Advanced Chemistry of Materials

Credits: 3

Lecturers:

Dr. Lu, Kuang-Lieh 呂光烈（2/22, 3/1, 3/8）
Dr. Sun, Shih-Sheng 孫世勝（3/15, 3/22, 3/29）
break 溫書假（4/5）
Dr. Peng, Shie-Ming 彭旭明（4/12）
mid-term exam 期中考（4/19）
Dr. Lin, Jiann-T'suen 林建村（4/26, 5/3）
Dr. Tao, Yu-Tai 陶雨台(5/10, 5/17, 5/24）
Dr. Chen, Chin-Ti 陳錦地（5/31, 6/7, 6/14）
final exam 期末考（6/21）

Classroom: 2nd Meeting Room, 5F, IoP, AS

Class hour: 14:10-17:00

Outline:

(1) Basic Concepts
Atomic Structure
Chemical Bonds
Lewis Structure
Molecular Orbital Theory
Special Topic: Metal-Metal Bonding

(2) Sensors
Principle of Sensing
Molecular Design for Recognition and Sensing
Ddendrimers and Polymers for Sensing
Application includeing Biosensors

(3) Supramolecular Materials Chemistry
Introduction to supramolecular chemistry-molecular interactions and basic concepts
Techniques for studying supramolecular materials chemistry
Introduction to molecular photochemistry
Soft materials
Supramolecular Catalysis

(4) Self-assembly of functional materials
Self-assembly and supramolecular chemistry
Supramolecular host-guest interactions
Metallacyclic compounds
Molecular devices and sensors
Crystal engineering: Self-assembly, structures, and applications of metal-organic frameworks
Self-assembly of biomimetic materials

(5) 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

(6) Organic Thin Films by self-assembly-Structure and applications
Langmuir Monolayers and Langmuir-Blodgett Multilayers
Self-Assembled Monolayers (SAMS)：
->Carboxylic acids on oxide surfaces
->Alkylsilanes on hydroxylated surfaces
->Organothiol on coinage metals
Mixed monolayers
Multilayers
Monolayer-protected clusters(MPCs)
Patterning of surfaces
->Soft lithography
->Dip-pen nanolithography
Sensor applications
Molecular electronics
Others