Learn · Thermodynamics and Kinetics Of Materials
Lecture 30 of 38Week 10
Quasichemical solution model for ordered phases II
Prof. Saswata Bhattacharya · IIT Hyderabad
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All the lectures
- Basic Concepts
- Energy, Heat and Work - I - Part I
- Energy, Heat and Work - II - Part 2
- Heat capacity and Enthalpy
- Heat capacity relations in materials
- Introduction to the Second law of Thermodynamics
- Clausius inequality and entropy of transformation
- First and Second Laws Combined
- Third Law, Absolute Zero, and Other Energy Functions
- Axiomatic Approach and Thermodynamic Equilibrium in Simple Systems
- Formulations of Equilibrium in Thermodynamic Systems
- Fundamental relations and alternative formulations of equilibrium criterion
- Maxwell relations and their application
- Concepts of Statistical Thermodynamics 1
- Concepts of Statistical Thermodynamics 2
- Thermodynamic Equilibrium in Statistical Thermodynamics
- Phase equilibria and phase transition in unary systems 1
- Phase equilibria and phase transition in unary systems 2
- Phase equilibria and phase transition in unary systems 3
- Applications of Clausius-Clapeyron Equation
- Thermodynamics of solutions 1
- Thermodynamics of solutions 2
- Multicomponent solutions and mixing process
- Thermodynamic properties due to mixing
- Ideal and Real Solutions
- Regular solutions and thermodynamic properties of mixing
- Colligative Properties
- Quasichemical Approach and regular solutions
- Quasichemical solution model for ordered phases I
- Quasichemical solution model for ordered phases II
- Phase equilibria in multiphase, multicomponent, non-reacting systems
- Binary phase diagrams and lever rule
- Binary alloy phase diagrams and invariant points
- Binary alloy phase diagrams - intermediate phases and miscibility gap
- Thermodynamics of phase diagrams - G-x curves
- Thermodynamic Stability and Numerical Modeling
- Thermodynamics of reacting systems
- Elements of thermodynamics of interfaces and thermodynamics of irreversible processes