Purpose: Modulated Phase Grating (MPG) interferometry has been shown in theory and
simulations to produce observable fringes on a clinical detector without requiring fluence …

A phase contrast system with a modulated phase grating (MPG) eliminates the need for an
analyzer when compared to a standard Talbot Lau X-ray interferometer. This can provide …

We have previously shown in simulations that X-ray Interferometry using Modulated Phase
Gratings can create an interference pattern in clinical detectors from which attenuation …

X-ray grating interferometry allows for the simultaneous acquisition of attenuation,
differential-phase contrast, and dark-field images, resulting from X-ray attenuation …

Purpose: The authors note that the concept of the Talbot self‐image distance in x‐ray phase
grating interferometry is indeed not well defined for polychromatic x‐rays, because both the …

X-ray phase-contrast imaging by grating interferometry has in the past decades been
established both at synchrotron radiation sources and at conventional x-ray tubes. Due to …

Medical differential phase contrast x-ray imaging (DPCI) promises improved soft-tissue
contrast at lower x-ray dose. The dose strongly depends on both the angular sensitivity and …

An X-ray grating interferometer (GI) suitable for clinical mammography must comply with
quite strict dose, scanning time and geometry limitations, while being able to detect tumors …

Grating interferometry exploits wave interference to simultaneously image multiple physical
properties of an object and can be performed using X-rays or neutrons. The modulated …

Purpose Two phase gratings in an X-ray grating interferometers can solve several technical
challenges for clinical use of X-ray phase contrast. In this work, we adapt and evaluate this …