X-ray diffraction tomography (XDT) records the spatially-resolved X-ray diffraction profile of
an extended object. Compared to conventional transmission-based tomography, XDT …

X-ray diffraction tomography (XDT) resolves spatially-variant XRD profiles within
macroscopic objects, and provides improved material contrast compared to the conventional …

A new data collection strategy for performing synchrotron energy-dispersive X-ray diffraction
computed tomography has been devised. This method is analogous to angle-dispersive X …

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 …

Tomographic imaging of the molecular structure of an object is important for a variety of
applications, ranging from medical and industrial radiography to security screening. X-ray …

X-ray diffraction tomography (XDT) probes the spatially variant x-ray diffraction (XRD) profile
within volumetric objects. Here, we demonstrate a tabletop XDT setup with coded cone …

X-ray computed tomography (CT) is a commercially established modality for imaging large
objects like passenger luggage. CT can provide the density and the effective atomic number …

Achieving a resolution near 1 nm is a critical issue in coherent x-ray diffraction imaging (CDI)
for applications in materials and biology. Albeit with various advantages of CDI based on …

Material discrimination based on conventional or dual energy X-ray computed tomography
(CT) imaging can be ambiguous. X-ray diraction imaging (XDI) can be used to construct …

X-ray diffraction enhanced imaging based on synchrotron radiation has extremely high
sensitivity of weakly absorbing low-Z samples in medical and biological fields. This letter is …