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NOC:Phase equilibrium thermodynamics
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NOC:Phase equilibrium thermodynamics
by Prof Gargi Das

Phase equilibrium is the study of the equilibrium which exists between or within different states of matter namely solid, liquid and gas. Equilibrium is defined as a stage when chemical potential of any component present in the system stays steady with time....

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About This Course

Phase equilibrium is the study of the equilibrium which exists between or within different states of matter namely solid, liquid and gas. Equilibrium is defined as a stage when chemical potential of any component present in the system stays steady with time....


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Course Curriculum
8 Sections | 52 Lecture | 23h 33min total length
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NOC:Phase equilibrium thermodynamics

WEEK 1

| 02h 29min total length
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    Lecture 1 : Introduction

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    Lecture 2 : Introduction (Contd.)

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    Lecture 3 : First Law of Thermodynamics

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    Lecture 4 : Second Law of Thermodynamics

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    Lecture 5 : Second Law of Thermodynamics

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NOC:Phase equilibrium thermodynamics

WEEK 2

| 02h 35min total length
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    Lecture 6 : Entropy Change during Spontaneous Processes

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    Lecture 7: Criteria of Spontaneity

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    Lecture 8: Criteria of Spontaneity (Contd.)

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    Lecture 9: Thermodynamic Network

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    Lecture 10: Thermodynamic Network (Contd.)

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NOC:Phase equilibrium thermodynamics

WEEK 3

| 03h 25min total length
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    Lecture 11: Tutorial 1

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    Lecture 12: Gibbs free energy as a function of temperature and pressure

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    Lecture 13: P-v-T behaviour of gases

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    Lecture 14 : P-v-T behaviour (contd.)

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    Lecture 15 : P-v-T behaviour (contd.)

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    Lecture 16 : P-v-T behaviour (contd.)

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    Lecture 17 : Tutorial 2

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NOC:Phase equilibrium thermodynamics

WEEK 4

| 02h 48min total length
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    Lecture 18 : Property estimation from P-v-T behaviour

    30m <?php echo $alt; ?>
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    Lecture 19 : Property estimation (contd.)

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    Lecture 20 : Concept of chemical potential

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    Lecture 21: Chemical potential (contd.)

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    Lecture 22: Homogeneous open systems

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    Lecture 23: Homogeneous open systems (contd.)

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    Lecture 24: Heterogeneous Closed Systems

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NOC:Phase equilibrium thermodynamics

WEEK 5

| 02h 30min total length
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    Lecture 25 : Tutorial 3

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    Lecture 26 : Concept of fugacity

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    Lecture 27 : Fugacity (contd.)

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    Lecture 28 :Estimation of fugacity coefficients

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    Lecture 29 : Fugacity of condensed phase

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    Lecture 30 : Mixtures

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    Lecture 31 : Mixtures (contd.)

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    Lecture 32 : Tutorial 4

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NOC:Phase equilibrium thermodynamics

WEEK 6

| 03h 25min total length
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    Lecture 33: Partial molar properties

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    Lecture 34: Partial molar properties (contd.)

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    Lecture 35 : Partial molar fugacity

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    Lecture 36 : Ideal solutions

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    Lecture 37 : Ideal solutions (contd.)

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    Lecture 38 : Ideal solutions (contd.)

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    Lecture 39 : Ideal solutions (contd.)

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NOC:Phase equilibrium thermodynamics

WEEK 7

| 03h 54min total length
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    Lecture 40: Non-ideal solutions

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    Lecture 41: Non-ideal solutions (contd.)

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    Lecture 42: Non-ideal solutions (contd.)

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    Lecture 43: Non-ideal solutions (contd.)

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    Lecture 44: Non-ideal solutions (contd.)

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    Lecture 45: Deviations from ideal dilute solutions

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    Lecture 46: Tutorial

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    Lecture 47: Tutorial

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NOC:Phase equilibrium thermodynamics

WEEK 8

| 02h 23min total length
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    Lecture 48

    33m <?php echo $alt; ?>
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    Lecture 49

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    Lecture 50

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    Lecture 51

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    Lecture 52

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