The term "Organic Functional Materials" combines a large variety of usually conjugated organic compounds with different chemical and physical properties, such as: photo- and electroluminescence in solution or solid state, redox activity, semiconductivity, photochromicity, mechanochemical activity. Such compounds find wide application as chemical sensors, as dyes and semiconductors in organic electronics, as photo-switches, or as molecular motors and machines. In this class, articles that describe novel compounds with such properties as well as innovative synthetic methods to design such compounds will be highlighted.
Content：
Photochromism
Thermochromism
Electrochromism (redox switch)
Piezochromism
Solvatochromism
Acidichromism
Sol gel
Multi-responsive materials
The term "Organic Functional Materials" combines a large variety of usually conjugated organic compounds with different chemical and physical properties, such as: photo- and electronicscence in solution or solid state, redox activity, semiconductivity, photochromicity, mechanochemical activity. Such compounds find wide application as chemical sensors, as dyes and semiconductors in organic electronics, as photo-switches, or as molecular motors and machines. In this class, articles that describe novel compounds with such properties as well as innovative synthetic methods to design such compounds will be highlighted.
Content:
Photochromism
Thermochromism
Electrochromism (redox switch)
Piezochromism
Solvatochromism
Acidichromism
Sol gel
Multi-responsive materials
current journals
Current journals
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| Presence & HomeworkPresence & Homework presence & homework |
20 | |
| Mid-term presentationMid-term presentation mid-term presentation |
30 | |
| Final presentation & reportFinal presentation & report final presentation & report |
50 |
