As the fourth-generation light source, solid-state lighting has developed rapidly in the past
30 years due to its advantages of high efficiency and environmental protection. It is widely …

Abstract Y3Al5O12: Ce3+ (YAG: Ce3+) transparent ceramic phosphors (TCPs) are regarded
as the most promising luminescent converter for laser‐driven (LD) lighting. High‐quality …

Laser‐driven projection display puts forward urgent demand for color converter materials to
simultaneously achieve balanced‐spectrum properties and strong heat dissipation. Herein …

As a successor to the light‐emitting‐diode (LED), the laser diode (LD) forecasts a brighter
future for energy‐saving solid‐state lighting (SSL). Aiming for high‐performance white LD …

A three-layered phosphor structure was designed and prepared by the spin coating of
BaSi2N2O2: Eu (cyan-emitting) and (Sr, Ca) AlSiN3: Eu (red-emitting) phosphor films on the …

Up‐to‐date laser‐driven projection technology puts an urgent demand for green phosphor
with stringent requirements on its performance. Herein, by virtue of a new architecture …

Robust ceramic color converters withstanding strong laser irradiations have recently drawn
great attention for laser‐driven white lighting. However, the local emission within the incident …

To address the problems of low luminous efficacy and poor thermal stability of reflective
phosphor-in-glass (PiG) converter, a thermally robust and highly reflective PiG-boron nitride …

The widespread application of laser diodes (LDs) in high-brightness lighting is limited by the
insufficient heat dissipation of colour converters due to high-power laser irradiation. In this …

It is an important challenge to select suitable color converters and apply them to laser diodes
(LDs) lighting field. Sapphire plates are used as substrates for phosphor-in-glass films (PiFs) …