The combustion method is a material preparation method that is gaining popularity in the
academic and industrial fields due to its simple and economical procedure for the …

Phase transitions induced by activator concentration should be avoided in most cases
because they usually degrade luminescent properties of inorganic phosphors. However, in …

Double perovskite compounds have the advantages of excellent chemical stability. Herein, a
series of red-emitting Ca 2 InSbO 6 (CISO): Eu 3+ phosphors were synthesized through the …

Abstract Trivalent europium (Eu3+) doped phosphors usually radiate orange or red light
owing to distinct transitions from the 5D0 excited level to the ground states of 7F1 and 7F2 …

High-efficiency red-emitting phosphors are required to fabricate high-performance white
light-emitting diodes (LEDs). Herein, the novel highly efficient Eu 3+-activated Ca 2 GdSbO …

A series of Ca 2 GdNbO 6: xSm 3+(0.01≤ x≤ 0.15) and Ca 2 GdNbO 6: 0.03 Sm 3+, yEu
3+(0.05≤ y≤ 0.3) phosphors were synthesized by the traditional solid-state sintering …

A novel double perovskite BaSrYZrO 5.5: Eu 3+ red-emitting phosphor was synthesized and
characterized by XRD, SEM and PL analyses. The structure of the prepared phosphor was …

Abstract The Sm 3+-activated NaSrLa (MoO 4) O 3 phosphors were synthesized by the solid-
state reaction technique. Upon 403 nm excitation, bright reddish-orange emissions arising …

A series of Eu 3+-doped double perovskite Ca 2 MgTeO 6 (CMTO) red-emitting phosphors
with high thermal stability were successfully prepared using the solid-state reaction at 1100° …

A series of Eu 3+-activated Y 2 SiWO 8 red phosphors were prepared using the sol-gel
process. The as-synthesized phosphors were characterized by X-ray diffraction, crystal …