Table of contents:
Preface to the Dover Edition
Preface to the First Edition
Tables in Volume I
Symbols and Abbreviations
I. Introduction
II. Crystallography
III. Crystal Elasticity
IV. Rotated Axes and Transformation of Elastic Constants
V. Vibrations of Crystals
VI. Elastic Constants of Crystals
VII. Dielectric Properties of Crystals
VIII. Principles of Piezoelectricity
IX. Special Piezoelectric Properties of Certain Crystals
X. Production and Measurement of Piezoelectric Effects
XI. Alternative Formulations of Piezoelectric Theory
XII. Secondary Piezoelectric Effects
XIII. The Piezoelectric Resonator
XiV. The Electrical Equivalent of the Piezo Resonator
XV. The Dynamic Measurement of Piezoelectric and Equivalent Electric Constants
Author Index
Subject Index

After World War II, piezoelectric phenomena became extremely important in communications media and were the subject of extensive scientific investigation. This two-volume treatise, written by a major contributor to the field, offers a complete, systematic survey of the physical properties and the practical applications of piezoelectric crystals.
Volume One begins with a seven-chapter examination of the fundamental properties of crystals, including elastic and dielectric characteristics, with modes of vibration and with numerical data. Succeeding chapters lead from thermodynamic principles to various formulations of piezoelectric theory, methods of measurement, and data on a large number of crystals. Volume One concludes with a discussion of the piezoelectric resonator, a topic that is further explored in Volume Two, along with properties and techniques of quartz, Rochelle salt, ferroelectric crystals, various applications of piezoelectricity, pyroelectricity, optical properties of crystals, and the atomic theory of piezoelectricicty.

Reprint of the McGraw-Hill Book Company, New York, Inc., 1946.

Author Bio :
American physicist and electrical engineer Walter Guyton Cady (1874–1974) was on the faculty of Wesleyan University from 1902–46. He was among the pioneering scientists who studied the phenomenon of piezoelectricity. Derived from the Greek term for "to press," piezoelectricity is the electric charge that accumulates in some solid materials in response to applied mechanical stress. The piezoelectric effect has innumerable real-world applications in science, engineering, and everyday life.