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 …

Quantitative in-line X-ray phase-contrast imaging methods seek to reconstruct separate
images that depict an object's projected absorption and refractive properties. An …

X-ray phase-contrast imaging is a technique that aims to reconstruct the projected
absorption and refractive index distributions of an object. One common feature of …

Three phase-retrieval algorithms, based on the transport-of-intensity equation and on the
contrast transfer function for propagation-based imaging, and on the linearized geometrical …

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 …

We analyze the signal and noise propagation of differential phase-contrast computed
tomography (PCT) compared with conventional attenuation-based computed tomography …

Purpose: To investigate the properties of tomographic grating‐based phase contrast
imaging with respect to its noise power spectrum and the energy dependence of the …

Propagation-based phase-contrast x-ray imaging (PB-PCXI) generates image contrast by
utilizing sample-imposed phase-shifts. This has proven useful when imaging weakly …

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 …

Propagation-based phase-contrast X-ray computed tomography is a valuable tool for high-
resolution visualization of biological samples, giving distinct improvements in terms of …