Inorganic chemistry / Mark Weller, Tina Overton, Jonathan Rourke, Fraser Armstrong.

Illustrations and text on inside covers.

Includes index.

Part I. Foundations -- 1.Atomic structure -- 2.Moleduclar structure and bonding -- 3.The structures of simple solids -- 4.Acids and bases -- 5.Oxidation and reduction -- 6.Molecular symmetry -- 7.An introduction to coordination compounds -- 8.Physical techniques in inorganic chemstry -- Part 2.The elements and their compounds -- 8.Physical techniques in inorganic chemistry -- Part 2.The elements and their compounds -- 9.Periodic trends -- 10.Hydrogen -- 11.The Group 1 elements -- 12.The Group 2 elements -- 13.The Group 13 elements -- 14.The Group 14 elements -- 15.The Group 15 elements -- 16.The Group 16 elements -- 17.The Group 17 elements -- 18.The Group 18 elements -- 19.The d-block elements -- 20.d-metal complexes: electronic structure and properties -- 21.Cordination chemistry: reactions of complexes -- 22.d-Metal organometallic chemistry 23.The f-block elements -- Part 3.Frontiers -- 24.Materials chemistry and nanomaterials -- 25.Catalysis -- 26.Biological inorganic chemistry -- 27.Inorganic chemistry in medicine -- Resource section 1: Selected ionic radii -- Resource section 2: Electronic properties of the elements -- Resource section 3: Standard potentials -- Resource section 4: Character tables -- Resource section 5: Synnetry-adapted orbitals -- Resource section 6: Tanabe-Sugano diagrams

Leading you from the fundamental principles of inorganic chemistry right through to cutting-edge research at the forefront of the subject, 'Inorganic Chemistry' is the ideal course companion for the duration of your degree.