An X-ray transmission imaging based on scintillation detection method is the most widely
used radiation technique particularly in the medical and industrial areas. As the name …

Pixelated-scintillator films used for X-ray image sensors were developed and tested. The air
gap between scintillator pixels reduces the transport of visible light photons generated by X …

A 3D X-ray detector for imaging of 30–200keV photons is described. It comprises a stack of
semitransparent structured scintillators, where each scintillator is a regular array of …

An X-ray imaging detector consisting of a silicon charge coupled device (CCD) and pixel
structured scintillator was developed to improve spatial resolution. The pixelated structure …

Direct and indirect imaging detectors for digital radiography have been developed during
the past a few years. Among scintillators, columnar CsI (Tl) screens are used for indirect …

The aim of this study was to examine the angular distribution of the light emitted from
radiation-excited scintillators in medical imaging detectors. This distribution diverges from …

In recent years, digital X-ray imaging detectors with indirect detection technology have been
widely used in dental digital radiography such as intra-oral, panorama and dental CT. These …

We proposed the direct deposition of CsI (Tl) scintillator layer with pixelated structure on a
CMOS image sensor (CIS) in order to improve the spatial resolution. CMOS sensors …

The principle of scintillation detectors has been among the first realizations of radiation
detectors. Despite ongoing attempts to switch to direct converting detectors, scintillators …

The ability of wafer scale Complementary Metal Oxide Semiconductor (CMOS) imagers to
integrate sensing with analogue to digital conversion at the pixel level has led to their …