Optical manometry is a highly promising method for measuring pressure. However, its wider
application is limited by the lower sensitivity and influenced by environmental factors …

The environmental and economic benefits of phosphor-converted white-light-emitting diodes
(pc-WLEDs) have been increasingly appreciated in recent years. However, a significant …

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 …

Herein, we provide an overview of the history of research on industrial LED phosphors,
focusing on Sr2Si5N8: Eu, which was the first reported nitride phosphor but it is not ideal for …

Versatile manipulation of lanthanide photoluminescence not only enables a more thorough
understanding of the luminescent mechanism, but also promotes their widespread …

For overcoming the unsatisfactory sensitivity of optical manometers and the susceptibility of
manometric parameters to temperature changes, a series of Ce3+‐doped La6Sr4 (SiO4) …

Understanding the role played by the material chemistry to increase the pressure sensitivity
of new optical pressure probes is of great scientific interest. After almost 50 years from the …

Abstract A SrLiAl3N4: Eu2+ (SLA) red phosphor prepared through a high‐pressure solid‐
state reaction was coated with an organosilica layer with a thickness of 400–600 nm to …

This research investigated the crystal chemical principles related to the incorporation of
incompatible atoms into a garnet host lattice. These considerations might be used to guide …

Pressure dependence of spectral positions of the 2E→ 4A2 and 4T2→ 4A2 bands of Cr3+
ions, resulting from changes in Cr3+–O2–covalency and variations in crystal field strength …