Every year, a new material composition composed of various oxides glasses emerges, and
researchers investigate fascinating properties because of which they contribute more …

A novel microwave heating technique is used in the present work to synthesis the glasses. In
this work, the stoichiometry ratio of (43-x) B 2 O 3+ 45ZnO+ 5La 2 O 3+ 5Al 2 O 3+ 0.5 SnO …

The effects of co-doping Eu 3+ ions in Sm 3+ embedded WO 3–Na 2 O–MgO–TeO 2 glasses
have been explored. The XRD spectrum determines the amorphous nature of the prepared …

The intent of the current work is to synthesize (79-x) B 2 O 3+ 10ZnO+ 10BaO+ xGd 2 O 3+
1Er 2 O 3 where (x= 0.0, 5.0, 10.0, 15.0, 20.0) glasses with various concentration of …

Lanthanum barium borate glasses doped with Eu 3+ ions were synthesized using a melt
quenching method, with a nominal chemical composition of {10La 2 O 3–20BaO-(70-x) B 2 …

This work reports the luminescence spectra and application of novel Eu 3+-doped Na 2
MgGd 2 [SiO 3] 4 F 2 phosphor. The X-ray powder diffraction confirmed the pure phase …

Current study is aimed at evaluating Eu-doped barium-bismuth phosphate glasses as
potential visible laser medium operating in red spectral region. Samples with composition …

Recently much effort is being paid to study the rare earth ions in multi component glass
formers as they exhibit high enhancement in the efficiency of luminescence properties. In …

The calibration standards are formulated to correct emissions spectra and systematically
monitor sensitivity fluctuations in luminescence spectrometers. This study outlines the …

Eu 3+ is not only a major red-emitting activator, but also an excellent spectral probe ion. This
work reports the Eu 3+-sites and luminescence in the cation-deficient perovskite tungstates …