Introduction to the Physics and Chemistry of Materials

What gives a material its strength, conductivity, color, or magnetic behavior? Introduction to the Physics and Chemistry of Materials connects those observable properties to the structures and interactions beneath them. Robert J. Naumann builds from atoms and chemical bonds toward crystals, solids, and the physical behavior that makes materials useful.

Rather than treating materials science as a catalog of substances, the book develops the principles that explain how materials behave. Its wide-ranging coverage makes it a substantial text for readers preparing for advanced study in materials science and engineering.

From atoms to material structure

The early chapters introduce materials science and fundamental principles, including atomic structure, quantum ideas, the Schrödinger equation, and the periodic table. Naumann then examines ionic, covalent, metallic, and secondary bonding before turning to crystal systems, symmetry, lattice structures, and the organization of matter.

This progression helps readers connect the chemistry of interactions between atoms with the larger structures those interactions produce.

Crystals, defects, and how materials respond

Crystallography and X-ray diffraction provide tools for understanding and examining ordered structures. The text also addresses elasticity and crystal defects, extending the discussion from idealized lattices to the features that influence how real solids deform and behave.

Further topics include mechanical properties, phase equilibria and transformations, materials processing, and composites—areas that show how structural principles inform the selection and treatment of materials.

Properties across a broad field

Later chapters explore thermal behavior, electron transport, band theory, semiconductors, optical properties, dielectrics, magnetism, and superconductivity. The result is a broad account of how physical principles help explain the varied functions of materials, from electrical and optical response to mechanical performance.

For students building a materials science foundation

This book is suited to scientifically prepared readers pursuing further study in materials science or engineering, and to readers who want a detailed reference spanning materials chemistry and solid-state physics. Its emphasis on underlying theory offers a framework for approaching new materials and applications—not just memorizing individual properties.

For a sustained, fundamentals-first study of materials and their behavior, Naumann’s text brings chemistry, physics, structure, and application into one connected account.