X-ray phase-contrast computed tomography (PCCT) using grating interferometry provides
enhanced soft-tissue contrast. The possibility to use standard polychromatic laboratory …

The possibility to perform high-sensitivity X-ray phase-contrast imaging with laboratory
grating-based phase-contrast computed tomography (gbPC-CT) setups is of great interest …

Among the existent X-ray phase-contrast modalities, grating interferometry appears as a
very promising technique for commercial applications, since it is compatible with …

We report on an interlaced acquisition scheme in grating-based x-ray phase-contrast
tomography in which different viewing angles are used to retrieve a single differential phase …

Grating-based X-ray phase-contrast (gbPC) is an X-ray phase-contrast imaging method
involving optical gratings that typically employs the Talbot self-imaging effect. X-ray phase …

The conventional form of computed tomography using X-ray attenuation without any contrast
agents is of limited use for the characterization of soft tissue in many fields of medical and …

X-ray phase contrast imaging offers a way to visualize the internal structures of an object
without the need to deposit significant radiation, and thereby alleviate the main concern in X …

Phase sensitive X-ray imaging methods can provide substantially increased contrast over
conventional absorption-based imaging and therefore new and otherwise inaccessible …

X-ray imaging is of paramount importance for clinical and preclinical imaging but it is
fundamentally restricted by the attenuation-based contrast mechanism, which has remained …

Phase-contrast imaging using conventional polychromatic x-ray sources and grating
interferometers has been developed and demonstrated for x-ray energies up to 60 keV …