Computed tomography (CT) as an important clinical diagnostics method can profit from
extension with dark-field imaging, as it is currently restricted to X-rays' attenuation contrast …

X-ray computed tomography (CT) is an important non-destructive imaging technique,
particularly in clinical diagnostics. Even with the latest innovations like dual-energy and …

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 …

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 dark-field interferometry can be realized with lab-based, low-brilliance X-ray
sources and provides scattering information of sample structures below the detector pixel …

X-ray computed tomography (CT) is a crucial tool for non-invasive medical diagnosis that
uses differences in materials' attenuation coefficients to generate contrast and provide 3D …

Grating-based X-ray phase-contrast and in particular dark-field radiography are promising
new imaging modalities for medical applications. Currently, the potential advantage of dark …

Anisotropic X-ray Dark-field Tomography (AXDT) is a new imaging technique for
reconstructing the three-dimensional scattering profile within a sample using the dark-field …

Dark-field imaging is a scattering-based X-ray imaging method that can be performed with
laboratory X-ray tubes. The possibility to obtain information about unresolvable structures …

The x-ray dark-field contrast accessible via grating interferometry is sensitive to features at
length scales well below what is resolvable by a detector system. It is commonly explained …