White light emitting diodes (WLEDs) are widely used due to their advantages of high
efficiency, low electricity consumption, long service life, quick response time, environmental …

Mn 4+-doped fluoride phosphors are attractive for application in white solid-state lighting
devices because their distinct red emission can improve the color rendering index, while the …

A hydroxy fluoride red phosphor BaNbF 5.5 (OH) 1.5: Mn 4+ with dual morphology was
designed and manufactured by co-precipitation strategy. The crystal phase structure …

Pc-LEDs (phosphor-converted light-emitting diodes) are a relatively new generation of light
sources frequently used for room lighting, backlighting, and plant development on account of …

Fluoride phosphors as red components for warm white LEDs have attracted a tremendous
amount of research attention. But these phosphors are extremely sensitive to moisture …

In this work, a facile ionic substitution strategy was initiated to realize the intense red
luminescence in Ca3-δLnδWO6: Mn4+ (δ= 0.1, CLnWO: Mn4+, Ln= La, Gd, Y, Lu,) …

In this work, a mixture of (NH 4) 3 SiF 7/(NH 4) 2 SiF 6 powders was obtained as a by-
product of the Li extraction process from α-spodumene aluminosilicate with NH 4 HF 2. The …

Although Mn4+-activated fluoride phosphors have high luminescence quality, their poor
water resistance and thermal fluorescence properties significantly limit their practical …

The traditional strategy to improve material stability is to cover the surface with a shell to
resist adverse environmental factors. For the red-emitting fluoride materials with easily …

A series of Mn 4+ doped cubic phase Cs 2 KInF 6 red phosphors (abbreviated here as
CKIFM) were obtained through a typical co-precipitation route. The optical and structural …