1. Phase Equilibria and Phase Diagrams (Phase Equilibria of Materials) 재료 상평형 (Fall Semester, 2013)

2. Intro

3. phase equilibria  thermodynamics
equil thermo: materials take on and the in which states would ideally be assumed
thermo: kinetics, rate of evolution toward equil
one of the important subfields of thermo  theory of
since this course is theoretical, best to begin with a brief outline of what a physical theory is
physical theory: attempting to understand and predict by modeling
it replaces the world:
useful ↔ useless (O)
right ↔ wrong (X)

4. → common underlying structure
theory
→ common underlying structure
① 정의 (definitions or vocabulary)
② 가정 (assumptions or postulates): laws, axioms, assumptions
③ 수학 (math): mathematical consequences of postulates, used to explain and predict the detailed behavior of the model
④ intuitive extrapolations: the final step of a theory, interpreting and explaining the behavior of systems outside the strict range of the model
→ a familiar example is
classical ‘ ’

5. heat, a quantity defined by laws of thermo, not a thing
thermo → science of
heat, a quantity defined by laws of thermo, not a thing
(classical) thermo
thermo laws
0th: defining empirical temp, eq. of state
1st: internal energy, eq. of state
2nd: entropy, absolute temp, eq. of state
3rd: entropy
complement