Add to ORKGNovel rare-earth doped green, yellow and red-emitting nitride based phosphors have been developed for white-LEDs applications. The luminescence properties of nitride phosphors are described according to the host lattices from nitride, oxynitride to nitride-carbide. Eu2+, Ce3+ and Tb3+ activated nitride materials show high conversion efficiency in the blue region with high thermal stability. In this overview presentation, the focus is on revelation of the relationship between the luminescence properties and the crystal structure/composition.</p
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
White light emitting diodes (LEDs) are environmentally friendly lighting systems because of their lo...
Novel rare-earth doped green, yellow and red-emitting nitride based phosphors have been developed fo...
Novel rare-earth doped green, yellow and red-emitting nitride based phosphors have been developed fo...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
White light emitting diodes (LEDs) are environmentally friendly lighting systems because of their lo...
Novel rare-earth doped green, yellow and red-emitting nitride based phosphors have been developed fo...
Novel rare-earth doped green, yellow and red-emitting nitride based phosphors have been developed fo...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
Novel rare-earth doped ternary and multinary nitride-based phosphors are described from the aspects ...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
In this overview paper, novel rare-earth doped silicon nitride based phosphors for white LEDs applic...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
Lighting world will change drastically due to the replacement of the traditional TL, PL and incandes...
White light emitting diodes (LEDs) are environmentally friendly lighting systems because of their lo...