A novel all-inorganic CsCu2I3 single-crystalline perovskite as a nonhygroscopic and
efficient X-ray and γ-ray scintillator is described herein. It is featured by a one-dimensional …

In this work, we have studied the structural, electronic, elastic, optical and thermoelectric
properties of Tl-based chloroperovskite materials TlMCl 3 (M= Zn and Cd) in the cubic …

The current development status and future perspectives of Tl-based inorganic scintillators
are highlighted in this study. The thallium (Tl) ion is known to exhibit highly efficient …

There are many properties of scintillators that are of importance for application. One property
is the energy resolution for the detection of γ-rays, and during past 20 years we witnessed …

Tl-based crystalline scintillators, such as Tl2ZrCl6, TlMgCl3, TlCdCl3, TlSrCl3, and TlBaCl3,
were synthesized by the Bridgeman method. The scintillation light yields of these materials …

High effective atomic number (70) and density (5.17 g/cm 3) among the known halide
scintillators with excellent scintillation performance make Tl 2 LaCl 5 (TLC) a new potential …

One-dimensional (1D) CsCu2I3 single crystals (SCs) have been investigated as novel
sensitive X-ray and γ-ray scintillators, which can be prepared by the Bridgman method and …

Based on the density functional theory, this work reports an Ab initio investigation on the
electronic and optical properties as well as the upper light yield estimation of the new …

Scintillators are designed significantly for utilization in a broad range of technology fields,
notably nuclear physics, healthcare testing, and materials analysis. A number of applications …

Abstract Europium-doped TlSr 2 I 5 (TSI), a new high light yield scintillator for gamma-ray
detection, has been grown by the vertical Bridgman method. A 12 mm and 16 mm diameter …