Narrow band red-emitting phosphors are significant constituents but still a bottleneck for next-
generation smart displays and high-performance lighting (solid-state lighting based white …

A material's structure vitally affects its luminescence property, which in turn determines its
application. Therefore, understanding the correspondence between structural local …

In this study, a Sm 3+ ion-doped double perovskite structure oxide was developed to obtain
a novel Ca 2 GaNbO 6: Sm 3+ orange-red phosphor, which has compensated for the lack of …

The influence of boron on the structural, morphological, and spectral properties was
examined using Ba 2 Gd 1− x MO 6 (M= Nb, Ta) double perovskite ceramics co-doped with …

Nowadays, it is very stringent to develop high-performance red-emitting phosphors to
accelerate the new generation of high-power white light-emitting diodes (WLEDs). In this …

Abstract Novel orange-red Sr 2 GdSbO 6: xEu 3+(x= 0, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5 and 0.6)
phosphors were successfully prepared by the traditional high-temperature solid-state …

Recently, double perovskites oxides have emerged as a prominence in the luminescence
research, attributed to their adaptable structure, diverse chemical compositions, and stability …

A series of novel red-emitting europium (III)(Eu3+)-doped double-perovskite niobate
phosphors were synthesized by modulating the A site composition. In this respect …

Eu 3+-activated double perovskite Sr 2 LaSbO 6 phosphors with two red-emitting bands
centered at 610 and 707 nm have been synthesized by the conventional solid-state reaction …

Three doubly ordered double perovskites NaREMgWO6 (RE= La, Gd, Y) have been
synthesized via traditional solid-state methods, doped with Eu3+, and characterized to …