
imaging with an emphasis on areas involving materials and processes for sustainable energy …

… Typically, diffraction images are collected over rotation intervals over a range of . Diffraction
… Bragg coherent diffractive imaging (BCDI) uses coherent illumination of a nanoscale crystal …

… a transmission diffraction pattern, which is superimposed on the surface diffraction image. …
The shape, position, and relative intensity of the observed diffraction features provide a …

… Energy analysis of low-angle x-ray scatter reveals directly the Bragg peaks of the material
in the sensitive volume. A 3-D XRD diffraction image of the object is derived on scanning the …

… An overview of the path to their realisation will be described with a focus on their application
to crystalline materials in the Bragg diffraction geometry at dedicated instruments across the …

… imaging and its methods, followed by discussions on diffraction imaging modes and
applications. For the last part, we highlight the major progress in applying electron CII methods to …

… explicit peak segmentation and peak identification are not necessary for the Forward Modeling
reconstruction method (Chapter 3), the relatively large sizes of the raw diffraction images …

… using conventional x-ray and neutron diffraction, electron microscopy, or other … functional
materials remains a challenge.1 Things are even more complicated when the materials …

… A brief description is given of some applications of X-ray diffraction imaging (XDI) in security
… -made explosives (HMEs) and special nuclear materials (SNMs). A Bayesian formulation of …

… circuits and low-density canalicular structures in bone, to name a few.36,107 Finally, CDI
has found extensive application to 3D tomographic imaging as discussed in this article. …