| 授業名 | 分光・分析学(99FA002) | 授業名（英） | Spectroscopy and Analysis |
| 教員名 | 橋本 慎二 | ||
| 開講年度学期 | 2024年度 前期 | ||
| 曜日時限 | 木曜2限 | ||
| 開講学科 | 大学院工学研究科 | ||
| 単位 | 2.0 | 学年 | |
| 区分 | 課程 |
| 概要 | The “seeing” matter through the interaction between matter and electromagnetic waves is referred to as spectroscopy, in which a spectrum is measured by plotting the intensity of electromagnetic waves against the wavelength or energy of the waves. A spectrum is a graph showing absorption, emission, or scattering of photons. By analyzing the spectrum, information about the structure and chemical bonds of matter can be obtained. In this lecture, we mainly focus on vibrational spectroscopy (infrared and Raman), explaining its fundamentals and practical applications. |
| 達成目標 | ・Classifying molecules into point groups. ・Decomposition of reducible representations using the character tables. ・Explaining normal vibration. ・Explaining selection rules using point groups. |
| 学習教育目標 | |
| 成績評価方法 | Grade is evaluated based on the submission of exercises, and the following assessments are provided. S: 90-100 points A: 80-89 points B: 70-79 points C: 60-69 points D: Below 59 points - Fail |
| 教科書 | |
| 参考書 | Symmetry and spectroscopy An introduction to vibrational and electronic spectroscopy Dover Publications |
| 履修上の注意 |
| 授業計画 | 1. Symmetry operations and molecules 2. Point groups 3. Classification of molecules into point groups 4. Characters and character tables 5. Decomposition of reducible representations using character tables 6. The postulates of quantum mechanics 7. Some simple illustrations from quantum mechanics 8. Infrared and Raman spectra 9. Diatomic molecules 10. Transitions between stationary states 11. The normal modes of vibration of polyatomic molecules 12 Selection rules and polarization 13 Symmetry coordinates and normal modes 14 Assignment of real spectra 15 The resonance Raman effect |
| 注意 |
- 教員: 橋本 慎二