Lead-free metal halide double perovskites are gaining increasing attention for
optoelectronic applications. Specifically, doping metal halide double perovskites using …

Fluoride phosphate/fluorophosphate (FP) glasses form an intriguing material's basis for
diverse applications in optics, photonics and energy storage. The optimization of the …

The optical characteristics of Dy3+-doped phosphate and borophosphate glasses with
different divalent network modifiers prepared by melt-quenching are studied. The glass sets …

This paper reports detailed short and medium range structural features of lanthanum oxide
containing alkaline phosphate and aluminophosphate glasses revealed from molecular …

Optical gain materials are of fundamental importance for various applications, such as
lasers, lighting, optical communication, microscopy, and spectroscopy. However, the …

We report a detailed structural investigation of a series of fluoride–phosphate glasses with
different phosphate/fluoride ratios in the system xSr (PO3) 2–(100− x)[AlF3–CaF2–SrF2 …

We report near-infrared to ultraviolet (UV) upconversion emissions in triply-doped Gd3+–
Tm3+–Yb3+ fluoride–phosphate glasses. Emission at 310 nm, originated from the Gd3+ …

A detailed structural investigation of a series of fluoride phosphate glasses with nominal
compositions 25BaF2-25SrF2–(30–x) Al (PO3) 3–x AlF3–(20–z) ScF3: z REF3 with x= 25 …

Glasses remain a focus of attraction to fundamental researchers and materials engineers
alike. The desire of controlling physical property combinations by compositional design …

The local structure of the model glasses (NaPO3) 1–x-(AlF3) x (0≤ x≤ 0.4), prepared by
standard melt-cooling, was extensively investigated by high-resolution solid-state nuclear …