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

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 …

The development of phosphor materials with outstanding photoluminescence properties is
critical for next-generation high-quality solid-state white lighting. As there is a blue-green …

Finding efficient cyan phosphors with broadband absorption in the near-ultraviolet range
(380–420 nm) and bright emission around 490 nm are highly important to make up for the so …

Ce-doped garnet phosphors play an important role in the white light-emitting diode (LED)
family. In the past years, a lot of trial-and-error experiments guided by experience to discover …

Inorganic phosphors play an important role in realizing high-performance white light-
emitting diodes (LEDs), and thus highly luminescent phosphors with excellent optical …

White LEDs combined by blue LED chip and yellow YAG: Ce phosphor are the mainstream
of the lighting industry. However, due to the lack of red light component, it is difficult to meet …

Red phosphor plays a key role in improving the lighting and display quality of phosphor-
converted white light-emitting diodes (pc-WLEDs). Meanwhile, developing new luminescent …

Rare-earth doped inorganic phosphors are critical for solid-state white lighting. Particularly,
efficient broadband, blue-light-excitable, green-emitting phosphors are highly needed for …

White light-emitting diodes (LEDs) with high color rendering index (CRI) and low correlated
color temperature (CCT) are desirable for next-generation solid-state lighting. In this work …