| 1 | One variant phase equilibrium: Phase rule, Clapeyron Equations | [1] s 191-203, [2] s 168-210 |
| 2 | Solid-Solid phase transitions Maximum step phase transitions | [1] s 204-210 |
| 3 | Solutions: Solution composition, Partial molar spesifications | [1] s 226-237 |
| 4 | Ideal solutions , Thermodynamic properties of ideal solutions, Ideal diluted solutions and their thermodynamic properties | [1] s 238-259 |
| 5 | Non-ideal solutions: activity and activity coefficients, molality and molar concentration, electrolyte solutions | [1] s 260-277 |
| 6 | Determination of electrolyte activity coefficients, Debye-Huckel theory, Ionic joining, standart step thermodynamic properties of solution components, | [1] s 278-296 |
| 7 | Multi variant phase equilibrium: Coligative properties, Lowering the steam pressure, Lowering freezing point, Rising of boiling point, Osmotic pressure | [1] s 316-326, [2] s 196-205 |
| 8 | Two variant phase diagrams, two variant water-vapor equilibrium, two variant liquid-liquid equilibrium, two variant solid-liquid equilibrium, Structure of phase diagrams,Solubility, Three variant systems | [1] s 327-356 |
| 9 | Kinetic of starting reactions: Rates of formation and reducing, Reaction rate, Experimental rate equations, Analysis of kinetic results, Very fast reactions, | [2] s 347-364 |
| 10 | Arrhenius Law , Potential energy surfaces, Reactions in solutions, molecular dynamics | [2] s 365-402 |
| 11 | Reaction mechanisms of mixtures | [2] s 364, 403- 435 |
| 12 | Introduction to Quantum Chemistry | [3] s 1-9 |
| 13 | Photoelectric effect | [3] s 9-11 |
| 14 | Atomic structure and quantum numbers | [3] s 84-99 |