| 課程編碼 Course Code | 中文課程名稱 Course Name (Chinese) | 英文課程名稱 Course Name (English) | 總學分數 Credits | 總時數 Hours |
|---|---|---|---|---|
| 3514024 | 近代無機化學(I) | Modern Inorganic Chemistry (I) | 2.0 | 2 |
| 中文概述 Chinese Description | 近代無機化學的發展，主要跟金屬錯合物息息相關，也已經演變成是了解材料化學，生物無機化學，以及催化反應的重要基礎學問。由於科技的進步，應用光譜學方法來鑑定金屬錯合物已經變成近代無機化學上的重要技術。基於此，本課程設計分兩個學期，讓學生了解在無機化學領域中，金屬錯合物的結構，化學鍵結，光譜學，反應機構以及催化反應。在第一學期，將以教導學生如何利用分子軌域的理論以及點群理論，來了解化學鍵，酸鹼反應，固態材料，光譜以及反應機構。此內容將涵蓋以下主題 1. 原子與分子軌域理論 2. 化學鍵結理論 3. 固態化學 4. 配位化學 5. 反應機構 | |||
| 英文概述 English Description | Nowadays, modern inorganic chemistry is closely related to the understanding of metal complexes, which becomes an important knowledge to learn material, bioinorganic, and catalytic Chemistry. As the progress of scientific technology, using spectroscopy method to characterize the metal complexes becomes one of the important techniques in inorganic chemistry field. Therefore, this course is divided into two semesters to provide students the knowledge on how to understand the structure, chemical bonding, spectroscopy, reaction mechanism, catalysis of metal complexes in inorganic chemistry field. Based on such goals, the course is divided into two semesters. The first semesters is to teach students those fundamental concepts on how to use molecular orbital theory and group theory to explain the chemical bonding, acid-base interactions, solid state material, spectroscopy, and reaction mechanisms. The first semester will include the following topics. 1. Atomic and Molecular Orbital Theo | |||
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