Learn · Phase Diagrams in Single Component and Binary Systems in Bengali
Lecture 42 of 45Week 8
Lecture 39 B : Eutectic, peritectic, and eutectoid phase diagrams - Part 1
Prof. Kallol Mondal · IIT Kanpur
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All the lectures
- Lecture 01 : Introduction to phase diagram
- Lecture 02 : Definition of important terms
- Lecture 03 : Understanding of thermodynamic equilibrium - I
- Lecture 04 : Understanding of thermodynamic equilibrium - II
- Lecture 05 : Understanding of thermodynamic equilibrium - III
- Lecture 06 : Understanding of thermodynamic equilibrium - IV
- Lecture 07 : Significance of chemical potential in phase equilibrium
- Lecture 08 : Phase equilibrium in H2O system - part 1
- Lectur 09 : Phase equilibrium in H2O system - Part 2
- Lectur 10 (A) : Phase equilibrium in H2O system - Part 3
- Lectur 10 (B) : Phase equilibrium in H2O system - Part 4
- Lecture 11 : Practical importance of water phase diagram
- Lecture 12 : Solution thermodynamics - Part I
- Lecture 13 : Solution thermodynamics - Part II
- Lecture 14 : Solution thermodynamics - Part III
- Lecture 15 : Solution thermodynamics - Part IV
- Lecture 16 : Solution thermodynamics - Part V
- Lecture 17 : Solution thermodynamics - part VI
- Lecture 18 : solution thermodynamics - part VII
- Lecture 19 : Graphical understanding of free energy and composition of condensed solutions - Part 1
- Lecture 20 : Graphical understanding of free energy and composition of condensed solutions - Part 2
- Lecture 21 : Free energy composition plots and evolution of phase diagram for condensed solution - Part 1
- Lecture 22 : Free energy composition plots and evolution of phase diagram for condensed solution - Part 2
- Lecture 23 : Free energy composition plots and evolution of phase diagram for condensed solution - Part 3
- Lecture 24 : Free energy composition plots and evolution of phase diagram for condensed solution - Part 4
- Lecture 25 : Free energy composition plots and evolution of phase diagram for condensed solution - Part 5
- Lecture 26 : Isomorphous phase diagram, tie line, and lever rule
- Lecture 27 : Calculation of phase diagram - Part I
- Lecture 28 : Calculation of phase diagram - Part II
- Lecture 29 : Introduction to the non-ideal solutions
- Lecture 30 : The quasi-chemical approach
- Lecture 31 : Quasi-chemical approach to obtain change in enthalpy in regular solutions
- Lecture 32 : Effect of enthalpy change in change in Gibbs free energy - Part 1
- Lecture 33 : Effect of enthalpy change in change in Gibbs free energy - Part 2
- Lecture 34 : Effect of enthalpy change in change in Gibbs free energy and final Gibbs free energy - Part 1
- Lecture 35 : Effect of enthalpy change in change in Gibbs free energy and final Gibbs free energy - Part 2
- Lecture 36 : Effect of enthalpy change in change in Gibbs free energy and final Gibbs free energy - Part 3
- Lecture 37 : Free energies of liquid and solid solutions
- Lecture 38 A : Phase diagram on the basis of enthalpy of mixing of solid and liquid solutions - Part 1
- Lecture 38 B : Phase diagram on the basis of enthalpy of mixing of solid and liquid solutions - Part 2
- Lecture 39 A : Phase diagram on the basis of enthalpy of mixing of solid and liquid solutions - Part 3
- Lecture 39 B : Eutectic, peritectic, and eutectoid phase diagrams - Part 1
- Lecture 39 C : Eutectic, peritectic, and eutectoid phase diagrams - Part 2
- Lecture 40 : Phase rule- Part I
- Lecture 41 : Derivation of phase rule