This book investigates the fundamental thermodynamic properties of single phases. Authored by Anthony Goodwin, this work delves into the theoretical and experimental methodologies for determining key thermodynamic parameters. It focuses on the behavior of substances in a single, uniform physical state, providing a rigorous examination of concepts such as enthalpy, entropy, and Gibbs free energy. The text is structured to offer a comprehensive understanding for researchers and students in physical chemistry and chemical engineering.

The book is recognized as a specialized text within the field of physical chemistry and chemical engineering, likely appealing to advanced students and researchers. Its focus on fundamental thermodynamic properties suggests a rigorous, data-driven approach. The detailed methodologies and theoretical underpinnings indicate a text intended for those requiring a deep understanding of phase behavior.