Abstract Lu3Al5O12: Ce (LuAG: Ce) phosphor has been designed and fabricated into
various forms of green fluorescent converters and plays a critical role in the field of solid …

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) …

Thermally robust and efficient composite ceramic phosphors (CCPs) combined both the
merits of matrix and phosphor have received growing interests. However, high matrix …

Developing red-phosphors with outstanding chemical and luminescent stability is essential
for fabricating phosphor-in-glass (PiG) for the next-generation solid-state lighting source …

Phosphor-converted white laser diode (pc-wLD) technology requires high-color-quality
white light, which involves the development of an efficient red-emitting phosphor color …

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 …

Phosphors in glass films (PiFs) is considered ideal conversion materials for laser lighting,
but heat dissipation issue is the main challenge limiting its development. Therefore, it is …

Lu_3Al_5O_12: Ce (LuAG: Ce) phosphor ceramics (PCs) with the excellent thermal stability
and high saturation threshold are considered as the best green-fluorescent converters for …

All-inorganic phosphor-in-glass (PiG) converter withstanding high power laser excitation has
garnered attention for laser-driven white lighting, while its poor heat dissipation and low …

To address the problem of cyan-green light deficiency in fluorescent converters for laser
diode (LD) illumination applications, Ca 3-x Sc 2 Si 3 O 12: xCe 3+(CSS: xCe 3+) cyan …