Extensive research on the development of superior sensitive X-ray sensors by many
researchers is due to their increased demand in numerous fields, like medical radiography …

It is well known that the luminescence efficiency of single crystals is affected by external
parameters, such as the environmental temperature, especially in harsh environments. Due …

During the last decades, there is increasing interest in applications of scintillators at harsh
environments (ie, high temperatures or radiation fluxes), such as in geophysical detectors for …

Scintillators are radiation converters applied in medical imaging detectors, in applications at
harsh environments, including in geophysical detectors for deep geology boreholes, non …

Nowadays, microfluidic synthesis has many advantages over bulk synthesis. By controlling
the flow into the microfluidic chip, we can synthesize nanoparticles with defined and precise …

The aim of this study was to examine the luminescence efficiency behavior of ZnSe: Te
single crystals under different temperature conditions. The crystal output was compared to …

The purpose of the present study was to assess the information content of a non-destructive
testing (NDT) CMOS X-ray imaging detector in terms of the information capacity (IC), based …

The aim of the current study was to present a simple method for the fabrication of quantum
dot (QD)/polymer films for possible use as a luminescent material in medical applications. To …