NOC:Phase Diagrams in Single Component and Binary Systems

Lecture 1 - Introduction - I

Lecture 2 - Introduction - II

Lecture 3 - Definition of thermodynamic terms

Lecture 4 - Understanding of thermodynamic equilibrium - I

Lecture 5 - Understanding of thermodynamic equilibrium - II

Lecture 6 - Understanding of thermodynamic equilibrium - III

Lecture 7 - Concept of Entropy - I

Lecture 8 - Concept of Entropy - II

Lecture 9 - Concept of Entropy - III

Lecture 10 - Concept of equilibrium based on entropy and internal energy

Lecture 11 - Concept of equilibrium based on auxiliary functions

Lecture 12 - Equilibrium Condition - Helmholtz Free Energy

Lecture 13 - Equilibrium Condition - Gibbs Free Energy

Lecture 14 - Phase equilibria - consideration of chemical potential - I

Lecture 15 - Phase equilibria - consideration of chemical potential - II

Lecture 16 - Phase equilibria in H2O system - Clapeyron Equation

Lecture 17 - Phase equilibria in H2O system - Practical examples and ∆G calculations for given T

Lecture 18 - Phase equilibria in H2O system - Clausius-Clapeyron Equation

Lecture 19 - Phase equilibria in H2O system - Hierarchy of Equilibrium/Stability - I

Lecture 20 - Phase equilibria in H2O system - Hierarchy of Equilibrium/Stability - II

Lecture 21 - Phase equilibria in H2O system - G vs P plot at constant Temperature

Lecture 22 - Understanding the G vs T Plot for the Iron (Fe)

Lecture 23 - Multicomponent Systems - Concept of Standard State

Lecture 24 - Multicomponent Systems - Mixing of Ideal Gases

Lecture 25 - Multicomponent Systems - Calculation of ∆Hmix, ∆Gmix, and ∆Smix, for Ideal Gas Systems - I

Lecture 26 - Multicomponent Systems - Calculation of ∆Hmix, ∆Gmix, and ∆Smix, for Ideal Gas Systems - II

Lecture 27 - Condensed Solution - Analysing Gibbs Free Energy of Mixing

Lecture 28 - Condensed Solution - Understanding Raoult’s Law

Lecture 29 - Condensed Solution - Understanding Henry’s Law

Lecture 30 - Condensed Solution - Calculation of ∆Gmix

Lecture 31 - Condensed Solution - Calculation of ∆Hmix, ∆Gmix, ∆Smix, and ∆Vmix

Lecture 32 - Condensed Solution - Understanding the Significance of ∆Hmix, ∆Gmix, ∆Smix, and ∆Vmix

Lecture 33 - Condensed Ideal Solution - Graphical Representation of ∆Hmix, ∆Smix, and ∆Gmix

Lecture 34 - Condensed Ideal Solution - Graphical Representation of ∆Gmix, ΔG̅MA and ΔG̅MB

Lecture 35 - Condensed Ideal Solution - Graphical Representation of Gibbs Free Energy of Solution

Lecture 36 - Condensed Ideal Solution - Graphical Representation of Partial Molar Gibbs Free Energy of Components in a Binary Solution - II

Lecture 37 - Condensed Ideal Solution- Common Tangent and Concept of Equilibrium between Two Phases

Lecture 38 - Understanding Isomorphous Phase Diagram - I

Lecture 39 - Understanding Isomorphous Phase Diagram - II

Lecture 40 - Understanding Isomorphous Phase Diagram - Lever Rule and Fraction of Phases

Lecture 41 - Calculation of Isomorphous Phase Diagram - I

Lecture 42 - Calculation of Isomorphous Phase Diagram - II

Lecture 43 - Calculation of Isomorphous Phase Diagram - III

Lecture 44 - Deviation from Ideality- Formation of Solution

Lecture 45 - Non-Ideal Solution- Regular Solution Model and Expression of ∆Hmix - I

Lecture 46 - Non-Ideal Solution- Regular Solution Model and Expression of ∆Hmix - II

Lecture 47 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix) - Deviation from Ideality - I

Lecture 48 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix) - Deviation from Ideality - II

Lecture 49 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix) - Deviation from Ideality - III

Lecture 50 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix) - Deviation from Ideality - IV

Lecture 51 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix)

Lecture 52 - Enthalpy of mixing (∆Hmix) and Gibbs Free Energy of Mixing (∆Gmix)

Lecture 53 - Evolution of G-X Plot with Variation in Interaction Parameter (Ω)

Lecture 54 - Evolution of G-X Plot and associated Phase Diagram with Variation in Interaction Parameter (Ω) - I

Lecture 55 - Evolution of G-X Plot and associated Phase Diagram with Variation in Interaction Parameter (Ω) - II

Lecture 56 - Evolution of G-X Plot and associated Phase Diagram with Variation in Interaction Parameter (Ω) - III

Lecture 57 - Evolution of G-X Plot and associated Phase Diagram with Variation in Interaction Parameter (Ω) - IV

Lecture 58 - Understanding Eutectic Phase Diagram

Lecture 59 - Understanding Eutectic Phase Diagram and Partitioning and Partitionless Transformation

Lecture 60 - Understanding Eutectoid and Peritectic Phase Diagram

Lecture 61 - Understanding Peritectic Phase Diagram - Part A

Lecture 62 - Understanding Complex Phase Diagrams and the Concept of Diffusion Phenomena - Part B

Lecture 63 - Understanding Gibbs’ Phase Rule