Part I: Classical Thermodynamics

Chapter

Title
1 Definitions & Homogeneous Functions 
2 Laws of Thermodynamics and Relationship between Thermodynamics & Transport Processes
3 Stability Criteria, Energy Functions, and Maxwell's Relationships
4 Derivation of Thermodynamic Identities 
5 Equations of State 
6 Phase Diagrams & Stability of a Single Component System 
7 Phase Transitions & Critical Phenomena 
8 Thermodynamics of Multicomponent Mixtures 
9

Phase Equilibria & The Phase Rule 
10 Fugacity (f & fi) & Fugacity Coefficient (f & fi) 
11 Activity & Activity Coefficients 
12 Phase Equilibria
Part II: Statistical Mechanics 

Chapter

Title
13

Mechanics  McQ Ch.1  
14

Statistics & Relevant Methematics  McQ Ch.1  & M. Jhon Class Notes Ch.5  
15

Maxwell - Boltzmann Distribution
16

Introduction to Statistical Method (Random Walk) 
17

Ideal Gases 
18

Solids
19

Classical Statistical Mechanics 
20

Imperfect Gases & Liquids
21 Special Topics

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Last Updated on 11/15/00