In phosphors intended for the applications of white light-emitting diodes (white-LEDs), their
ability to achieve controlled-photoluminescence-tuning is an important feature, which is …

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+-activated fluoride red phosphors, the most important red phosphors for warm white
light emitting diodes (LEDs), usually suffer from inherent poor moisture resistance which is a …

Mn 4+ activated fluoride red phosphors, as candidate red materials in white light-emitting
diodes (WLEDs), have received widespread attention. However, the poor water stability …

Due to outstanding optical characteristics of phosphors, they have recently been applied to
various fields, such as solid-state lighting, forensic science, and laser technology. Herein, a …

Recently, Mn 4+ doped fluoride phosphors have been considered as ideal candidate
materials employed in white light-emitting diodes (WLEDs). However, the extremely serious …

Abstract Recenlty, rare-earth (RE)-free ions (Mn 4+) activated phosphor materials are
becoming an alternative source while replacing Eu 2+ ions activated metal oxide …

The strategy to enhance phosphor stability against thermal quenching and moisture
conditions will contribute to controlling the feature of phosphor-converted white-light-emitting …

Although fluoride phosphors have distinguishing feature in luminescence spectra such as
narrow band red light emission and broad band blue light excitation, the instability of [MnF 6] …

Mn4+-doped fluoride phosphors are efficient narrowband red-emitting phosphors for white
light-emitting diodes (WLEDs) and backlight displays. However, erosion by moisture is the …