14 Best Inorganic Chemistry Books

Miessler and his coauthors develop inorganic chemistry through atomic structure, bonding, molecular orbitals, and group theory. The text uses these foundations to explain the structures and reactions of inorganic compounds, supported by problems for undergraduate study.

Housecroft and Sharpe combine explanations of bonding and molecular symmetry with descriptive chemistry of the elements. Illustrations of three-dimensional structures and examples from practical chemistry help connect theoretical ideas with the behavior of inorganic compounds.

F. Albert Cotton and his coauthors provide a systematic account of inorganic chemistry organized around the periodic table. The sixth edition emphasizes the structures, bonding, and reactivity of elements and their compounds, including developments relevant to research.

Huheey and the Keiters develop inorganic chemistry through atomic structure, bonding, symmetry, and reactivity. Their treatment connects theoretical models with the properties of compounds, offering students a framework for understanding patterns across the periodic table.

Greenwood and Earnshaw examine the elements and their compounds through structure, bonding, preparation, reactions, and uses. The book connects periodic trends with detailed descriptive chemistry, providing a substantial reference for advanced study and laboratory questions.

This undergraduate text connects physical principles with the chemistry of the elements. It covers bonding, periodic trends, the main and transition groups, and nuclear chemistry, alongside industrial uses and environmental issues.

Weller and his coauthors organize inorganic chemistry around fundamental principles, the chemistry of elements and compounds, and advanced applications. The seventh edition connects core concepts with developments in research and provides exercises for undergraduate learning.

Matson and Orbaek introduce inorganic chemistry through accessible explanations and worked problems. Coverage moves from atomic structure, bonding, and periodic trends to coordination compounds, catalysis, biological chemistry, and solid-state materials.

Tony Cox presents concise explanations for undergraduate study and revision. The book covers bonding, solids, solutions, and the chemistry of element groups, then introduces characterization methods and biological, environmental, and industrial applications.

Andrew Burrows and his coauthors introduce university chemistry with balanced coverage of inorganic, organic, and physical principles. The textbook emphasizes underlying concepts, including a mechanistic approach to organic chemistry, as a foundation for further study.

James and Kathleen House examine the properties, preparation, and reactions of inorganic substances. Topics include acid-base behavior, coordination compounds, organometallic chemistry, and biological applications, with attention to industrial processes and environmentally conscious chemistry.

Designed for an introductory inorganic chemistry course, this text develops the subject from general chemistry foundations. Illustrated explanations, worked problems, and exercises help students build their understanding and prepare for further study.

Ebsworth, Rankin, and Cradock explain physical techniques used to determine the structures of inorganic compounds. Spectroscopy, diffraction, and related methods are presented through their underlying principles and the interpretation of experimental data.

This laboratory manual develops inorganic synthesis and characterization skills through experiments in solid-state, main-group, coordination, organometallic, and bioinorganic chemistry. Guidance on safety, laboratory records, and analysis accompanies problems and opportunities for independent investigation.