… X-ray phase contrast imaging (XPCI) is an innovative imaging technique which extends
the contrast capabilities of ‘conventional’ absorption based x-ray systems. However, so far all …

… μCT100 scanner have been built, allowing high resolution and large field of view imaging. …
energy, the contrast in phase or dark field images can be superior to absorption images. For …

… possibilities in medical imaging and materials analysis. To … applications, compact setups
with a large field of view (FoV) are … grating tiles to create one large area grating mounted on a …

… We find that STEM acquisition of these non-contrasted samples gives higher contrast
than TEM imaging, with the added benefit that intrinsic differences in electron density within …

… coherent diffractive imaging that permits simultaneous full-field imaging of multiple locations
… 1, we explore large field-of-view imaging capabilities using three unique methods to image …

… The phantom we used consisted of a larger cylinder containing five smaller clinders filled with
different copper sulphate or … A much larger relative influence is found for the CE-FFE case. …

… Just as Lord Rayleigh proposed that a large source led to incoherent imaging in a conventional
microscope, we have shown how a large detector leads to incoherent imaging in a STEM…

… larger fractional Talbot distances are required, and the instrument is scalable up to large fields
… for soft tissue studies in the fields of medical and biological imaging. Here, the propagation…

… large extent, the field of view (FoV) of the imaging systems is limited to a grating area of a
couple of square centimeters. For many imaging … In this manuscript we propose to create large …

… ) to observe phase-contrast enhancement of images. Thus we … , we registered PBPC images
on the high-resolution, large-… near-field-diffraction wide-field-of-view images of nanometer-…