Here is the listing of Best reference books on Molecular and Statistical Thermodynamics.
|1. “Understanding Molecular Simulations” by D. Frenkel and B. Smit
Book Review: This book explains the physical concepts that lie behind the evolution of molecular simulation for materials science. The book provides the tools description which enables the choice of techniques for many applications. The book also provides methodologies to improve the efficiency of simulation programs. The book contains chapters on transition path sampling, diffusive barrier crossing, multiple time step algorithms for constraints, solid defects, parallel tempering and many more.
|2. “Computer Simulation Of Liquids” by M.P. Allen and D.J. Tildesley
Book Review: This book provides introduction to liquid computer simulation and is of great use to undergraduates and specialists dealing with computer simulation of liquids. The book also includes discussion on simulation methods of molecular dynamics, Monte carlo techniques and minimizes the programming errors. The book contains many examples on practical programming and theoretical concepts in Fortran language. The book also contains many routines on microfiche that assist chemists, physicists, chemical engineers, computer scientists and many more.
|3. “Statistical Mechanics” by D.A. McQuarrie
Book Review: This book is an extension of earlier book which is titled as statistical thermodynamics. This book provides a solid introduction to statistical mechanics. The book contains numerous problems at the end of every chapter that ease the understanding of the readers. The book contains many examples on practical programming and theoretical concepts in Fortran language. The book also contains many routines on microfiche that assist chemists, physicists, chemical engineers, computer scientists and many more.
|4. “Molecular Thermodynamics” by D.A. McQuarrie
Book Review: This book focuses on the basic and advanced concepts of thermodynamics. The book contains many chapters on molecular thermodynamics and these chapters are very similar to the chapters in physical chemistry. The book contains new chapters on energy levels of atoms and molecules, thermodynamics of electrochemical cells and nonequillibrium thermodynamics. The book also contains many problems that is beneficial to students and aslo provides a summary of the mathematical tools. Additionally the book also contains worked problems and solutions at the end of every chapter in the book.
|5. “An Introduction to Statistical Mechanics” by T.L. Hill
Book Review: This book covers all the topics related to equilibrium statistical mechanics. The book is divided into four parts and they are principles of quantum statistical mechanics which discusses energy levels, states and degeneracy concepts. The second part of the book covers independent molecules of subsystems and the topics are ideal monatomic gas, polyatomic gas, and polymer molecule configuration and rubber elasticity. The third part contains chapters on lattice statistics, imperfect gases and dilute liquid solutions. The last part of the book covers quantum statistics and volume theories of quantum liquids.
|6. “An Introduction to Computational Physics” by T. Pang
Book Review: This book introduces the basic methodologies related to computational physics and also deals with many areas of scientific computing. The book also provides step by step solutions to various examples related to the practical numerical methods in the field of modern physics and other related areas. This book is very suitable for undergraduate and graduate courses in the field of computational physics and scientific computation. This book is also a very good reference for people dealing with computational research.
Sanfoundry Global Education & Learning Series – Best Reference Books!