Achieving dynamic optical anticounterfeiting is a significant breakthrough in improving
safeguard information security for the easily imitated static photoluminescence (PL). Herein …

Abstract Many Dy 3+-Tm 3+ double ion doped Ca 3 La 2 W 2 O 12 phosphors were
prepared using the high-temperature solid-state reaction. The microstructure, luminescence …

A traditional high-temperature solid-phase reaction technique was used to successfully
create a series of Sr 3 CaNb 2 O 9: xEu 3+ phosphors with a complex perovskite structure …

The optical behavior and thermal stability of Na 5 Y 9 F 32 single crystals doped with fixed 1
mol% Dy 3+ and various Sm 3+ content grown by Bridgman technique were investigated by …

Traditional Eu 3+-activated inorganic phosphors are habitually used for general lighting and
display because they generally emit either intense orange (5 D 0-7 F 1) or red (5 D 0-7 F 2) …

In this study, Mn 2+ ions doped lithium barium fluoride single crystals (LiBaF 3: Mn 2+) with
perovskite structure were successfully prepared by a reformative Bridgman technique. A …

The achievement of multiple emission color phosphors has a significant importance in
screen display, lighting devices, and multicolor imaging, but it still faces formidable …

The optical and structural properties of Tb 3+-doped yttrium and gadolinium oxyorthosilicate
(Y 2 SiO 5 and Gd 2 SiO 5) phosphors were analyzed. The samples were synthesized via …

In this work, novel Eu 3+ ions activated red emitting Ca 2 YTaO 6 (CYT) phosphors have
been prepared via a high-temperature solid-state reaction approach. Their crystal structure …

The lanthanide doped luminescent materials have been of great importance to the
anticounterfeiting applications. At present, these materials combing with the up/down …