Halide scintillators have been playing a crucial role in the detection of ionizing radiation
since the discovery of scintillation in NaI: Tl in 1948. The discovery of NaI: Tl motivated the …

Neutron detection and imaging play a crucial role in nuclear reaction monitoring, industrial
non‐destructive testing, nuclear medicine imaging, and so on. Similar to other ionizing …

Hybrid halide perovskites AMIIX3 (A= ammonium cation, MII= divalent cation, X= Cl, Br, I)
have been extensively studied but have only previously been reported for the divalent …

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

Eu 2+-doped mixed halide scintillators, CsSrBrI 2, CsCaBrI 2 and CsSrClBr 2 were studied
for gamma-ray spectroscopy applications. We grew Ø13 mm single crystals via the vertical …

Lithium codo** has emerged as an effective strategy to enhance the light yield of oxide
scintillators for radiation detection applications, but the understanding of the actual role …

Europium activated potassium strontium iodide (KSr 2 I 5: 0.5 Eu 2+) compound was
synthesized and refined by indigenous zone-refinement experimental set-up. The impurities …

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 …

Abstract Cs 2 LiLa 0· 1 Y 0· 9 Cl 6: Ce crystals with the dopant concentration from 0.2 to 5
mol% have been successfully grown by the vertical Bridgman method to optimize the …

KCaI 3: Eu is a scintillator composition that is promising for national security applications,
with a high light yield and good energy resolution (∼ 70,000 ph/MeV and∼ 3% ER at 662 …