Abstract Ba2MgSi2O7: M (M= Bi 3+, Sm 3+, Sm 3+/Bi 3+) phosphors are synthesized in air
by the high-temperature solid-state reaction method. All samples are confirmed to be a pure …

Ongoing progress of solid-state illumination technology necessitates the compelling need
for energy-efficient nanophosphors with superfine luminance. The present paper reports the …

At present, the combination of red, green and blue light (RGB) is one of the mainstream
ways to obtain high-efficiency white light emitting diodes (w-LEDs). In this paper, we have …

Abstract Na 3 Sc 2 (PO 4) 3: R (R= Bi 3+, Sm 3+, and Sm 3+/Bi 3+) are successfully
synthesized in air atmosphere. The high-temperature solid-state reaction method is used in …

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 …

In the present report, a new series of Sm 3+ doped BaGd 2 ZnO 5 nanomaterials emanating
reddish orange light have been manufactured via an ecological, ideal and less energy …

In fast-growing technologies, the development of innovative materials which can be used in
multiple applications to fulfill the present necessary needs is highly motivated. Hence, in the …

A very convenient and energy-saving route named Solution-Combustion Synthesis had
been adopted to prepare a sequence of Sr 6 Y 2 Al 4 O 15: Eu 3+(1.0–5.0 mol%) …

New Sm 3+-activated YAG nanomaterials have been fabricated via low-temperature solution-
combustion method, to advance the quality of multi-phase wLEDs (white-light-emitting …

In the present prospective study, a variety of novel rare-earth Dy3+ singly activated
Sr6Al4Y2O15 nanoscaled materials were fabricated through ecologically-sound as well as …