Equilibrium Thermodynamics and Phase Transitions for Materials Science
Equilibrium thermodynamics is the foundational theory for understanding phase equilibria, phase transitions, and chemical reaction equilibria in materials. This series covers thermodynamic laws, Gibbs free energy, chemical potential, phase diagrams, Clausius-Clapeyron equation, critical phenomena, and Landau theory, with paired theoretical and implementation (Python/NumPy) learning to quantitatively analyze phase transitions in materials.
🚧 Under Development
This series is currently being prepared. Planned chapters include:
Please check back later for updates.
Basic calculus and elementary knowledge of thermodynamics are sufficient. Understanding of basic Python usage is desirable.
🚧 Coming Soon
Learning paths will be available once the chapters are published. In the meantime, you may explore related series:
Upon completing this series, you will achieve:
For more advanced study in this field:
Expand your knowledge with related topics:
Apply your skills to hands-on projects: