山梨大学電子シラバス>検索結果一覧>授業データ |
授業科目名
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指導教員
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量子物理化学特論
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入江 寛/佐藤 哲也
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416730 | 2 | (未登録) | 1 | 前期 | 木 | I | ||||||||||||
[概要と目標] | ||||||||||||||||||
A light-related system is one of the candidate technologies for sustainable energy conversion and environmental preservation. We will learn such light-related systems based on mainly physical chemistry as well as quantum chemistry and solid state physics. | ||||||||||||||||||
[到達目標] | ||||||||||||||||||
1. To understand the interaction of light with solids, and successive phenomena 2. To understand the excited-state properties of solids. |
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[専攻の目標と講義の目標との関連性] | ||||||||||||||||||
学部、修士課程で習得した物理化学、分析化学、無機化学、材料化学に関する基礎知識を整理し、太陽エネルギー変換工学における具体的な課題を解決するために必要な、高度な専門知識と問題解決能力を養う。 | ||||||||||||||||||
[必要知識・準備] | ||||||||||||||||||
Physical Chemistry, Quantum chemistry, Solid state physics | ||||||||||||||||||
[評価基準] | ||||||||||||||||||
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(未登録) | ||||||||||||||||||
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[講義項目] | ||||||||||||||||||
1. Introduction 2. Light, wave-particle durability 3. Band theory 4. Interaction of light with solids 5. Excited-state spectroscopy in solids. 6. Applications I-1: Solar cells, fundamentals 7. Applications I-2: Solar cells, Si, semiconductor and organic solar cells 8. Applications II-1: Photocatalysis, fundamentals 9. Applications II-2: Photocatalysis for environmental purification, 10. Applications III-1: Hydrogen Energy 11. Applications III-2: Photocatalysis for hydrogen production 12. Applications IV: Theory for surface wettability 13. Applications V-1: Energy conversion, fundamentals 14. Applications V-2: Energy conversion, heat to electricity 15. Evaluations |