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RISSTwo kinds of electroluminescent(EL), PU-BCN as a polymer material and D-BCN as a dye were synthesized. These materials were composed of the same chromophore with two cyano groups and two triphenylamine groups. Single-layer device(SL), indium-tin oxide...
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유기전계발광 소자를 위한 새로운 적색 발광 물질의 개발 및 평가 = Synthesis of Novel Electroluminescent material and Application to Electroluminescent Device
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다국어 초록 (Multilingual Abstract)
Two kinds of electroluminescent(EL), PU-BCN as a polymer material and D-BCN as a dye were synthesized. These materials were composed of the same chromophore with two cyano groups and two triphenylamine groups. Single-layer device(SL), indium-tin oxide(ITO)/PU-BCN or D-BCN/ MgAg device and two types of double-layer device were fabricated. (ITO/PU-BCN or D-BCN/oxadiazole derivative as an electron transport layer/MgAg in the case of DL-E device, and ITO/triphenylamine derivative as a hole transport layer/D-BCN/MgAg in the case of DL-H device) Two kinds of materials revealed excellent EL characteristics in the EL device. The comparison of the luminance -current density of two different materials, PU-BCN and D-BCN showed similar EL characteristics in the high current density. EL maximum peaks of two materials were detected at the red emission region of about 640nm.
Two kinds of electroluminescent(EL), PU-BCN as a polymer material and D-BCN as a dye were synthesized. These materials were composed of the same chromophore with two cyano groups and two triphenylamine groups. Single-layer device(SL), indium-tin oxide(ITO)/PU-BCN or D-BCN/ MgAg device and two types of double-layer device were fabricated. (ITO/PU-BCN or D-BCN/oxadiazole derivative as an electron transport layer/MgAg in the case of DL-E device, and ITO/triphenylamine derivative as a hole transport layer/D-BCN/MgAg in the case of DL-H device) Two kinds of materials revealed excellent EL characteristics in the EL device. The comparison of the luminance -current density of two different materials, PU-BCN and D-BCN showed similar EL characteristics in the high current density. EL maximum peaks of two materials were detected at the red emission region of about 640nm.
목차 (Table of Contents)
- Ⅰ. 서론
- Ⅱ. 실험 및 방법
- 1. 적색발광 EL재료의 합성
- 2. 발광소자의 제작
- 3. 발광소자의 평가
- Ⅰ. 서론
- Ⅱ. 실험 및 방법
- 1. 적색발광 EL재료의 합성
- 2. 발광소자의 제작
- 3. 발광소자의 평가
- Ⅲ. 결과 및 고찰
- Ⅳ. 결론
- Ⅴ. 참고문헌
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