Abstract Phosphor‐in‐glass (PiG) film has been proposed as an ideal color converter in
laser diodes (LDs) lighting for its advantages of outstanding thermal conductivity (TC) and …

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) …

To withstand higher power density (PD), exhibit higher luminous efficiency (LE), use in
smaller size and lower cost has become the direction of solid-state lighting technology. In …

In recent years, the success of laser lighting and display technology depends on the
comprehensive properties of light conversion materials such as thermal stability and …

High-power and high-brightness solid state laser lighting sources, fabricated with high-
power blue laser diodes (LDs) and yellow-emitting phosphor converters, constitute a …

Solid laser lighting with high photoelectric conversion efficiency and compact size has been
increasingly vital in lighting applications. Extensive research has been conducted to obtain …

YAG: Ce 3+ PiG film cannot produce high color-rendering laser lighting due to the deficiency
in red spectral component, but adding nitride-based red phosphors usually leads to dramatic …

Recently, high-performance color converters excitable by blue laser diode (LD) have been
sprung up for projection display. However, thermal accumulation effect of color converters is …

Phosphor-in-glass (PiG) as a reliable color converter has drawn considerable attention in
solid-state laser lighting. Here, a series of green-emitting Y3Al3. 5Ga1. 5O12: Ce (YAGG …

Phosphors that are designed for laser-lighting are essential to possess high luminescence
saturation threshold. However, the current phosphors with adequate saturation threshold …