1.表面・界面とは
2.表面の構造
3.表面の熱力学、表面自由エネルギー
4.表面の電子状態
5.表面の観察・分析法
6.表面・界面の化学反応・触媒・吸着・薄膜形成
7.コロイド溶液の分子運動論
拡散とブラウン運動、沈降、浸透圧
8. コロイドと固液界面の界面導電現象の理論
デバイ・ヒュッケルの強電解質溶液論、界面導電現象
9. コロイド分散系の安定性に関する理論
分散と凝集、粒子間相互作用、DLVO理論
1. Introduction about surfaces and interface sciene
2. Surface structure
3. Thermodynamics of surface, surface free energy
4. Electronic structure of surfaces
5. Methods of observation and analysis of surfaces
6. Chemical reactions, catalysis, adsorption and thin film formation at surfaces and interfaces
7. Molecular dynamics of colloidal solutions
Diffusion and Brownian motion, Sedimentation, Osmotic pressure
8. Theory of Colloid and Interfacial Electric Phenomena
Deby-Huckel theory of strong electrolytes, Electrokinetic phenomena
9. Stability theory of colloidal dispersion systems
Dispersion and aggregation, Particle-particle interaction, DLVO theory