Scintillators, which can convert high‐energy ionizing radiation into visible light, have been
serving as the core component in radiation detectors for more than a century of history. To …

The present work reviews some fundamental aspects of scintillators, including the light yield,
decay time, emission wavelength, afterglow, timing resolution and energy resolution …

Tb3+-doped oxyfluoride glass scintillators have aroused significant attention due to their
ability to absorb high energy radiation and convert the energy to visible light. Herein, a …

Glass scintillators have several benefits compared to the currently used single or
polycrystalline scintillators, including non‐hygroscopicity, mechanical ruggedness, ease of …

Radiation detection is of current interest for diverse applications, such as biomedical
diagnostics, computerised tomography scanning and safety detection. High-quality radiation …

Transparent nanocomposites have attracted considerable attention in many areas including
X-ray imaging, wearable electronics, and volumetric display. However, both the …

Alternative scintillating materials are of current interest for radiation detection in diverse high-
energy applications, eg, in X-ray imaging and high-energy physics. However, single crystals …

The optical behavior and thermal stability of Na 5 Y 9 F 32 single crystals doped with fixed 1
mol% Dy 3+ and various Sm 3+ content grown by Bridgman technique were investigated by …

As a kind of lanthanide-activated luminescent materials, the development of rare-earth-
activated luminescent glasses is one of the promising trends in the modern luminescence …

Abstract lthough single crystal scintillators have excellent performance, they have some
drawbacks such as high cost, complicated elaboration method and difficulty of growth on …