High light-quality and low color temperature are two crucial factors for a comfortable healthy
illumination. Phosphor-converted white light-emitting diodes (LEDs) could be readily …

The luminescent materials incorporated with rare earth (RE)/transition metal (TM) ions that
possess up/down conversion phenomena have found widespread applications in sensing …

Currently, white light-emitting diodes (WLEDs) are emerging lighting techniques and are
highly desirable. These are one of the world's highest lighting technologies. LEDs have …

Near-infrared luminescent materials have attracted considerable interest because of their
excellent performance in the field of optical imaging. Here, a series of Cr3+/Ni2+ co-doped …

Energy transfer and pressure-driven color tuning phosphor Mg 2 Gd 8 (SiO 4) 6 O 2: Ce
3+(MGS: Ce 3+), with ultra-wideband spectra was synthesized by high-temperature solid …

A series of Eu2+ single doped Ca9Na1–xLixSc0. 667 (PO4) 7 phosphors with full‐spectrum
emission have been synthesized. Under the 385 nm excitation, the Eu2+ single doped …

It remains a critical challenge to develop narrow‐band emitters for wide color gamut
displays. Herein, it is designed by the selective site occupancy engineering and an …

Color-tunable phosphors can be obtained through codoping strategies and energy transfer
regulation. Ce3+ and Eu2+ are the most common and effective activator ions used in …

The dual emission produced from Mn2+ when codoped with rare earth ions like Eu2+ or
Ce3+ in inorganic compounds makes these materials attractive as efficient, color-tunable …

Discovery of new phosphors with desired properties is of great significance for developing
high optical quality solid-state lighting. The single-particle-diagnosis approach is an effective …