An introductory textbook on chemical thermodynamics, covering fundamental principles such as energy, entropy, and equilibrium, designed for undergraduate chemistry students.
An introductory textbook on chemical thermodynamics covering fundamental concepts such as energy, entropy, and equilibrium, with clear explanations and applications suitable for undergraduate students in chemistry.
This book explores mineral reactions and phase equilibria in geological systems, emphasizing thermodynamics and geochemical processes. It is part of a series focusing on minerals, rocks, and inorganic materials.
This textbook provides a thorough introduction to the fundamental principles of physical chemistry. It integrates theoretical concepts with practical examples and is suitable for undergraduate and graduate students.
This volume is part of a comprehensive advanced treatise on physical chemistry, focusing on thermodynamics. It presents rigorous theoretical foundations and detailed discussions intended for advanced students and researchers.
An introductory yet comprehensive treatise on the major areas of thermal‑fluid sciences—thermodynamics, fluid mechanics, and heat transfer. The text emphasizes physical understanding and engineering applications.
This book presents a rigorous analysis of thermostatistical physics, explaining the logical and mathematical foundations of thermodynamics and statistical mechanics and their applications in modern theoretical physics.