In this work, we synthesize Ca 3 Bi (PO 4) 3: Dy 3+, Ca 3 Bi (PO 4) 3: Eu 3+, and Ca 3 Bi (PO
4) 3: Eu 3+, Dy 3+. The crystal structure, phase purity, and the luminescence properties of …

Luminescent materials used in solid-state lighting usually face the challenge of the
adjustment of luminescence properties. The coordinated luminescence of two activators in …

Developing single-phase white-emitting phosphor has increasingly become an effective
strategy to solve the emerging challenges of multiple phosphors-converted white light …

We reported a single-phase white-emitting phosphor Bi 4 BPO 10 (BBP): Dy 3+ developed
via a solid-state reaction route. Dy 3+ activator is introduced into the BBP host by replacing …

Currently, to solve the restrictions of multiple phosphors-converted white light-emitting
diodes (w-LED) such as reabsorption and fabricating cost, the single-phase white-emitting …

Empirical-investigations on deep-orange-red emitting BaLa 2 ZnO 5: Sm 3+ phosphor-
powders generated via low-temperature and environmentally-sound urea-combustion route …

In the current empirical-study, novel green-glimmering BaLa 2 ZnO 5: Er 3+ nanomaterials
have been fabricated via conventional-combustion-synthesis. XRPD-facilitated Rietveld …

The present prospective observational study reports the generation of new Sm3+-
incorporated BaYAlZn3O7 nanomaterials via urea-combustion route. Rietveld facilitated …

A sequence of novel BaSrGd 4 O 8: Eu 3+ nanophosphor was fabricated with the aid of
solution combustion (SC) methodology. Phase formed and morphological attributes were …

The wet chemical method was used for the first time to synthesize novel KCaPO4: Sm3+
phosphor. The characteristics of XRD, morphology and photoluminescence were thoroughly …