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

Purpose The interpixel cross‐talk of energy‐sensitive photon counting x‐ray detectors (PCD
s) has been studied and an analytical model (version 2.1) has been developed for double …

Spectroscopic x-ray imaging based on pixellated semiconductor detectors can be sensitive
to charge sharing and K-fluorescence, depending on the sensor material used, its thickness …

A second-generation ultra-fast energy-resolved application specific integrated circuit (ASIC)
has been developed for photon-counting spectral computed tomography (CT). The energy …

We investigated the energy resolution of a segmented silicon strip detector for photon-
counting spectral computed tomography (CT). The detector response to different …

Purpose: Single‐photon‐counting (SPC) x‐ray imaging has the potential to improve image
quality and enable novel energy‐dependent imaging methods. Similar to conventional …

An edge-on silicon strip detector designed for photon-counting spectral computed
tomography (CT) is presented. Progress on the development of an application specific …

Purpose: Energy‐resolved x‐ray imaging has the potential to improve contrast‐to‐noise
ratio by measuring the energy of each interacting photon and applying optimal weighting …

We are developing a segmented silicon-strip detector for spectral computed tomography.
The detector operates in photon-counting mode and allows pulse-height discrimination with …

Purpose: The possible clinical applications which can be performed using a newly
developed detector depend on the detectorˈs characteristic performance in a number of …