A solution-processible phosphorescent dendrimer, which has a fac-tris(2-phenylpyridyl)iridium(III) complex at its core and is encapsulated by six first-generation dendrons (see Figure), eliminates luminescence quenching in the solid state. The dendrimer can be used as a host-free light-emitting layer to give highly efficient bilayer dendrimer light-emitting diodes
A series of novel red-emitting iridium dendrimers functionalized with oligocarbazole host dendrons u...
A simple convergent procedure has been developed for the formation of sterically encumbered phosphor...
Green-emitting iridium dendrimers with rigid hole-transporting carbazole dendrons are designed, synt...
A solution-processible phosphorescent dendrimer, which has a fac-tris(2-phenylpyridyl)iridium(III) c...
We describe the preperation of a dendrimer that is solution-processible and contains 2-ethylhexyloxy...
A simple convergent procedure has been developed for the preparation of solution processable phospho...
Intermolecular interactions play a crucial role in the performance of organic light-emitting diodes ...
Intermolecular interactions play a crucial role in the performance of organic light-emitting diodes ...
A uniform dispersion of highly soluble phosphorescent dendrimer emitters is achieved by blending wit...
High efficiency, solution-processed electroluminescent devices are realized using two new red-light-...
Solution-processible saturated blue phosphorescence is an important goal for organic light-emitting ...
Saturated red emitting dendrimers have been prepared for use in organic light-emitting diodes (OLEDs...
Solution-processable blue phosphorescent emitters with high luminescence efficiency are highly desir...
The addition of dendrons to iridium(III) complexes attached to a poly(styrene) backbone is shown to ...
Three phosphorescent dendrimers (IrC1, IrC3, and IrF2) with an iridium complex core and oligocarbazo...
A series of novel red-emitting iridium dendrimers functionalized with oligocarbazole host dendrons u...
A simple convergent procedure has been developed for the formation of sterically encumbered phosphor...
Green-emitting iridium dendrimers with rigid hole-transporting carbazole dendrons are designed, synt...
A solution-processible phosphorescent dendrimer, which has a fac-tris(2-phenylpyridyl)iridium(III) c...
We describe the preperation of a dendrimer that is solution-processible and contains 2-ethylhexyloxy...
A simple convergent procedure has been developed for the preparation of solution processable phospho...
Intermolecular interactions play a crucial role in the performance of organic light-emitting diodes ...
Intermolecular interactions play a crucial role in the performance of organic light-emitting diodes ...
A uniform dispersion of highly soluble phosphorescent dendrimer emitters is achieved by blending wit...
High efficiency, solution-processed electroluminescent devices are realized using two new red-light-...
Solution-processible saturated blue phosphorescence is an important goal for organic light-emitting ...
Saturated red emitting dendrimers have been prepared for use in organic light-emitting diodes (OLEDs...
Solution-processable blue phosphorescent emitters with high luminescence efficiency are highly desir...
The addition of dendrons to iridium(III) complexes attached to a poly(styrene) backbone is shown to ...
Three phosphorescent dendrimers (IrC1, IrC3, and IrF2) with an iridium complex core and oligocarbazo...
A series of novel red-emitting iridium dendrimers functionalized with oligocarbazole host dendrons u...
A simple convergent procedure has been developed for the formation of sterically encumbered phosphor...
Green-emitting iridium dendrimers with rigid hole-transporting carbazole dendrons are designed, synt...