使學生對化學的基本原理有更進一步的了解並做為認識無機材料化學的根本。課程中將延續普通化學的內容，介紹化學平衡，酸鹼化學與平衡和熱力學第二，三定律等。此外，也將介紹基礎過渡金屬化學與配位化合物，使學生具備基本無機化學知識。課程後段將引入結晶固體結構的概念，進而討論固體中之不完整性與缺陷，最後討論金屬，陶瓷與聚合物的種類與應用。透過課程教授希望能讓學生奠定基礎無機材料化學知識與技能，以利日後材料化工之所需。課程涵蓋化學平衡，酸鹼化學與平衡，熱力學第二，三定律，結晶固體結構等概念和金屬，陶瓷與聚合物的種類與應用。To enable students to have a better understanding of the basic principles of chemistry and serve as the basis for understanding the chemistry of inorganic materials. The course will continue the content of general chemistry and introduce chemical equilibrium, acid-base chemistry and equilibrium, and the second and third laws of thermodynamics. In addition, basic transition metal chemistry and coordination compounds will also be introduced to equip students with basic knowledge of inorganic chemistry. The later part of the course will introduce the concept of crystalline solid structure, then discuss imperfections and defects in solids, and finally discuss the types and applications of metals, ceramics and polymers. Through the course, the professor hopes to enable students to lay down basic knowledge and skills in inorganic materials chemistry to facilitate their future needs in materials chemistry. The course covers concepts such as chemical equilibrium, acid-base chemistry and equilibrium, the second and third laws of thermodynamics, the structure of crystalline solids, and the types and applications of metals, ceramics and polymers.
1. 藉由瞭解化學基本概念，引導學生無機化學基本知識和晶態與非晶態材料的特質。
2. 藉由瞭解無機材料化學基本概念，探討正確的無機材料所包括的金屬材料與無機非金屬材料。
3. 藉由瞭解無機材料化學的基本概念，探討當今熱門的奈米材料與複合材料。
4. 藉由瞭解物質材料與化學的關係，探討無機材料新領域與與無機材料化學實驗技術。
1. By understanding the basic concepts of chemistry, students will be guided to basic knowledge of inorganic chemistry and the characteristics of crystalline and amorphous materials.
2. By understanding the basic concepts of inorganic material chemistry, explore the correct inorganic materials including metallic materials and inorganic non-metallic materials.
3. By understanding the basic concepts of inorganic material chemistry, explore today’s popular nanomaterials and composite materials.
4. By understanding the relationship between material materials and chemistry, explore new fields of inorganic materials and inorganic material chemistry experimental techniques.
1. Materials science and engineering : an introduction 6e/by William D. Callister, JR.
2. Chemistry, 13th Ed., Raymond. Chang, McGraw-Hill, Inc., 2017.
1. materials science and engineering: Press Introduction 6/by William D. cal list, Jr.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平時成績平時成績 usual results |
30 | 兩次小考各佔15% |
| 期中成績期中成績 Midterm results |
25 | 期中考試 |
| 期末成績期末成績 final grade |
25 | 期末考試 |
| 出席出席 Attend |
20 |
