Despite many Eu2+‐doped phosphors having been synthesized by different methods, a
simple synthetic strategy for Eu2+‐doped high‐performance phosphors remains one of the …

Transparent displays (TDs) rendering “levitating” images on screen have appeared as an
emerging technology toward augmented/mixed reality applications. However, the traditional …

Trap engineering is widely applied to contend with thermal quenching of phosphors.
However, the incidental detriment of the luminescent efficiency has long been neglected …

Mn2+‐doped phosphors with narrow‐band green emission are promising for white light‐
emitting diodes (WLEDs) to achieve high color rendering index and efficacy. Here, a series …

Near-infrared (NIR) phosphor-converted light-emitting diodes with broadband emission
have received considerable interest. However, there remains a challenge in the construction …

Obtaining phosphors with higher quenching temperatures is a key scientific problem in
developing high‐quality full‐spectrum white lighting devices. Herein, a near ultraviolet …

During the process of developing commercial chips, the phosphors with single broadband
emission are indispensable. In this report, a new ternary phosphate phosphor Na 3 Ba 2 Ca …

The utilization of photocatalytic oxidation technology for sustainable production of value-
added chemicals has garnered significant attention. In the photocatalytic process, the …

The anomalous thermal quenching of phosphors maintains good luminescence properties
at higher temperatures, which is great significant in the application of phosphors. Here, Ca 2 …

We have previously presented a computational protocol that is based on an embedded
cluster model and operates in the framework of TD-DFT in conjunction with the excited state …