ChE 4940 Fundamentals of Optoelectronic Materials and Devices
<br>(光電材料與元件基礎 2 學分)
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<br>課程說明: 
<br>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
<br>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
<br>機光電材料與元件。 
<br>Educate students in Department of Chemical Engineering to understand the basis 
<br>of optoelectronic materials and optoelectronic components and the processing, 
<br>enabling the future use of chemical engineering related industries. 
<br>The contents were divided into three parts: the basic principle of 
<br>optoelectronic materials and components, inorganic optoelectronic materials 
<br>and components. Organic optoelectronic materials and components.
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<br>任課教師: 
<br>段興宇教授	(X42509, hytuan@che.nthu.edu.tw, Room 311)
<br>Prof. Masaki Horie (X33628, mhorie@mx.nthu.edu.tw, Room 510)
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<br>教學進度： 
<br>I. 光電材料與元件基本原理: 段興宇教授
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<br>	授課內容
<br>第1週    Class desc<x>ription
<br>第2週	Semiconductor fundamentals 
<br>第3週	Principle of optoelectronic devices(I)
<br>第4週	Principle of optoelectronic devices (II) 
<br>第5週	Principle of semiconductor-ba<x>sed solar cells 
<br>第6週	Integrated circuit (IC) manufacturing processes
<br>第7週	Spring break
<br>第8週	Chemical vapor deposition (CVD)
<br>第9週	Invited speech 
<br>第10週	Midterm
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<br>II. 有機光電材料與元件：林昆翰教授
<br>	授課內容 (course content)
<br>第11週	Introduction to organic electronics
<br>第12週	Basic quantum chemistry
<br>第13週	Optical and electronic properties
<br>第14週	Photochemical reactions
<br>第15週	Structure-packing-properies relationship
<br>第16週	Organic photovoltaics
<br>第17週	Organic light-emitting diodes
<br>第18週	Final exam 
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<br>成績評定： 
<br>Part I. 期中考, 50%. 
<br>Part II期末考, 50%. 
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<br>指定用書: 
<br>None
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<br>參考書籍: 
<br>1.  Hitchman, M.L. and K.F. Jensen, “Chemical Vapor Deposition – principles 
<br>and 
<br>applications,” ed., Academic Press, San Diego, USA, 1993
<br>2.Zant, P.V., “Microchip Fabrication,” McGraw-Hill, New York, 4th ed., 2000
<br>3.  S. O. Kasap, "Optoelectronics and Photonics", Pearson/Prentice-Hall, 
<br>2001 
<br>(Ch 1 to 6). 
<br>4.  Stephen R. Forrest, “Organic Electronics: Foundations to Applications,” 
<br>Oxford, 2020
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<br>教學方式: 
<br>Lectures (power point presentations and blackboards)
<br>