1. 1 equation of state of ideal gas

1.2 ideal gas mixture

1.3 Real gas state equation (Van der Waals equation)

Liquefaction and critical parameters of 1.4 gas

1.5 comparison parameters, corresponding state principle and generalized compressibility factor diagram

2. Thermodynamic basis

2. 1 Basic concepts of thermodynamics

2.2 The first law of thermodynamics

2.3 Constant volume heat, constant pressure heat and enthalpy

2.4 heat capacity, constant volume temperature change process and constant pressure temperature change process

2.5 application of the first law of thermodynamics in the process of simple state change (isothermal, isobaric, isovolumic, adiabatic, throttling expansion)

2.6 the application of the first law of thermodynamics in the process of phase transition (reversible phase transition, irreversible phase transition)

2.7 stoichiometry and reaction process

2.8 Changes of standard molar enthalpy of formation, standard molar combustion content and standard molar reaction enthalpy calculated according to standard molar enthalpy of formation and standard molar enthalpy of combustion.

2.9 Gus's Law and Its Application

2. 10 Carnot cycle

2. 1 1 entropy, the second law of thermodynamics and spontaneous judgment

2. 12 entropy change calculation of simple pVT change

2. Calculation of entropy change during13 phase transition

2. 14 the third law of thermodynamics and the calculation of entropy change in the process of chemical change

2. 15 Helmholtz function and Gibbs function and their function calculation

2. 16 thermodynamic function relation

3. Chemical equilibrium

3. 1 partial molar quantity and chemical potential

3.2 Chemical Potential of Gas Components

3.3 chemical equilibrium conditions and standard equilibrium constants of ideal gas chemical reactions

3.4 Isothermal Equation of Chemical Reaction

3.5 Chemical Equilibrium of Multiple Reactions

3.6 Influence of temperature on standard equilibrium constant

3.7 Influence of temperature, pressure, concentration and inert components on chemical equilibrium of ideal gas.

3.8 fugacity and fugacity factor

3.9 Chemical Equilibrium of Real Gas Reaction and Influence of Pressure on Chemical Equilibrium of Real Gas

3. Calculation of10 equilibrium constant and equilibrium composition

4. Phase equilibrium

4. 1 phase law

4.2 When a component and two phases are in equilibrium, the relationship between temperature and pressure.

4.3 phase diagram of water

4.3 Raoul Law and Henry Law

4.4 Dependence of Ideal Liquid Mixture, Ideal Dilute Solution and Dilute Solution

4.5 Activities and Activity Factors

4.6 Chemical Potential of Components in Liquid Multicomponent System

4.7 leverage rule

4.8 Vapor-liquid equilibrium phase diagram of binary ideal liquid mixture

4.9 Gas-liquid equilibrium phase diagram of two-component real liquid mixture

4. Liquid-liquid equilibrium phase diagram of10 two-component liquid partially miscible system

4. 1 1 simple binary condensation system phase diagram

4. 12 generation of phase diagram of two-component condensation system of stable and unstable compounds

4. Liquid-Gu Ping Street Phase Diagram of13 Two-component Solid Partially Soluble System

4. Liquid-solid equilibrium phase diagram of14 two-component solid-state miscible system

4. 15 liquid-liquid equilibrium phase diagram of three-component system

5. Basis of statistical thermodynamics

5. 1 Independent subsystem, subordinate subsystem and delocalized subsystem

5.2 Energy levels and energy level degeneracy of various motion forms of particles

5.3 energy level distribution and state distribution

5.4 The number and total number of microstates in the system

5.5 Equal Probability Principle, Maximum Likelihood Distribution and Equilibrium Distribution

5.6 Boltzmann distribution

5.7 Factorial properties of particle partition function and calculation of particle partition function

5.8 Relationship between Thermodynamic Energy and Partition Function of System

Relationship between 5.9 molar constant volume heat capacity and partition function of the system

5. Relationship between entropy and partition function of10 system

5. 1 1 Relationship between other thermodynamic functions and partition functions

5. 12 standard equilibrium constant of ideal gas reaction