X-ray phase-contrast tomography can significantly increase the contrast-resolution of
conventional attenuation-contrast imaging, especially for soft-tissue structures that have very …

For medical applications of the in-line phase-contrast x-ray imaging, phase retrieval is a
crucial step for quantitative imaging such as reconstructing the 3-D distribution of tissue …

Purpose X‐ray phase‐contrast tomography (PCT) is a rapidly emerging imaging modality for
reconstructing estimates of an object's three‐dimensional x‐ray refractive index distribution …

In-line X-ray phase contrast imaging, which is simple to experiment with, provides
significantly higher sensitivity, compared to conventional X-ray absorption imaging. The …

X-ray microscopy and micro-tomography (µCT) are valuable non-destructive examination
methods in many disciplines such as bio-medical research, archaeometry, material science …

Edge illumination x-ray phase contrast tomography is a recently developed imaging
technique which enables three-dimensional visualisation of low-absorbing materials …

Propagation-based X-ray phase-contrast tomography (PCT) seeks to reconstruct information
regarding the complex-valued refractive index distribution of an object. In many applications …

Noise magnitude in conventional attenuation X-ray tomography (CT) is strongly dependent
on the pixel size and/or the geometrical magnification, thereby limiting the possibility of …

Purpose: Propagation-based x-ray imaging (PBI) is a phase-contrast technique that is
employed in high-resolution imaging by introducing some distance between sample and …

A new method is developed for 3D reconstruction of multimaterial objects using propagation-
based x-ray phase-contrast tomography (PB-CT) with phase retrieval via contrast-transfer …