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 …

Laser‐driven phosphor‐converted white‐laser diodes are supposed to be next‐generation
high‐brightness lighting sources for their unparalleled photoelectric efficiency and light …

Ceramic phosphors are widely considered the next-generation phosphor material for white
LED/LD lighting, and a wide spectrum is a key factor in improving the CRI of lighting …

High-power, high-brightness laser lighting promotes new requirements for light-conversion
materials, such as high thermal conductivity, high saturation threshold and compact …

High lighting quality has become essential in indoor lighting with the continuous
technological innovations in the illumination field. The existing mainstream white light …

One major benefit of laser lighting is the possibility to achieve very high luminance. In
phosphor-converted laser lighting systems, a blue (pump) laser can be focused into a very …

Phosphor-converted laser lighting has become a credible candidate in next-generation high-
brightness white lighting, and the configuration types of phosphor converters have a great …

Abstract Phosphor-in-glass (PiG) is one of the most important spectral converters to
overcome thermal effect in high-power white light-emitting diodes (LEDs). The Al 2 O 3–SiO …

Despite the huge advances that have been made in the development of ultra-high
luminance laser lighting, achieving high color rendering properties in such systems at the …

Solid-state lighting is now developing toward high-power and super-brightness, but is
largely limited by the lack of highly robust and efficient color conversion materials that can …