目录 Chapter 1 Introduction 1. The Brief History of Inorganic Chemistry 2. The Research Contents and New Progress of Inorganic Chemistry 3. The Relationship Between Inorganic Chemistry and Pharmacy 4. The Way to Learn Inorganic Chemistry Chapter 2 Solution 1. The Concentration of Solution 2. The Colligative Properties of Dilute Nonelectrolyte Solutions 3. Theory of Strong Electrolyte Solution Chapter 3 Chemical Equilibrium 1. Chemical Equilibrium 2. Shifts of Chemical Equilibrium Chapter 4 Theories of Acids Bases and Ionization Equilibrium 1. Theories of Acids and Bases 2. Proton Transfer Equilibrium of Weak Electrolyte 3. The Buffer Solution Chapter 5 The Equilibrium of Precipitation and Dissolution 1. Solubility Product Principle 2. Equilibrium Shift between Precipitation and Dissolution Chapter 6 Oxidation-Reduction Reaction and Electrochemistry 1 Oxidation-Reduction Reaction 2. Electrode Potential 3. Applications of Electrode Potential Chapter 7 The Atomic Structure and Periodic Law of Elements 1. Atomic Structure 2. Motion Characteristics of Electrons 3. The Quantum Mechanical Model of the Atom 4. Electron Configurations of Multi-electron Atoms 5. Structure of the Periodic Table 6. Periodic Properties of the Elements Chapter 8 Chemical Bonds and Molecular Structures 1. Ionic Bond 2. Covalent Bond Theory 3. Polarity of Bond and Molecule 4. Intermolecular Forces and Hydrogen Bonds 5. Ionic Polarization Chapter 9 Coordination Compounds 1. Brief Introduction 2. Basic Concepts of Coordination Compounds 3. The Chemical Bond Theories of Coordination Compounds 4. Coordination Equilibrium and Stabilization of Coordination Compounds 5. Application of Coordination Compounds Chapter 10 Main Group Elements and Related Mineral Drugs 1. General Properties 2. Alkali Metals and Their Compounds 3. Alkaline Earth Metals and Their Compounds 4. Boron and Its Compounds 5. Aluminum and Its Compounds 6. Silicon and Its Compounds 7. Lead and Its Compounds
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