Advanced Materials Science

JJJason
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  • PHYSICS
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Materials Thermodynamics and Kinetics

Episodes

  1. JAN 10

    Thermodynamic Metastability

    Defining metastability with examples in various materials like diamond, chocolate, and titanium oxide

    21 min

  2. JAN 10

    Generalized Phase Diagram

    How to construct these diagrams using both intensive and extensive variable

    13 min

  3. JAN 10

    Clausius-Clapeyron Relation

    How the Clausius-Clapeyron equation describes the slope of coexistence lines

    13 min

  4. JAN 10

    Legendre Transformation

    How to define thermodynamic systems and boundary conditions using either intensive or extensive variables

    12 min

  5. JAN 10

    Geometry of Equilibrium Thermodynamics

    How entropy maximization leads to equilibrium

    13 min

  6. JAN 10

    Second Law of Thermodynamics

    At equilibrium in a closed system, entropy is maximized by redistributing extensive quantities to equalize intensive quantities

    19 min

  7. JAN 10

    Conceptions of Entropy

    The historical development of the concept of entropy

    30 min

  8. 12/18/2024

    Thermodynamic Work in Materials Science

    Different forms of work done on materials

    15 min

  9. 12/18/2024

    The Energy of Materials

    The concept of energy in materials from a thermodynamics perspective

    19 min
  • 9 Episodes

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Materials Thermodynamics and Kinetics

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