Although early demonstration dates back to the mid-sixties, x-ray phase-contrast imaging
(XPCI) became hugely popular in the mid-90s, thanks to the advent of 3rd generation …

In the past few years, X-ray phase-contrast and dark-field imaging have evolved to be
invaluable tools for non-destructive sample visualisation, delivering information inaccessible …

We report on a non-interferometric technique enabling dark-field imaging by using
incoherent illumination and two achromatic optical elements. The simultaneous retrieval of …

The sensitivity of x-ray radiographic images, meaning the minimal detectable change in the
thickness or in the index of refraction of a sample, is directly related to the uncertainty of the …

X-ray phase contrast imaging has overcome the limitations of X-ray absorption imaging in
many fields. Particular effort has been directed towards develo** phase retrieval methods …

Purpose: To provide an x‐ray phase contrast imaging (XPCI) method working with
conventional sources that could be readily translated into clinical practice. XPCI shows …

Phase-based approaches can revolutionize X-ray imaging and remove its main limitation:
poor image contrast arising from low attenuation differences. They exploit the unit decrement …

We analyze the spatial resolution of edge illumination X-ray phase-contrast imaging and its
dependence upon various experimental parameters such as source size, source-to-sample …

The ability of biomedical imaging data to be of quantitative nature is getting increasingly
important with the ongoing developments in data science. In contrast to conventional …

The size of the smallest detectable sample feature in an x-ray imaging system is usually
restricted by the spatial resolution of the system. This limitation can now be overcome using …