Thermodynamics of Non-Equilibrium Processes for Chemists with a Particular Application to Catalysis by V. Parmon – A Com

Introduction

Thermodynamics of Non-Equilibrium Processes for Chemists with a Particular Application to Catalysis is a rigorous yet accessible hardcover volume designed for advanced students and researchers in chemistry and chemical engineering. Authored by V. Parmon and published by Elsevier Science, this book bridges the gap between classical equilibrium thermodynamics and the dynamic world of irreversible processes. It is particularly valuable for Indian readers engaged in catalysis research, material science, and complex chemical transformations, offering a physics-grounded approach tailored for chemists.

Book Overview

This book distills over two decades of lectures delivered at Novosibirsk State University's Department of Natural Sciences since 1995. It empowers readers who possess a foundational understanding of classical thermodynamics and chemical kinetics to delve into non-equilibrium thermodynamics without requiring an extensive physics background. The content systematically progresses from near-equilibrium systems to far-from-equilibrium phenomena, with a special emphasis on catalytic processes. The volume integrates theoretical principles with practical applications, making it an indispensable resource for laboratories and academic programs across India.

Key Highlights

• Accessible Approach: Designed specifically for chemists, it minimizes advanced physics prerequisites while maintaining scientific rigor.
• Catalysis Focus: Offers unique insights into the thermodynamics of catalysts and catalytic reactions, a niche area often overlooked in standard texts.
• Lecture-Based Structure: Adapted from classroom-tested materials, ensuring clarity and logical progression of concepts.
• Interdisciplinary Relevance: Connects thermodynamics with material science, entropy, and information theory.

Inside the Book

The volume is structured to guide readers through the foundational principles of irreversible thermodynamics before exploring advanced applications. It begins with an introduction to systems in non-equilibrium states, then moves to the thermodynamics of systems close to and far from equilibrium. A significant portion is dedicated to the thermodynamics of catalysts, exploring how non-equilibrium processes govern catalytic activity and selectivity. The book also addresses the relationship between entropy and information, offering a modern perspective relevant to computational chemistry and data-driven research.

Key Topics

• Systems in the thermodynamics of irreversible processes
• Thermodynamics of systems close to equilibrium
• Thermodynamics of systems far from equilibrium
• Thermodynamics of catalysts and catalytic reactions
• Application of non-equilibrium thermodynamics to material science
• Entropy, information, and their interplay in chemical systems

Reader Benefits

Indian students and researchers will find this book particularly beneficial for bridging the gap between theoretical thermodynamics and real-world chemical kinetics. It equips readers with the tools to analyze complex reaction networks, optimize catalytic processes, and design novel materials. The clear explanations and worked examples reduce the learning curve, making advanced topics like far-from-equilibrium thermodynamics accessible to those with a standard chemistry curriculum. Additionally, the hardcover format ensures durability for frequent reference in academic libraries and research labs.

Learning Outcomes

By engaging with this book, readers will be able to: apply non-equilibrium thermodynamic principles to interpret experimental data in catalysis; distinguish between near-equilibrium and far-from-equilibrium regimes in chemical systems; analyze the thermodynamic efficiency of catalytic processes; connect entropy concepts to information theory for advanced modeling; and evaluate material properties using irreversible thermodynamic frameworks.

Who Should Read

This book is ideal for postgraduate students in chemistry, chemical engineering, and materials science. It is also highly recommended for research scholars, faculty members, and industry professionals working in catalysis, reaction engineering, and sustainable chemistry. Indian institutions with a focus on green chemistry, energy conversion, or industrial catalysis will find this volume a valuable addition to their curriculum and library collections.

About the Author

V. Parmon is a distinguished scientist and educator affiliated with Novosibirsk State University, where he has taught thermodynamics of non-equilibrium processes for over two decades. His expertise spans chemical kinetics, catalysis, and the thermodynamics of irreversible systems. Parmon's pedagogical approach emphasizes clarity and practical application, making complex theoretical concepts accessible to chemists and engineers. His contributions have significantly advanced the understanding of catalytic processes from a thermodynamic perspective.

About the Publisher

Elsevier Science is a world-leading academic publisher known for its authoritative scientific, technical, and medical content. With a reputation for rigorous peer review and high-quality production, Elsevier provides researchers and students globally with cutting-edge resources. This hardcover edition reflects their commitment to excellence, featuring durable binding and clear typesetting suitable for intensive study.

Conclusion

Thermodynamics of Non-Equilibrium Processes for Chemists with a Particular Application to Catalysis is a masterful synthesis of lecture material and research insights. It fills a critical gap for chemistry-focused audiences by demystifying non-equilibrium thermodynamics without sacrificing depth. For Indian students and researchers aiming to excel in catalysis and material science, this book offers a structured, practical, and intellectually stimulating journey into one of chemistry's most dynamic frontiers. Add this essential volume to your collection from Bookshops.in today.