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

In this work, a strategy of manipulating the cerium activator concentration was adopted to
enhance the n/γ discrimination and luminescent thermal stability of Cs2LiLaBr6 (CLLB) …

In this work, a strategy of controlling the doping concentration of cerium is adopted to
improve the gamma response performance of cutting-edge Cs 2 LiLa (Br, Cl) 6: Ce (CLLBC …

Low-dimensional halide perovskites Cs3Cu2I5 have garnered increasing attention for their
exceptional luminescent properties, attributed to their stability, high photoluminescence …

CsSrI3/Eu2+ has very promising scintillation properties for gamma-ray spectroscopy
applications, but it has proven difficult to grow high quality single crystals in large sizes. This …

Eu 2+-doped alkali or alkali earth iodide scintillators with energy resolutions≤ 3% at 662
keV promise the excellent discrimination ability for radioactive isotopes required for …

In this work, the luminescence properties of Eu 2+ doped in the host lattices M (AlCl 4) 2 (M=
Ca, Sr, Ba) have been studied for the first time. The host compounds crystallize in a …

Protection against threats of nuclear terrorism relies on the deployment of an enormous
number of radiation detection devices with energy resolution to differentiate the radiological …

Current interest in halide scintillation crystals is ABX 3: Eu (A= Cs, B= Ca, Sr, X= Cl, Br, I)
material family. Among them, CsSrI 3: Eu has been widely studied, but we still hope to study …

Inch-sized scintillating crystals are required for practical radiation detectors such as hand-
held radio-isotope identification devices. In this work, a transparent and colorless 2-inch …