Britholites are the lanthanide–silica-rich end-members of the apatite group, commonly
studied for their optical properties. Here, we show∼ 50–100 μm single crystals synthesized …

In this work, to develop new upconversion (UC) luminescent materials for optical
thermometer, a series of LiLa 9 Si 6 O 26: Yb 3+-Er 3+/Ho 3+(LLS: Yb 3+-Er 3+/Ho 3+) …

The current research illustrates excitation energy-triggered photoluminescent characteristics
of Pr3+ ions in SrCeO3 providing a practical approach for develo** high CRI wLED and its …

Luminescent characteristics of K 3 Lu (PO 4) 2: Pr 3+(1 and 5 mol.%) microcrystalline
powders, a promising optical material for scintillation applications, were investigated using …

We report on the time-resolved luminescence spectroscopic characterization of LiSrPO 4
doped with Pr 3+ ions, that we found potentially attractive for scintillation applications. The …

Understanding of host-to-impurity energy transfer process is crucial for the development of
efficient and fast response scintillator materials. In this work, Pr 3+ doped Na 3 LuSi 3 O 9 …

The spectroscopic characteristics and luminescence decay kinetics of Sr 9 Sc (PO 4) 7: Pr
3+(1%) were investigated using synchrotron radiation of ultraviolet (UV), vacuum ultraviolet …

A series of novel orange-red Sr 1.9 RE 8 (SiO 4) 6 O 2: 0.1 Eu (2+, 3+)(RE= Y, Gd, La)
phosphors were synthesized by high-temperature solid-phase reaction method, all of which …

The crystal-field splitting of the 4f5d and 4f electronic configurations of lanthanide
luminescent ions can be modulated by their local coordination environments. In this work …

The luminescent characteristics of K 3 LuSi 2 O 7: Pr 3+(1%), which is a promising optical
material for the use as a scintillator, have been studied using a set of techniques. The …