Statistical Mechanics of Phase Transitions and Kinetics (Concise Lecture Notes in Physical Chemistry)

This comprehensive course on Statistical Mechanics covers a wide range of practically important advances and applications beyond ideal equilibrium systems.

From minimal recapitulation of equilibrium Statistical Mechanics equations to systematic calculation of corrections to the ideal gas law, this course provides a detailed understanding of the subject.

The Flory-Huggins theory is derived and applied to polymeric solutions in general, and the behavior of metastable states is analyzed.

Additionally, the course covers applications of Statistical Mechanics to various chemical reactions and derives important laws such as Dalton’s, Raoult’s, and Henry’s laws.

This course is a must-have for anyone looking to gain a deep understanding of Statistical Mechanics and its practical applications.