Phosphor-converted materials have recently become promising candidates for the next
generation horticulture and agriculture owing to their ability to overcome the daily sunlight …

Mechanical luminescence (ML) is the conversion of mechanical energy into light energy
when a material is subjected to a force. It is challenging to develop ML materials with …

Long-term exposure to strong blue LED display radiations from sources such as computers
and cell phones can seriously compromise sleep quality, and the development of “human …

Non-rare earth Mn 4+ ion-doped red oxide phosphors have great potential for applications
in warm white light-emitting diodes (wLEDs) due to their low cost and stable …

An activator's selective occupation of a host is of great significance for designing high-quality
white light-emitting diode phosphors, while achieving a full-spectrum single-phase white …

Recently, in situ and real time near-infrared mechanoluminescence (NIR ML) materials are
attracting increased attention, which has potential applications such as in biostress sensing …

To find suitable far-red-emitting phosphors in the field of plant lighting, a series of double-
perovskite Mn 4+-doped Sr 2 ScNbO 6 (abbreviated as SSNO: Mn 4+) phosphors were …

Altering the local symmetry of an activator by lattice tuning is considered an effective strategy
to optimize the luminescence performance of phosphors. Herein, the novel Mn4+-activated …

The device of reliable non-contact ratiometric optical thermometry technique gradually
became a cutting-edge research pot over decades due to its intriguing features of rapid …

Herein, single monoclinic phase Mn4+-doped Sr2InTaO6 (SITO) phosphors were reported
in terms of both luminescence behaviors and potential applications. The optimal Mn4+ …