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学科・科目の種別等
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国際交流科目 ・・・・・・・・・・・・・・・ |
授業コード | G8631001 | 科目コード | G86310 |
| 授業の方法 | 講義 | 単位数 | 2 | ||
| 期別 | 後期 | 曜日・時限 | 木４ | ||
| 授業科目 |
光化学 |
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| Photochemistry | |||||
| 担当教員 | 幸本 重男 | ||||
| 履修年次／セメスター | 後期 | 時間数 | 30 | 受入人数 | 20 |
| 受講対象 | 自学部他学科の学生 | 可 | |||
| 他学部学生 | 可 | ||||
| 科目等履修生 | |||||
| 学部生受講可、英語力要、履修要件シラバス参照 | |||||
| 教室等 | 国セ講１ | ||||
| 概要 | A Lecture on photochemical technology and science will be given from basic principles to its modern application. | ||||
| 目的・目標 | Light is an essential element for our life. The environment we are living is full of light. It is important to understand the chemical occurrence caused by irradiation; how the energy of light is absorbed and triggers chemical reaction. The lecture provides students with the idea that photochemistry is really a familiar subject to our daily life and society. |
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| 授業計画・授業内容 | 1. An Overview: A view of photochemical technology and science. 2. Absorption and emission of light: Demonstration of photophysical processes. 3. Absorption and emission of light: Theory. 4. Energy Transfer: Fundamentals of energy transfer. 5. Electron Transfer: Fundamentals of electron transfer. 6. Mechanistic Organic Photochemistry I: Hydrogen abstraction, cycloaddition. 7. Mechanistic Organic Photochemistry II: Photorearrangement. 8. Organic Photochemistry: Photochemistry in Nature. 9. Photopolymerization and UV ink: Network polymerization and Sol-Gel transition. 10. Photopolymerization and UV ink: Physical properties of infinite molecule, application of UV curing (ink, paint, adhesive). 11. Liquid Crystal Display:Introduction of liquid crystal display and the materials. 12.Holography: Introduction of holography and its application. 13. CD-R: Introduction of optical memory and the materials. 14. Technology of Photofunctional Materials. 15. Examination: The final exam will be a take-home essay exam. |
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| キーワード | Organic Photochemistry, Technology of Photofunctional Materials, Application of Photochemical reaction | ||||
| 教科書・参考書 | Introduction to organic photochemistry, J. D. Coyle Photopolymerisation and photoimaging science and technology, N. S. Allen (ed.) Fundamentals of photoinduced electron transfer, G. J. Kavarnos |
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| 評価方法・基準 | Participation 50 % and examination 50 % | ||||
