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Organic Semiconductor

coursetab

c_weekno	Title	Body
1	Introduction, Chapter 1 Organic molecular beam deposition
10	Charge carrier transport mechanism in organic semiconductors Chapter 11 Charge Carrier Density Dependence of the Hole Mobility in PPV
11	Chapter 12 Analysis and Modeling of Organic Devices
12	Basic Principles of OLED devices Chapter 17 Insights into OLED functioning through coordinated experimental measurements and numerical model simulations Chapter 18 Optimizing OLED Structures
13	Basic Principles of OTFTs Chapter 14 Organic Single-Crystal FETs
14	Basic Principles of organic solar cells Chapter 15 Charge Carrier Photogeneration and Transport in polymer solar cells
15	Final Exam
2	Electronic structure of organic semiconductors Chapter 2 Electronic properties of interfaces between organic semiconductors and metals
3	Properties of organic semiconductor/metal interfaces Chapter 3 Band bending at organic semiconductor/metal interfaces
4	Optical properties of organic semiconductors
5	Excited states of organic semiconductors and spectroscopic studies Chapter 5 Ultrafast photophysics in conjugated polymers Chapter 7 Exciton energy relaxation and dissociation in conjugated polymers
6	Spin dynamics of organic semiconductors Chapter 8 Absorption spectroscopy and spin-dependent recombination
7	Chapter 9 Phosphorescence
8	Midterm exam
9	Electronic states in organic semiconductors Chapter 10 Electronic Traps

code:

4541617A_2009S

level:

year:

term:

staff:

Prof. LEE, CHANGHEE

c_regdate:

2010-01-21 17:36:22

department:

Electrical and Computer Engineering