Chemical Thermodynamics and Statistical Aspects 1st Edition

Capture the fundamental laws that govern energy, matter and molecular behavior with Chemical Thermodynamics and Statistical Aspects, 1st Edition by Joseph J. Stephanos and Anthony W. Addison. This authoritative text bridges macroscopic thermodynamics and microscopic statistical theory, offering a unified perspective that appeals to chemists, engineers and materials scientists.

Drawing readers in with clear explanations and rigorous derivations, the book explores core topics—energy and entropy, chemical potential, phase equilibria, free energy landscapes, partition functions and ensemble theory—while showing how statistical mechanics underpins observable thermodynamic properties. Carefully worked examples and problem-solving strategies reinforce concepts and develop the quantitative skills needed for real-world applications, from reaction equilibria to materials design.

Ideal for upper-level undergraduates, graduate students and practitioners, this volume serves as both a classroom text and a practical reference. Its balanced approach makes advanced topics accessible without sacrificing mathematical precision, making it especially valuable for courses in physical chemistry, chemical engineering and condensed-matter research. Readers across North America, the UK, Europe, India and beyond will appreciate the global relevance and applicability of its treatments.

Whether you’re preparing for exams, designing experiments or deepening theoretical understanding, Chemical Thermodynamics and Statistical Aspects equips you with the conceptual framework and analytical tools to succeed. Add this essential resource by Stephanos and Addison to your library today and strengthen your command of chemical thermodynamics and statistical mechanics.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.