Remote temperature and pressure monitoring provides new and exciting chances to explore
the variation of luminescence properties of compounds under extreme conditions. Herein …

Phosphor-containing white light-emitting diodes (LEDs) with low color-correlated
temperatures (CCTs) and high color rendering indexes (CRIs) are highly desirable for …

Great progress made by heteroepitaxial growth technology encourages rapid development
of III‐nitride heteroepitaxial structures and their applications in extensive fields. Particularly …

Solid state lighting based on energy efficient phosphors have never ending demand in the
present scenario of high energy consumption of which garnet-based phosphors offer …

Highly efficient cyan-green-emitting phosphors are urgently needed for high-color-quality full-
visible-spectrum white light-emitting diodes (LEDs). Herein, we report on efficient near …

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

Sunlight stimulated photocatalytic clean energy generation has aroused more and more
attention in recent years due to the convenient, sustainable, and environment-friendly …

In this paper, novel Bi3+-activated Ca2LuZrScAl2GeO12 (CLZSAG) phosphors with a garnet
structure were prepared by a high temperature solid-state method. There are two kinds of …

Bright red-emitting phosphors with high color purity and high photoluminescence quantum
yield (PLQY) are highly demanded for the fabrication of high-performance warm-white light …

The development of high-brightness far-red-emitting phosphors with emission wavelength
within 650–750 nm is of great significance for indoor plant cultivation light-emitting diode …