Rare-earth thulium (Tm3+) doped yttrium oxide (Y2O3) host single crystals are promising
“eye-safe” laser materials. However, the mechanisms of photoluminescence and energy …

Among the luminescent materials, Y2O3: Eu3+ particles have the advantages of strong
fluorescence emission, stable physical and chemical properties, and low toxicity. They are …

Tm 3+ doped luminescence materials have attracted great attention owing to their potential
for achieving 2 μm laser. Here, we report that the 2 μm emission intensity of Tm 3+: 3 F 4→ 3 …

Advances toward new materials for dosimetry application is essential to enhance quality
assurance and quality improvement practices based on radiation protection concept. Face to …

Les architectures céramiques multicouches présentent généralement des propriétés
mécaniques améliorées par rapport à leurs constituants monolithiques. Dans les matériaux …

Among the luminescent material, Y2O3: Eu3+ particles have the advantages of strong
fluorescence emission, stable physical and chemical properties, and low toxicity. It is widely …

We reported here a simple electro-synthesis procedure to synthesize an extremely high
specific surface area (SSA) yttrium oxide (Y2O3) nanopowder. The mesoporous (pore …

Among the luminescent material, Y2O3: Eu3+ particles have the advantages of strong
fluorescence emission, stable physical and chemical properties, and low toxicity. It is widely …

The incorporation of oleic acid and oleylamine, acting as coating organic surfactants for the
novel solvothermal synthesis, resulted in the formation of monoclinic KLu (WO4) 2 …