X-ray Differential phase contrast computed tomography (DPC-CT) is a useful tool to image
internal structure of tested sample, especially for low-Z materials. The image quality of the …

In-line X-ray phase-contrast computed tomography typically contains two independent
procedures: phase retrieval and computed tomography reconstruction, in which multi …

Compared to phase retrieval from single sample-to-detector distance (SDD) image, phase
retrieval with multiple SDD images could improve the precision in quantitative X-ray in-line …

Phase retrieval in differential X-ray phase contrast imaging involves a one dimensional
integration step. In the presence of noise, standard integration methods result in image …

X-ray tomography of samples containing both weakly and strongly absorbing materials are
necessary in material and biomedical imaging. Extending the validity of the phase …

X-ray phase contrast tomography (XPCT) is widely used for 3D imaging of objects with weak
contrast in X-ray absorption index but strong contrast in refractive index decrement. To …

Purpose: Propagation‐based phase‐contrast CT (PPCT) utilizes highly sensitive phase‐
contrast technology applied to x‐ray microtomography. Performing phase retrieval on the …

The noise properties of differential phase contrast CT (DPC-CT) demonstrate some peculiar
features. It has been both theoretically and experimentally demonstrated that the noise …

State-of-the-art techniques for phase retrieval in propagation based X-ray phase-contrast
imaging are aiming to solve an underdetermined linear system of equations. They …

Phase contrast X-ray imaging is increasingly popular in the past decade. In order to acquire
phase contrast X-ray images, different types of imaging mechanisms have been proposed …