L. De Caro

TL;DR: A magnifying diffraction imaging procedure for X-rays which achieves a spatial resolution of 100 nm in one dimension and a sensitivity of 10-4 for relative lattice variations, and is demonstrated the suitability of this procedure for strain analysis by measuring the strain depth profiles beneath oxidized lines on silicon crystals.

TL;DR: In this article, a first generation synchrotron-class X-ray laboratory microsource coupled with a three-pinhole camera is presented, which allows both small and wide-angle x-ray scattering images to be acquired simultaneously.

TL;DR: Investigation of the structural features of type I collagen isoforms and collagen-based films at atomic and molecular scales showed that Schwann cell differentiation into myelinating cells was dependent on the specific collagen film being used, and was found to be stimulated in case of homogenization-treated samples.

TL;DR: The paper shows how a table top superbright microfocus laboratory X-ray source and an innovative restoring-data algorithm, used in combination, allow to analyze the super molecular structure of soft matter by means of Small Angle X-rays Scattering ex-situ experiments.

TL;DR: In this paper, two planar crossed waveguides are used as optical elements to illuminate a micrometric single object having the shape of a butterfly, and a digital two-dimensional in-line holographic reconstruction of the unknown object at low resolution (200 nm) has been obtained directly via fast Fourier transform of the raw data.