Thermodynamics 1 Lecture Note 6 - Yonsei...
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Kwang Kim Yonsei University [email protected] Thermodynamics 1 Lecture Note 6 May 25, 2011 39 Y 88.91 8 O 16.00 53 I 126.9 34 Se 78.96 7 N 14.01
Transcript of Thermodynamics 1 Lecture Note 6 - Yonsei...
Kwang Kim
Yonsei University
Thermodynamics 1
Lecture Note 6
May 25, 2011
39
Y88.91
8
O16.00
53
I126.9
34
Se78.96
7
N14.01
General condition for Phase equilibrium
- Thermal equilibrium
- Mechanical equilibrium
- Chemical equilibrium
A B
Phase Equilibria in water
Phase Equilibria in water
Phase Equilibria in water
Solid (ice H2O) Liquid H2O
Phase Equilibria in water
Phase Equilibria in water
Solid (ice H2O) Liquid H2O
G (s l)
P 1 atm
0
Phase Equilibria in water
Phase Equilibria in 1 component system
Non- ideal Gas Ideal Gas
Phase Equilibria in 1 component system
Phase Equilibria in 1 component system
Phase Equilibria in 1 component system
Phase Equilibria in water
Phase Equilibria in water
Phase Equilibria in water
Phase Equilibria in water
Phase Equilibria in Fe
Phase Equilibria in water
Phase Equilibria in water
Non- ideal Gas Ideal Gas
General condition for Phase equilibrium
- Thermal equilibrium
- Mechanical equilibrium
- Chemical equilibrium
Phase Diagram
Phase Diagram
Phase Diagram
Phase Equilibria in a 1 component system
Phase Equilibria in a 1 component system
Phase Equilibria in a 1 component system
Liquid-vapor equilibrium
Solid-vapor equilibrium
Solid-Liquid equilibrium
Will it be possible to construct a phase diagram of water using 3 equations derived from Clapeyron and Clausius-Clapeyron equations?
