Light-emitting diodes (LEDs) are attracting considerable attention around the world.
Phosphor materials, as crucial color-converted components, play central roles in LED …

Ce3+/Eu2+ activated luminescent materials offer a versatile platform for precise emission
light manipulation through structure control on the basis of the composition–structure …

The minimization of thermal quenching, which leads to luminescence loss at high
temperatures, is one of the most important issues for near‐infrared phosphors. In the present …

Single‐component materials with white‐light emission are ideal for lighting applications.
However, it is very challenging to achieve white luminescence in single‐dopant activated …

Advances in solid state white lighting technologies witness the explosive development of
phosphor materials (down-conversion luminescent materials). A large amount of evidence …

The synthesis of lanthanide-activated phosphors is pertinent to many emerging applications,
ranging from high-resolution luminescence imaging to next-generation volumetric full-color …

Phosphor materials enable the optical frequency conversion to realize the full-color white
emission light-emitting diodes (LEDs). So far much effort has been devoted to the design …

Solid‐state lighting is advancing toward higher power, higher brightness, and smaller size to
cope with the market competitiveness, and laser‐driven solid‐state lighting technology is …

Nowadays, phosphor converted white light-emitting diodes (pc-WLEDs) have been widely
used in solid-state lighting and display areas due to their superior lifetime, efficiency, and …

Stable and efficient phosphor systems for white light-emitting diodes (LEDs) are highly
important with respect to their application in solid-state lighting beyond the technical …