The absorption and luminescence properties (centroid shift and crystal field splitting of 5d
orbitals) of Ce 3+-doped garnets are summarized from the viewpoints of chemical …

Y3Al5O12 (YAG): Ce3+ is the most widely applied phosphor in white LEDs (w-LEDs)
because of strong blue absorption and efficient yellow luminescence combined with a high …

The design of luminescent materials with widely and continuously tunable excitation and
emission is still a challenge in the field of advanced optical applications. In this paper, we …

The development of a single-ion activated single-phased white-light phosphor is of great
importance in the field of near ultraviolet based w-LED lighting. In this work, a Ba2Y3 (SiO4) …

We have synthesized and investigated a series of yellow-emitting Sr3Ce (PO4) 3: Eu2+
phosphors, showing an extreme broadband at around 535 nm (with a FWHM of ca. 200 …

A series of Ce3+-doped α-Ca1. 65Sr0. 35SiO4 (CSSO) phosphors without and with the
substitutions of Si by Al/Ga/B were synthesized via the high-temperature solid-state reaction …

In 1996, a new lighting device was proposed by Nichia Chemical Co., Japan, using a blue
InGaN LED chip coated with a yellow-emitting phosphor of yttrium aluminum garnet (Y 2.9 …

Abstract Eu 2+-activated Ba 5 SiO 4 Cl 6 phosphors with blue and green emissions were
synthesized by a solid-state reaction route in a reduction atmosphere. The obtained crystal …

Many strategies, including double substitution, addition of charge compensation, cation-size-
mismatch and neighboring-cation substitution, have contributed to tuning …

We investigate systematically the polymorphism of stoichiometric dicalcium orthosilicates
C2S using ab initio studies and interatomic potential functions. Apart from the structural data …