We demonstrate the possibilities offered by the screen-printing technique to create thick layers of rare earth doped phosphors on glass slides for light-emitting diodes (LEDs). Using commercial LEDs, the effect of the layer thickness and phosphor concentration on luminescence emission and chromaticity are investigated. The advantages offered by screen-printed multi-phosphors systems are also revealed through a feasibility study permitting to tune the chromatic coordinate of the global light emission by modifying the phosphors characteristics independently
International audienceSeveral phosphors without rare-earth elements were synthesized by a simple and...
The WLEDs configuration with remote phosphor layers has higher luminescent performance than WLEDs wi...
Phosphor-in-glass (PiG) thick film was fabricated on a borosilicate glass substrate using a conventi...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
With the use of phosphor-in-glass (abbreviated as PiG), it is possible to make alterations for the r...
Solid-state lighting (SSL) using light-emitting diode (LED) as an alternative light source is an eme...
Phosphor converted LED is commonly used as the white light source in solid state luminaires. Among t...
Solid state lighting is a good alternative light source with reduced energy consumption. Light-emitt...
Current white LEDs (wLEDs) are composed of a blue pumping LED and color convertors – phosphors – whi...
Current white LEDs (wLEDs) are composed of a blue pumping LED and color convertors – phosphors – whi...
The poor color rendering index (CRI) induced by mono chip and phosphor configuration in the conventi...
The distant phosphor configuration produces more illuminating beams than the two settings containing...
Phosphor-in-glass (PiG) thick film was fabricated on a borosilicate glass substrate using a conventi...
International audienceSeveral phosphors without rare-earth elements were synthesized by a simple and...
International audienceSeveral phosphors without rare-earth elements were synthesized by a simple and...
The WLEDs configuration with remote phosphor layers has higher luminescent performance than WLEDs wi...
Phosphor-in-glass (PiG) thick film was fabricated on a borosilicate glass substrate using a conventi...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
We demonstrate the possibilities offered by the screen-printing technique to create thick layers of ...
With the use of phosphor-in-glass (abbreviated as PiG), it is possible to make alterations for the r...
Solid-state lighting (SSL) using light-emitting diode (LED) as an alternative light source is an eme...
Phosphor converted LED is commonly used as the white light source in solid state luminaires. Among t...
Solid state lighting is a good alternative light source with reduced energy consumption. Light-emitt...
Current white LEDs (wLEDs) are composed of a blue pumping LED and color convertors – phosphors – whi...
Current white LEDs (wLEDs) are composed of a blue pumping LED and color convertors – phosphors – whi...
The poor color rendering index (CRI) induced by mono chip and phosphor configuration in the conventi...
The distant phosphor configuration produces more illuminating beams than the two settings containing...
Phosphor-in-glass (PiG) thick film was fabricated on a borosilicate glass substrate using a conventi...
International audienceSeveral phosphors without rare-earth elements were synthesized by a simple and...
International audienceSeveral phosphors without rare-earth elements were synthesized by a simple and...
The WLEDs configuration with remote phosphor layers has higher luminescent performance than WLEDs wi...
Phosphor-in-glass (PiG) thick film was fabricated on a borosilicate glass substrate using a conventi...