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3.2. Condensed Phase Equilibrium
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Lecture on the condensed-phase equilibrium of two- and three-component systems. For 2-component systems, the example system discussed is a binary system in which the components are completely miscible in the liquid phase. The application of the lever rule is also discussed. For 3-component systems, the Stokes-Rozeboom diagram is introduced with application to liquid-liquid-liquid systems and solid-solid-liquid systems.
OUTLINE
1:09 TWO-COMPONENT SYSTEMS (with complete miscibility in the liquid state)
2:17 Practical Applications
4:04 Variance of c=2 systems
5:45 CASE 1 - No chemical Reaction
13:42 Tie lines - determining composition of a phase
15:47 The Lever Rule
39:29 CASE 2A - Eutectic reaction
45:43 CASE 2B - Peritectic reaction
57:55 THREE-COMPONENT SYSTEMS
59:55 The Stokes-Rozeboom Diagram
1:05:33 Liquid-liquid-liquid systems: analysis of differences in miscibility between the components
1:21:50 Solid-solid-liquid systems: no reaction between components
1:33:05 Solid-solid-liquid systems: pure components react to form a binary compound
OUTLINE
1:09 TWO-COMPONENT SYSTEMS (with complete miscibility in the liquid state)
2:17 Practical Applications
4:04 Variance of c=2 systems
5:45 CASE 1 - No chemical Reaction
13:42 Tie lines - determining composition of a phase
15:47 The Lever Rule
39:29 CASE 2A - Eutectic reaction
45:43 CASE 2B - Peritectic reaction
57:55 THREE-COMPONENT SYSTEMS
59:55 The Stokes-Rozeboom Diagram
1:05:33 Liquid-liquid-liquid systems: analysis of differences in miscibility between the components
1:21:50 Solid-solid-liquid systems: no reaction between components
1:33:05 Solid-solid-liquid systems: pure components react to form a binary compound
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