Flüssigprozessierte organische Tandem-Leuchtdioden
Höfle, Stefan
Flüssigprozessierte organische Tandem-Leuchtdioden - KIT Scientific Publishing 2015 - 1 electronic resource (XII, 205 p. p.)
Open Access
In this work, printable organic tandem light emitting diodes for future cost-efficient, long-time stable and white light emitting devices are presented. The key to such multilayer devices is to develop charge carrier injection layers based on metal-oxides like WO3, MoO3, V2O5 and modified ZnO, which can be applied from precursors. Furthermore, these precursor-based approach enables the fabrication of OLED with inverted architecture as well as transparent light emitting diodes.
Creative Commons
German
KSP/1000045067 9783731503279
10.5445/KSP/1000045067 doi
Charge Carrier injection Multischicht-OLED tandem-OLED multiphoton emission OLED Weißlicht Ladungsträger-Injektionorganic light emitting diode Organische Leuchtdiode white light emission Tandem-OLED
Flüssigprozessierte organische Tandem-Leuchtdioden - KIT Scientific Publishing 2015 - 1 electronic resource (XII, 205 p. p.)
Open Access
In this work, printable organic tandem light emitting diodes for future cost-efficient, long-time stable and white light emitting devices are presented. The key to such multilayer devices is to develop charge carrier injection layers based on metal-oxides like WO3, MoO3, V2O5 and modified ZnO, which can be applied from precursors. Furthermore, these precursor-based approach enables the fabrication of OLED with inverted architecture as well as transparent light emitting diodes.
Creative Commons
German
KSP/1000045067 9783731503279
10.5445/KSP/1000045067 doi
Charge Carrier injection Multischicht-OLED tandem-OLED multiphoton emission OLED Weißlicht Ladungsträger-Injektionorganic light emitting diode Organische Leuchtdiode white light emission Tandem-OLED