We describe the rationale for selecting graphite as a substrate material suitable for
manufacturing curved high-aspect ratio metallic x-ray gratings and experimentally validate …

We describe the design and fabrication trials of x-ray absorption gratings of 200 nm period
and up to 100: 1 depth-to-period ratios for full-field hard x-ray imaging applications. Hard x …

X-ray Lithography [1] has been a versatile tool for microstructure fabrication in view of many
applications. The technology's potential to fabricate high aspect ratio microstructures in …

Blazed, grazing incidence x-ray reflection gratings are an important component of modern
high resolution spectrometers and related x-ray optics. These have traditionally been …

X-ray grating interferometry is an excellent technique for X-ray phase contrast imaging and X-
ray wavefront sensing with applications in materials science, biology and medical diagnosis …

Background: X-ray grating interferometry is an emerging imaging technique that strongly
relies on fine grating structures. A common method to fabricate compatible gratings is deep x …

X-ray phase-contrast (XPCi) imaging methods are an emerging medical imaging approach
that provide significantly better soft tissue contrast and could function as a viable extension …

X-ray imaging techniques based on grating interferometers rely on transmission gratings to
detect x-ray refraction and scattering in a sample. Gratings periods below 2 microns are …

X-ray differential phase-contrast imaging (DPCI) using a Talbot–Lau interferometer at a
conventional tube source has continuously found applications since its first demonstration. It …

State of the art grating fabrication currently limits the maximum source energy that can be
used in lab based x-ray phase contrast imaging (XPCI) systems. In order to move to higher …