Photon counting detectors (PCDs) with energy discrimination capabilities have been
developed for medical x‐ray computed tomography (CT) and x‐ray (XR) imaging. Using …

The Medipix2 Collaboration was started officially in September 1999 with the aim of
disseminating hybrid pixel detector technology from High Energy Physics to other fields. The …

Purpose: Our purpose was to reduce image noise in spectral CT by exploiting data
redundancies in the energy domain to allow flexible selection of the number, width, and …

Recent advances in semiconductor technology allow construction of highly efficient and low
noise pixel detectors of ionizing radiation. Steadily improving quality of front end electronics …

The innovations brought by Medipix and Timepix detector readout chips have improved
medical imaging. Firstly, the small pixel size enables a very high spatial resolution in …

This paper aims to experimentally evaluate a new material multidimensional method for
material identification using a new CdTe spectrometric detector. LETI has developed a 16 …

X-ray photon counting detectors have become a competitive alternative to energy integrating
systems in certain domains. However, processing methods currently used in radiography for …

Conventional explosive detection systems (EDS) based on X-ray technologies are using
dual-energy radiography; they provide only a crude material characterization. Recently …

Purpose: The conformity of the achieved dose distribution to the treatment plan strongly
correlates with the accuracy of seed implantation in a prostate brachytherapy treatment …

Non-invasive techniques utilizing X-ray radiation offer a significant advantage in scientific
investigations of painted arts and other cultural artefacts such as painted artworks or statues …