Y2O3: Eu3+ hexagonal microprisms with uniform morphology and size were successfully
prepared on a large scale via a fast microwave-assisted method followed by a subsequent …

Herein we report on the crystallized nanoparticles based on Eu 3+-doped Y 2 O 3 with 5
mol% using citric acid as precursor. The heating temperatures were evaluated in order to …

This work presents the optical and structural properties of rare earth-doped and co-doped
yttrium oxide nanophosphors. Europium oxide and gadolinium oxide-doped and co-doped Y …

This study focuses on the facile combustion synthesis of highly luminescent Y2O3: Sm3+,
Gd3+ nanophosphors, bringing down the thermal budget to a minimum of 500 K. When …

Directly and indirectly oxidized nanostructured Y2O3: Eu3+ and Li+ co-activated Y2O3:
Eu3+ thin film phosphors were deposited on fused amorphous quartz substrates using …

Materials for infrared domes are required to maintain good properties in harsh environments
including mechanical strength, optical transmittance over a wide range of wavelengths and …

There occurs a great interest in explaining the dependence of dopant concentration on the
luminescence efficiency of rare earth oxides. Unambiguously, this study explains that …

In the past few years, red emitting thin film activated by Eu 3+ has received much attention.
Europium has a peculiar property that it exhibits both types of emission on the basis of their …

Nb5+: Eu3+-codoped TiO2 nanopowders for chemical composition adjustment have been
synthesized via Ar/O2 radio-frequency thermal plasma. X-ray diffraction (XRD) results reveal …

Photoluminescent textile has attracted increasing interest in recent years as an innovative
functional material for anti-counterfeiting, security warning, security lighting and decoration …