中央研究院國際研究生院
奈米科學與技術學程
九十三學年度課程(第二學期)
※ 英語授課，國際研究生學程課程，本所學生可選修
※ 上課地點：台大化學系化三教室

科目: 高等材料化學(課號223 U9110)
英文名稱: Advanced Chemistry of Materials (TIGP)
授課教師: 彭旭明教授等
必修課, 學分: 3
時間: 星期五567 ( pm14:20~17:10)

Syllabus for Advanced Chemistry of Materials, Spring 2005

(1.) Organic Light-Emitting Diode (OLED) Materials
Development of OLED/LED
Comparison of OLED and Liquid Crystal Display (LCD)
Physical Principle of Devices
Properties of Light-Emitting Materials
Decaying issue of OLED
Efficiency of OLED, Fluorescence and Phosphorescence
Full Color OLED

(2.) Organic Field-Effective Transistors (OFET)
Development of Transistors
Miniaturization of IC and Transistor
Fabrication of Silicon-based Transistor
Physical Principle of Devices
Properties of Organic Semiconductor Materials
Issues that Affect the Performance of OFET

(3.) Dye-Sensitized Solar Cell (DSC) and Photovoltaic (PV) Cell
Si-based Solar Cell
Structure and Mechanism of DSSC or PV Cell
Efficiency of DSSC or PV Cell
Dyes for DSSC
Nanoporous TiO2
Electrolytes for DSSC
Plastic PV Cell
Hybrided PV Cell

(4.) Nonlinear Optical (NLO) Materials
Physical Principle of NLO Materials
Chemical Principle of NLO Materials
Electrooptical (Pockels and Kerr) effect
Development of NLO Materials – Inorganic and Organic
Studies of Molecular NLO Materials
Studies of Polymeric NLO Materials
Approaches for second-order NLO Materials

(5.) Liquid Crystal Material
Introduction to LC Materials
Classification of LC Materials
Chemical Structures of LC Materials
Physical Properties of LC Materials
Electrical Properties of LC Materials
Optical Properties of LC Materials
Electro- Optical Properties of LC Materials
Applications of LC Materials
Basic Properties of LCDs
Principle of LCDs
LCD Devices

(6.) Meso-porous Materials
Definition of “Nanoporous materials”
History
Structures and Characterization
Chemical Bonds & Self-assembly
Preparation of Nanoporous materials
Applications in Adsorbents, Catalysis, Nano-reactor, Guest-Host interaction etc