Christian Brönnimann

TL;DR: This letter reports a new approach on the basis of a grating interferometer that can efficiently yield dark-field scatter images of high quality, even with conventional X-ray tube sources and is fully compatible with conventional transmission radiography and a recently developed hard-X-ray phase-contrast imaging scheme.

TL;DR: Pilatus as discussed by the authors is a silicon hybrid pixel detector system for detecting X-rays in single photon counting mode, which is suitable for various X-ray applications such as diffraction and imaging techniques.

TL;DR: In this paper, the authors describe the performance of neutron imaging systems and give an overview of existing and potential application of radiography and tomography with neutrons, as well as a comparison of different types of detectors.

TL;DR: The PILATUS 100K pixel detector application for medical imaging is reported on and the results obtained are compared to results obtained with a conventional X-ray imaging system consisting of anX-ray scintillation screen, lens optics, and a charge coupled device.

TL;DR: A novel photon counting method for nonparalyzable counting and its implementation in the new PILATUS3 ASIC, which features instant retrigger technology with adjustable dead time that results in non-paralyzer counting and achieves improved high-rate counting performance.