As a kind of lanthanide-activated luminescent materials, the development of rare-earth-
activated luminescent glasses is one of the promising trends in the modern luminescence …

Spectroscopic investigation on the optical characteristics of 1.06 μm (4 F 3/2→ 4 I 11/2)
transition of Nd 3+ ions with different concentration in fluoroborosilicate (FBSND) glasses is …

Concentration dependence of Dy 3+ activated strontium lead phospho-tellurite glass series
have been synthesized by melt quenching process. To explore the structural, thermal and …

In this work, authors systematically investigates the role of Er 3+→ Dy 3+ energy transfer
(ET) on the luminescent characteristics of UV-excited Er 3+/Dy 3+ co-activated …

Abstract Pr 3+/Er 3+ co-doped glasses based on InF 3 were synthesized and then studied
for white light emission. The emission spectra consist of several bands corresponding to …

Rare earth-doped bioactive ceramics are promising biomaterials due to their unique optical
properties, biocompatibility, antioxidants, and antibacterial activity. In this study, a series of …

The present work reports the excitation dependent photoemission properties of Er 3+/Sm 3+
co-activated multicomponent borosilicate glasses prepared through melting and rapid …

The novel phospho-tellurite glasses co-activated with Dysprosium (Dy 3+)/Samarium (Sm
3+) ions open up new arena in optoelectronics as well as environment-friendly solid state …

The current study focuses on a comparative investigation of the luminescent properties of
fluoroborosilicate glasses doped with the two potential red emitting activators Samarium and …

The lighting industry currently accounts for a significant proportion of all energy demand.
Luminescent white lighting is often impure, inefficient, expensive, and detrimentally emits as …