有機光電顯示材料及元件

簡介有機半導體(含介電材料)、有機光電(含光學及非線性光學材料)、AI矽光子(含光纖及光調變器材料)、及軟性電子(含高分子封裝複合材料)等材料及其元件之原理與分析 Introduction to organic semiconductors (including dielectric materials), organic optoelectronics (including optical and nonlinear optical materials), AI silicon photonics (including optical fiber and optical modulator materials), and flexible electronics (including polymer packaging composite materials) and the principles and analysis of their components. 課程綱要(Outline)： A. 材料性質介紹 (Introduction to Properties of Materials) 1. 材料電學性質 (Electrical Properties of Materials) 2. 材料熱學性質 (Thermal Properties of Materials) 3. 材料光學性質 (Optical Properties of Materials) B. 高分子材料簡介 (Introduction to Polymer Materials) 1. 高分子材料化學 (Polymer Materials Chemistry) 2. 高分子材料物理 (Polymer Materials Physics) 3. 高分子材料應用 (Applications of Polymer Materials)：液晶高分子材料 LC Polymer Materials、導電高分子材料Conducting Polymer Materials、發光二極體高分子材料 Light Emitting Diode (LED) Polymer Materials、非線性光學高分子材料 Nonlinear Optical (NLO) Polymer Materials、電光高分子材料 Electro-Optic (EO) Polymer Materials Materials C. 液晶顯示材料及元件 (LC Display Materials and Devices) 1. 液晶材料基本介紹 (Introduction to LCs) 1.1.1. 液晶分類 (Classification of LCs) 1.1.2. 化學結構及物理性質(Chemical Structures and Physical Properties) 2. 液晶之應用物性與量測 (Introduction to LCs) 2.1. 液晶電學及光學性質 (Electrical and Optical Properties of LCs) 2.2. 液晶光電效應 (Electro-Optical Properties of LCs) 3. 液晶顯示相關原理及元件 (Principle and Devices of LCDs) 3.1. 液晶顯示器原理 (Principle of LCDs) 3.2. TN液晶顯示器 (TN LCDs) 3.3. STN液晶顯示器 (STN LCDs) 3.4.鐵電液晶顯示器 (Ferroelectric LCDs) 3.5. PDLC顯示器 (PDLC Displays) 3.6. TFT液晶顯示器 (TFT LCDs) 3.7. 其他改良型液晶顯示器 (MVA, WVA, IPS LCDs) 4. 液晶顯示相關元件材料及製程 (Device Materials and Process of LCDs) 4.1. 液晶顯示器製程 (Process of LCDs) 4.2. 液晶顯示相關元件材料：透明基板 (Substrate)、透明電極 (ITO)、配向層 (Alignment Layer)、間隙物 (Spacer)、彩色濾光片 (Color Filter)、偏光板 (Polarizer)、補償膜 (Compensation Film)、及光源及導光配件 (Backlighting System) D. 有機發光二極體顯示材料及元件 (OLED and PLED Display Materials and Devices) 1. 有機發光二極體材料基本介紹 (Introduction to OLED and PLED Materials) 1.1. 化學結構 (Chemical Structures) 1.2. 物理性質 (Physical Properties) 2. 有機發光二極體之應用物性與量測 (Physical Properties and Measurements of OLEDs) 3. 有機發光二極體相關原理及元件 (Principle and Devices of OLEDs and PLEDs) 4. 有機發光二極體相關材料及製程 (Device Materials and Process of OLEDs and PLEDs) 4.1. 有機發光二極體製程 (Process of OLEDs and PLEDs) 4.2. 電極基板 (Electrode and Substrate of OLEDs and PLEDs) 4.3. 發光層 (Light-Emitting Layer) 4.4. 電子傳輸層 (Electron Transporting Layer) 4.5. 電洞傳輸層 (Hole Transporting Layer) E. 有機及高分子太陽能電池材料及元件 (Organic and Polymer Solar Cell Materials and Devices) 1. 有機及高分子太陽能電池材料基本介紹 (Introduction to Organic and Polymer Solar Cell Materials) 2. 有機及高分子太陽能電池之應用物性與量測 (Physical Properties and Measurements of Organic and Polymer Solar Cells) 3. 有機及高分子太陽能電池相關原理及元件 (Principle and Devices of Organic and Polymer Solar Cells)

理化 (Physics and Chemistry)

無備註

本課程將以英語授課為主(This course will be mainly taught in English). 助教(TA)：Mr. Shao-Chen Lu "呂紹岑" (工六館EF707室；連絡方式 Tel: (03)5712121ext.55382; Mobile (手機): 0965498458; E-mail: ysy313303009.ls13@nycu.edu.tw)

平時成績 (Homeworks & Quiz) 30%; 期中考 (Midterm Exam) 35%; 期末考 (Final Exam) 35%.

教師未提供此項資料

自編講義 (Handout by Instructor)

地點

工六館EF309室

時間

授課當日(週一 Monday)下午14:00-17:00

聯絡方式

Tel：(03)5712121分機(ext.) 55305；E-mail: inhc@nycu.edu.tw