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Physical Chemistry II by Dr. Titus V. Albu
This note explains the following topics: The Development of Quantum Mechanics, Postulates and Principles of Quantum Mechanics, Applications of Quantum Theory, Quantum Mechanical Treatment of the Hydrogen Atom, Approximation Methods in Quantum Mechanics, Multielectron Atoms, Diatomic Molecules, Bonding in Polyatomic Molecules, Molecular Symmetry and Group Theory, Molecular Spectroscopy, Statistical Thermodynamics, Gas-Phase Dynamics.
Author(s): Dr. Titus V. Albu
284 Pages 
Physical Chemistry by Andras Grofcsik
Such a textbook projects an in-depth exploration of basic principles of physical chemistry, with special emphasis on thermodynamics. Its content details basics and advanced materials in topics that range from basic thermodynamics to the thermodynamics of systems and mixtures, and even discusses advanced chemical thermodynamics in detailed detail for the knowledge development of a student who would want to understand a more complex system. It is ensured throughout the book that to obtain clarity and explain it, there must be a systematic approach in how thermodynamic principles apply to chemical reactions and equilibria. This book is suitable for the students who have thirst to gain deeper insights into the aspects of thermodynamics applied in physical chemistry.
Author(s): Andras Grofcsik, Ferenc Billes
195 Pages
Physical Chemistry Lecture notes by M. Kuno
This lecture note will introduce the major concepts of physical chemistry based on thermodynamics, chemical equilibrium, and kinetics. The topics include the first law of thermodynamics, heat capacities, enthalpy, thermochemistry, free energy, Helmholtz and Gibbs free energy; and an application of free energy to phase transitions, mixtures, and equilibrium. Common equations and symbols are summarized in detail, such that assimilation of knowledge is enhanced. For students, this is a great source material for those taking courses in physical chemistry-this book sets out clearly the structure of fundamental ideas and solving techniques.
Author(s): M. Kuno
313 Pages