Significant effort has been made in the exploration of novel lanthanide‐activated phosphors
with multicolor emission over the last decade, especially highly efficient and emission …

The design of white‐light phosphors is attractive in solid‐state lighting (SSL) and related
fields. A new strategy in obtaining white light emission (WLE) from dual‐way photon energy …

A comprehensive review of up-conversion (UP) and down-conversion (DC) or down shifting
of rare earth (RE) doped zinc oxide (ZnO) nanophosphors is presented. Research interest in …

Soft lattice and strong exciton–phonon coupling have been demonstrated in layered double
perovskites (LDPs) recently; therefore, LDPs represents a promising class of compounds as …

Low dimensional halide perovskites with self‐trapped excitons (STEs) emission have
emerged as promising white light phosphors because of their ultrabroadband emission …

Coal combustion residues and other geological waste materials have been proposed as a
resource for rare earth elements (REEs, herein defined as the 14 stable lanthanides, yttrium …

LiNbO 3 single-phase phosphors with varying single-doping and co-doping contents of Dy
3+ and Sm 3+ ions were fabricated via the solid phase reaction. All the X-ray diffractions of …

Abstract Tb 3+ and Eu 3+ doped La 4 GeO 8 multicolor emitting phosphors were
synthesized. A systematic investigation was done into the photoluminescence properties of …

To reduce the burden of solid-state lighting and phosphor-converted light-emitting diode
technologies on rare earth (RE) and avoid their potential supply risks, we have developed a …

Intense red-emitting double perovskite Sr 3 LiSbO 6 (SLSO) phosphor materials have been
prepared by doping of Eu 3+ rare earth ion using the facile solid-state reaction route. The …