In the present work, orange-red Sm 3+ doped La 3 Ga 5 SiO 14 phosphors were
successfully formed through high temperature solid state method at 1350° C. The phase …

Being a simple synthesis technique, solid state reaction (SSR) method seldom generates 1D
nanorod structured phosphors. In this article, we present a systematic study on the structural …

In the realm of anti-counterfeiting (AC) measures, the focus has increasingly turned towards
fluorescent inks, appreciated for their practicality and environmentally friendly nature …

We report, synthesis of orange red light emitting Sm 3+ activated BiOCl phosphors at
relatively low temperature (400° C) and shorter duration of 1 h. Rietveld refined results …

A series of novel red-emitting La 6 Ba 4 Si 6 O 24 F 2: Sm 3+(LBSOF: Sm 3+) phosphors
was synthesized by a conventional solid state reaction. The crystal structure and atomic …

It is inconvenient to use the thermometer to judge and measure temperature under some
special conditions. For example, when the observer can't get close to the measured …

A Sm3+-doped YGa1. 5Al1. 5 (BO3) 4 (abbreviated as YGAB) phosphor was synthesized via
a solid-state reaction with mechanical activation assistance in a high-energy density stirred …

In search of efficient and suitable phosphors for white light emitting diodes (w-LEDs), herein,
we report Li 2 MgTi 3 O 8: Eu 3+ as red phosphors that are low-cost eco-materials …

A series of novel Ba 3 Bi 2 (PO 4) 4: Sm 3+ phosphors have been prepared by the
conventional solid reaction process at different sintering temperature and Sm 3+ ion …

The novel orange-red-emitting Ca 2 Y 8 (SiO 4) 6 O 2: Sm 3+ phosphors (CYSO: Sm 3+)
were synthesized via conventional a solid state reaction. The crystal structure and atomic …