We report a multilens X-ray interferometer consisting of six parallel arrays of planar
compound refractive lenses, each of which creates a diffraction limited beam under coherent …

The last decade has been marked by the transition towards fourthgeneration synchrotron
radiation sources. The high degree of coherence, brilliance, and radiation power from …

An X-ray parabolic refractive axicon, as novel type of beam-shaping optical element,
consisting of a refractive lens with a form of the surface represented as a parabolic cone, is …

The phase-sensitive X-ray imaging technique based on the bilens interferometer is
developed. The essence of the method consists of scanning a sample, which is set upstream …

We present a novel method to map the two-dimensional transverse coherence of an x-ray
beam using the dynamical near-field speckles formed by scattering from colloidal particles …

We have implemented a modified Young's double slit experiment using pinholes with
tunable separation distance coupled with compound refractive lens for hard X-ray spatial …

A new ultra-compact transfocator (UCTF) based on X-ray compound refractive lenses
(CRLs) is presented. The device can be used to change the number of one-and two …

Coherence and interference phenomena are the fundamental properties of light.
Synchrotrons and x-ray free-electron lasers (XFEL) are nowadays the principal sources of …

A more general analytical theory of X-ray beam propagation through compound refractive
lenses (CRLs) than the earlier study by Kohn [(2003). JETP, 97, 204–215] is presented. The …

A novel high-energy multi-lens interferometer consisting of 30 arrays of planar compound
refractive lenses is reported. Under coherent illumination each lens array creates a …