1.2 internal energy, heat and work
1.3 First Law of Thermodynamics
1.4 enthalpy
1.5 heat capacity
1.6 application of the first law of thermodynamics in ideal gas
1.7 Thermal Effect of Chemical Reaction
1.8 Goose's Law
1.9 Various thermal effects
Relationship between reaction heat and temperature of 1. 10
1. 1 1 the second law of thermodynamics
1. 12 entropy and entropy increasing principle
Calculation of 1. 13 entropy increment
1. 14 free energy and free enthalpy
The relationship between thermodynamic functions of 1. 15
1. 16 partial molar quantity and chemical potential
Thermodynamic calculation of 1. 17 silicate
Thinking and Exercise 2. 1 equilibrium constant
2.2 Use standard free enthalpy to find the equilibrium constant of the reaction.
2.3 Isothermal equation of chemical reaction
2.4 Relationship between Equilibrium Constant and Temperature
2.5 Calculation of Equilibrium Constant and Equilibrium Composition
2.6 The influence of other factors on chemical equilibrium movement
Thinking and Exercise 3. 1 phase method
3.2 One-component system
3.3 binary
3.4 ternary condensation system
Thinking and practicing
The second part is the basic principle of 4. 1 crystal chemistry in the aggregate state of inorganic materials.
4.2 silicate crystal structure
4.3 crystal defects
4.4 solid solution
Thinking and Exercise 5. 1 Surface and Interface of Matter
5.2 Surface Energy, Surface Free Enthalpy and Surface Tension
5.3 Wetting phenomenon
5.4 Additional pressure and capillary phenomenon under curved surface
5.5 Vapor pressure and metastable state on curved surface
5.6 Solid Surface Structure
5.7 Adsorption on Solid Surface
5.8 Surface active substances
6. Structural thinking and practice of1silicate melt
6.2 glass connection
6.3 Formation of Glass
6.4 Glass structure
Thinking and Exercise 7. The concept of1colloid
7.2 Characteristics of Colloids
7.3 Stability of Colloids
7.4 Colloidal Properties of Clay-water System
7.5 emulsions and foams
Thinking and practicing
Part III Process Dynamics 8. 1 Basic knowledge of chemical kinetics
8.2 Diffusion process
8.3 phase transition process
8.4 Solid State Reaction
9. 1 Thinking and practice of sintering concept
9.2 Driving Force of Sintering Process
9.3 sintering model and changing characteristics of sintering stage
9.4 Sintering Type and Mass Transfer Mode
9.5 Grain Growth and Secondary Recrystallization
9.6 Main factors affecting sintering
Thinking and Practice Appendix I Constant Pressure Molar Heat Capacity of Common Silicate Substances
Appendix II standard heat of formation, standard molar entropy and standard molar formation free enthalpy of common silicate substances
Appendix III Standard Combustion Heat of Some Organic Compounds at 298.1.5k.
refer to
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