介紹無機材料化學的基本原理，啟發學生對基礎科學的興趣。主要的課程目標為使學生了解物質的基本構造、化學反應前後能量、質量、亂度的變化、各種化學反應平衡的關係及原子間化學鍵形成的原由。具備基礎科學專業知識及研究能力，主要的課程內涵包括：質量關係和化學反應、量子理論、化學鍵結、化學動力學、化學平衡、亂度自由能平衡、電化學等。

Introduce the basic principles of inorganic material chemistry and inspire students' interest in basic science. The main course goal is to enable students to understand the basic structure of matter, changes in energy, mass, and chaos before and after chemical reactions, the relationship between the balance of various chemical reactions, and the reasons for the formation of chemical bonds between atoms. Possess basic scientific professional knowledge and research capabilities. The main course content includes: mass relations and chemical reactions, quantum theory, chemical bonding, chemical kinetics, chemical equilibrium, chaos free energy balance, electrochemistry, etc.

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 chemical experimental techniques for inorganic materials.

Chang/Goldsby, General Chemistry, 7th edt.

Chang/Goldsby, General Chemistry, 7th edt.