OLED Microcavity효과 등록 OLED Microcavity효과Display 세미나 수업에 발표하 자료입니다- A+ 맞은 자료입니다.- 여러 학위논문을 근거로 만들어졌습니다.1. Introduction- History & Basic principle of OLEDs2. Types of TEOLED- Different Structures of TEOLEDs3. Microcavity Theory- Fabry-Perot Cavity4. Materials in TEOLED- Materials of Red, Green and Blue in TEOLEDs5. Application & Developments in Future- Conclusion1. More Compact Design, 2. Easy to use ELA, 3. Easy to Control Gate Metal Thickness4. More Good performance of TFT Back plane. (High Resolution) <중 략>Precondition (Assume)1. 1D optical mode density2. Coplanar reflector3. Homogeneous medium<중 략>1. Design cavity length match the Resonant mode( easy because similar to Bottom)2. Adjust to fit the total optical lengthby controling Thickness
2016년 7월 1일 금요일
OLED Microcavity효과 등록 - 예쁜표지
From : http://www.needreport.com/index.php?document_srl=325654
OLED Microcavity효과 등록 OLED Microcavity효과Display 세미나 수업에 발표하 자료입니다- A+ 맞은 자료입니다.- 여러 학위논문을 근거로 만들어졌습니다.1. Introduction- History & Basic principle of OLEDs2. Types of TEOLED- Different Structures of TEOLEDs3. Microcavity Theory- Fabry-Perot Cavity4. Materials in TEOLED- Materials of Red, Green and Blue in TEOLEDs5. Application & Developments in Future- Conclusion1. More Compact Design, 2. Easy to use ELA, 3. Easy to Control Gate Metal Thickness4. More Good performance of TFT Back plane. (High Resolution) <중 략>Precondition (Assume)1. 1D optical mode density2. Coplanar reflector3. Homogeneous medium<중 략>1. Design cavity length match the Resonant mode( easy because similar to Bottom)2. Adjust to fit the total optical lengthby controling Thickness
자료 (압축파일).zip
OLED Microcavity효과 등록 OLED Microcavity효과Display 세미나 수업에 발표하 자료입니다- A+ 맞은 자료입니다.- 여러 학위논문을 근거로 만들어졌습니다.1. Introduction- History & Basic principle of OLEDs2. Types of TEOLED- Different Structures of TEOLEDs3. Microcavity Theory- Fabry-Perot Cavity4. Materials in TEOLED- Materials of Red, Green and Blue in TEOLEDs5. Application & Developments in Future- Conclusion1. More Compact Design, 2. Easy to use ELA, 3. Easy to Control Gate Metal Thickness4. More Good performance of TFT Back plane. (High Resolution) <중 략>Precondition (Assume)1. 1D optical mode density2. Coplanar reflector3. Homogeneous medium<중 략>1. Design cavity length match the Resonant mode( easy because similar to Bottom)2. Adjust to fit the total optical lengthby controling Thickness
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