1 | Introduction, microscopic and macrascopic definitions, contents, |
2 | Temperature and zeroth Law of thermodynamics, Temperature and measurement, ideal gas, |
3 | Thermodynamic systems, state equations, differantial equations |
4 | Work, semi-steady state equilibrium, sample systems |
5 | Heat and first Law of thermodynamics, work and heat, adiabatic work, internal energy, heat capacity, |
6 | Thermodynamic tables and diagrams for pure substances |
7 | Boltzman Law, molecular velocity, average free path |
8 | Mid term exam |
9 | Second Law of thermodynamics, cycles: refrigerators, reversible and irreversible processes, carnot cycle |
10 | Absolute zero and temperature scale of thermodynamics, entropy and second Law, |
11 | Entropy in microscopic scale, potentials in thermodynamics, free energy and Maxwell equations |
12 | Energy, entropy, open systems and phase stability, phase diagrams of pure substances |
13 | Phase change, Clausius-clapeyron equation |
14 | Mechanical stability, chemical potentials |