• Laser & Optoelectronics Progress
  • Vol. 56, Issue 22, 222302 (2019)
Zhenzhen Li, Weiqiang Liu, Ruixia Wu, Yunhui Li, and Jing Shao*
Author Affiliations
  • College of Chemistry and Environmental Engineering, Changchun University of Science and Technology, Changchun, Jilin 130022, China
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    DOI: 10.3788/LOP56.222302 Cite this Article Set citation alerts
    Zhenzhen Li, Weiqiang Liu, Ruixia Wu, Yunhui Li, Jing Shao. Influence of Host Material on Performances of Green Organic Light Emitting Diodes[J]. Laser & Optoelectronics Progress, 2019, 56(22): 222302 Copy Citation Text show less
    Energy-level structure of device (symbols of ‘h+’ and ‘e-’ represent hole and electron, respectively)
    Fig. 1. Energy-level structure of device (symbols of ‘h+’ and ‘e-’ represent hole and electron, respectively)
    Performances of TXO-PhCz doped CzSi single-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Fig. 2. Performances of TXO-PhCz doped CzSi single-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Performances of TXO-PhCz doped Tm3PyP26PyB single-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Fig. 3. Performances of TXO-PhCz doped Tm3PyP26PyB single-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Diagrams of carrier injection and transmission of single-emitting layer devices. (a) Diagram of carrier injection and transmission of TXO-PhCz doped CzSi single-emitting layer device; (b) diagram of carrier injection and transmission of TXO-PhCz doped Tm3PyP26PyB single-emitting layer device
    Fig. 4. Diagrams of carrier injection and transmission of single-emitting layer devices. (a) Diagram of carrier injection and transmission of TXO-PhCz doped CzSi single-emitting layer device; (b) diagram of carrier injection and transmission of TXO-PhCz doped Tm3PyP26PyB single-emitting layer device
    Spectra of TXO-PhCz doped CzSi single-emitting layer devices with different concentrations
    Fig. 5. Spectra of TXO-PhCz doped CzSi single-emitting layer devices with different concentrations
    Spectra of TXO-PhCz doped Tm3PyP26PyB single-emitting layer devices with different concentrations
    Fig. 6. Spectra of TXO-PhCz doped Tm3PyP26PyB single-emitting layer devices with different concentrations
    Performances of TXO-PhCz doped CzSi double-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Fig. 7. Performances of TXO-PhCz doped CzSi double-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Performances of TXO-PhCz doped Tm3PyP26PyB double-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Fig. 8. Performances of TXO-PhCz doped Tm3PyP26PyB double-emitting layer devices with different concentrations. (a) Relationship among voltage, brightness, and current density; (b) relationship among current density, current efficiency, and power efficiency
    Carrier diagrams of double-emitting layer. (a) Carrier diagram of double-emitting layer using TcTa and CzSi as host materials; (b) carrier diagram of double-emitting layer using TcTa and Tm3PyP26PyB as host materials
    Fig. 9. Carrier diagrams of double-emitting layer. (a) Carrier diagram of double-emitting layer using TcTa and CzSi as host materials; (b) carrier diagram of double-emitting layer using TcTa and Tm3PyP26PyB as host materials
    Zhenzhen Li, Weiqiang Liu, Ruixia Wu, Yunhui Li, Jing Shao. Influence of Host Material on Performances of Green Organic Light Emitting Diodes[J]. Laser & Optoelectronics Progress, 2019, 56(22): 222302
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