Recently, much efforts have been focused on Dy 3+-doped glasses due to their optical and
luminescent properties for several applications such as display devices, white light emitting …

Abstract Rare-earth (RE)-doped glassy systems gained much interest because of its wide
variety of applications in numerous potential fields that include optical fibers, solid state …

In recent years, rare earth complexes have become famous for their unique luminescence
characteristics, such as clear emission bands, long lifetimes, and high luminous quantum …

Barium lead alumino fluoro borate (BaPbAlFB) glasses doped with Dy 3+ ions were
prepared by using melt quenching technique and characterized using various spectroscopic …

In this study, a series of Pr 3+ ions doped Lithium Barium Tungstate (Li 2 Ba 5 W 3 O 15)
was synthesized using the conventional high-temperature solid state method. The structure …

This work presents the optical and luminescence properties of Dy 3+ ions doped gadolinium
borogermanate glasses (BGGDx) prepared by conventional melt-quench method in order to …

The effect of oxide modifiers on multiple properties (structural and spectroscopic) of
phosphate glasses with molar composition 60P2O5-(10− x) Ga2O3-30MO-xEu2O3 and …

Abstract High concentration Dy 3+ doped 75TeO 2-25YF 3-xDyF 3 (where x= 8, 10, 12, 14
mo1%) were synthesized by a melt-quenching method. Raman spectra and oscillator …

Herein we report the effect of rare earth ion; REI (Nd 3+, Dy 3+, & Nd 3+/Dy 3+) on the
structural, optical, luminescence and elastic characteristics of B 2 O 3+ K 2 O+ ZnO+ ZnF 2 …

Abstract Trivalent dysprosium (Dy 3+) activated barium zinc lithium phosphate (BaZnLiP)
glasses were prepared by employing melt quench routes. To understand the possible …