CHE化工 210 M7M8
教育化工系的同學,使認識光電材料與光電元件的基礎及其製程,俾便未來運用化學工程技術在這些相關的產業之中。內容主 要 分為三大部分: 光電材料與元件基本原理, 無機光電材料與元件、有機光電材料與元件。
Course keywords: optoelectronics, device, LED, solar cells, laser ChE 4940 Fundamentals of Optoelectronic Materials and Devices (光電材料與元件基礎 2 學分) 課程說明: 教育化工系的同學,使認識光電材料與光電元件的基礎及其製程,俾便未來運用化學工程技術在這 些相關的產業之中。內容主要分為三大部分: 光電材料與元件基本原理, 無機光電材料與元件、有 機光電材料與元件。 Educate students in Department of Chemical Engineering to understand the basis of optoelectronic materials and optoelectronic components and the processing, enabling the future use of chemical engineering related industries. The contents were divided into three parts: the basic principle of optoelectronic materials and components, inorganic optoelectronic materials and components. Organic optoelectronic materials and components. 任課教師: 段興宇教授 (X42509, hytuan@che.nthu.edu.tw, Room 311) Prof. Masaki Horie (X33628, mhorie@mx.nthu.edu.tw, Room 510) 教學進度: I. 光電材料與元件基本原理: 段興宇教授 授課內容 第1週 Class description 第2週 Semiconductor fundamentals 第3週 Principle of optoelectronic devices(I) 第4週 Principle of optoelectronic devices (II) 第5週 Principle of semiconductor-based solar cells 第6週 Integrated circuit (IC) manufacturing processes 第7週 Spring break 第8週 Chemical vapor deposition (CVD) 第9週 Invited speech 第10週 Midterm II. 有機光電材料與元件:林昆翰教授 授課內容 (course content) 第11週 Introduction to organic electronics 第12週 Basic quantum chemistry 第13週 Optical and electronic properties 第14週 Photochemical reactions 第15週 Structure-packing-properies relationship 第16週 Organic photovoltaics 第17週 Organic light-emitting diodes 第18週 Final exam 成績評定: Part I. 期中考, 50%. Part II期末考, 50%. 指定用書: None 參考書籍: 1. Hitchman, M.L. and K.F. Jensen, “Chemical Vapor Deposition – principles and applications,” ed., Academic Press, San Diego, USA, 1993 2.Zant, P.V., “Microchip Fabrication,” McGraw-Hill, New York, 4th ed., 2000 3. S. O. Kasap, "Optoelectronics and Photonics", Pearson/Prentice-Hall, 2001 (Ch 1 to 6). 4. Stephen R. Forrest, “Organic Electronics: Foundations to Applications,” Oxford, 2020 教學方式: Lectures (power point presentations and blackboards)
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