X-ray computed tomography (CT) is one of the most commonly used three-dimensional
medical imaging modalities today. It has been refined over several decades, with the most …

This paper considers the state of the art in the application of radiation technology for
obtaining and investigating new functional materials, devices, and systems of nanometer …

Imaging of large and dense objects with grating-based X-ray phase-contrast computed
tomography requires high X-ray photon energy and large fields of view. It has become …

The analysis of archaeological findings reveals the remaining secrets of human history.
However, it is a challenging task to investigate and simultaneously preserve the unique …

The spatial resolution attained by grating-based X-ray phase imaging is limited by the period
of gratings to several microns. By compromising its wide field of view, it is possible to …

Purpose Talbot–Lau x‐ray interferometry provides information about the scattering and
refractive properties of an object—in addition to the object's attenuation features. Until …

Grating-based X-ray imaging employs high aspect ratio absorption gratings to generate
contrast induced by attenuating, phase-shifting, and small-angle scattering properties of the …

X-ray phase imaging with grating interferometers, such as the Talbot interferometer, is
widely performed even with a laboratory X-ray source. However, the achievable spatial …

X-ray backlighters allow the capture of sharp images of fast dynamic processes due to
extremely short exposure times. Moiré imaging enables simultaneously measuring the …

Background: X-ray grating interferometry is an emerging imaging technique that strongly
relies on fine grating structures. A common method to fabricate compatible gratings is deep x …