Iron carbides are of burgeoning interest in both fundamental scientific research and fuel
technology due to their electronic, magnetic, and catalytic properties. They are arguably …

The structural, electronic, optical and mechanical properties for oxide-based cubic
perovskites ABO 3 (A​=​ Nd, Cu and B= Sc, Sn) were investigated employing density …

Near-infrared (NIR) phosphors play a key role in phosphor-converted NIR emitters, but to
find broadband phosphors still remains a great challenge due to the lack of strategies for …

Red spectrum loss in phosphor‐converted light‐emitting diodes (pc‐LEDs) restricts high‐
quality warm‐white lighting. Herein, two blue‐light excitable red‐emitting Sr3LnAl2O7. 5: Eu …

Functional oxides showing high ionic conductivity have many important technological
applications. We report oxide ion and proton conductivity in a family of perovskite-related …

In the present prospective study, a variety of novel rare-earth Dy3+ singly activated
Sr6Al4Y2O15 nanoscaled materials were fabricated through ecologically-sound as well as …

The primary objective of this study is to enhance the overall magnetic properties of pure
barium ferrite through the addition of trace amounts of the light rare earth element Sm. This …

A series of novel Eu 3+ activated aluminate Ba 2 Y 1− x Eu x AlO 5 (x= 0.02–0.40) red-
emitting phosphors were synthesized through a high-temperature solid-state route at 1380° …

The thermal quenching effect is a serious challenge for phosphors operating at elevated
temperatures. Herein, dual anti-thermal quenching is observed from 298 to 523 K in the …

A new-series of ultra-violet-triggered green-emanating Sr 6 Al 4 Y 2 O 15: Er 3+
nanomaterials had been developed via urea-fueled-solution-combustion-scheme for first …