• Part 1: Foundations
• 1: Atomic structure
• 2: Molecular structure, bonding, and energetics
• 3: Molecular symmetry
• 4: The structures and energetics of simple solids
• 5: Acids and bases
• 6: Oxidation and reduction
• 7: An introduction to coordination compounds
• 8: Physical techniques in inorganic chemistry
• Part 2: The elements and their compounds
• 9: Periodic trends
• 10: Themes across the Periodic Table
• 11: Hydrogen
• 12: The Group 1 elements
• 13: The Group 2 elements
• 14: The Group 13 elements
• 15: The Group 14 elements
• 16: The Group 15 elements
• 17: The Group 16 elements
• 18: The Group 17 elements
• 19: The Group 18 elements
• 20: The d-block elements
• 21: The f-block elements
• 22: d- and f-metal complexes: electronic and magnetic properties
• 23: Coordination chemistry: reactions of complexes
• 24: d-Metal organometallic chemistry
• 24: Materials chemistry and nanomaterials
• Part Three: Advanced Inorganic Chemistry
• 25: Advanced solid state chemistry: structures, compounds, and electronic properties
• 26: Biological inorganic chemistry
• Part Four: Horizons and Applications
• 27: Green chemistry
• 28: Nanoparticle inorganic chemistry
• 29: Framework and porous materials
• 30: Energy materials
• 31: Catalysis
• 32: Inorganic chemistry in medicine