An atomistic approach to the nature and properties of materials.

This book is an outgrowth of a lecture series presented by Engineering Extension of the University of California on the subject, Nature and Properties of Materials: an Atomistic Interpretation. This approach is associated with the evolution of material development from a tech¬ nological art to a science. Materials science implies complete under¬ standing or prediction of material behavior and properties based on a knowledge of the atomic and crystal structures, microstructures, and of the electronic and atomic mechanisms involved in a specific process. Materials science thus is an interdisciplinary science involving crystal¬ lography, chemistry, and physics and is acknowledged as one of the engineering sciences. A materials engineer, as well as scientist, must know this field and must have a working knowledge of all the specific areas. This book is intended to provide an initial background based on an atomistic approach. The interdisciplinary nature of the over-all subject is reflected in the coverage of a number of topics, both from the approach of physics and chemistry. Recognized authorities in each of the respective areas have prepared the specific chapters. The book is intended especially for engineers and scientists who are concerned with materials but who are not familiar with the approach which treats materials from the basis of atomic and crystalline struc¬ ture. In addition to those engaged directly in the materials fields of ceramics, metals, and plastics, people in fields such as electronic, me¬ chanical, industrial, and structural engineering, research, design, and development are among those who should find the book of interest and value.