1 Formation and Structure of Carbon and Graphite
1. 1 the existing form of carbon
Structure and valence bond of 1.2 carbon atom
Isomers of 1.3 carbon and their crystal structures
Structure of 1.4 carbon graphite material
X-ray diffraction measurement of 1.5 carbon and graphite materials
Characteristics and application of 1.6 carbon graphite material
Formation mechanism of carbon, graphite and diamond
2. 1 Classification of carbon formation and carbonization
2.2 Carbonization mechanism of organic matter
2.3 Formation and structure of asphalt mesophase
2.4 Mechanism of amorphous carbon to graphite transformation
2.5 the mechanism of graphite into diamond
2.6 Formation mechanism of carbon nanotubes
Classification and production technology of 3 carbon graphite materials
3. 1 classification of carbon graphite materials and products and design principles of carbon plants
3.2 Production process of carbon graphite material
3.3 Production process of carbon fiber and carbon fiber composite materials
3.4 Synthesis Method of Graphite Interlayer Compounds
3.5 Preparation method of pyrolytic graphite
3.6 Production Characteristics and Environmental Protection of Carbon Graphite Materials
4 carbon solid raw materials
4. 1 Types and uses of carbon solid raw materials
4.2 Formation, Structure and Properties of Petroleum Coke
4.3 Formation and Properties of Pitch Coke
4.4 Formation and properties of anthracite
4.5 Formation and Properties of Natural Graphite
4.6 Formation and Properties of Carbon Black
4.7 Preparation and Properties of Metal Powder
4.8 Metallurgical coke and other raw materials and accessories
5 Adhesives and impregnants
5. 1 Functions and types of binders
5.2 Formation and quality index of coal tar and coal tar pitch
5.3 Composition Analysis of Coal Tar Asphalt
5.4 Physical and chemical properties of coal tar pitch
5.5 Bonding mechanism of adhesive
5.6 Molecular structure of coal tar pitch
5.7 Synthetic resin adhesive
5.8 Impregnating agent
6 calcination process of carbon solid raw materials
6. 1 overview
6.2 Relationship between Coke Element Composition and Calcination Temperature
6.3 Structural changes of coke during calcination
6.4 Changes of electromagnetic properties of coke during calcination
6.5 The influence of coke calcination temperature on its product performance
Preparation principle and characteristics of raw material powder particles
7. 1 Purpose and principle of crushing solid raw materials
7.2 Physical characteristics of carbon raw material powder
7.3 Process characteristics of raw material powder
7.4 Measurement method of powder particle size
7.5 powder preparation process
Principle and calculation of production formula of 8 carbon graphite material
8. 1 Purpose and content of the formula
8.2 Theoretical basis of raw material composition
8.3 Selection of Carbon Solid Raw Materials
8.4 Selection of Metal-graphite products Raw Materials
8.5 Particle size composition of solid raw materials of carbon graphite materials
8.6 Selection and dosage of binder
8.7 Interaction principle between adhesive and dry material
8.8 Calculation method of raw material formula
8.9 batching method and batching operation
9 principle of mixing and kneading process
9. 1 Definition and purpose of mixing and kneading
9.2 mixing and kneading principle
9.3 Powder mixing process and factors affecting mixing quality
9.4 Kneading process
9.5 Hot Rolling Process
Forming technology of 10 carbon graphite material
10. 1 Improvement of molding method and technology
10.2 compression molding process and mechanism
Force analysis of 10.3 molding process
Density analysis of 10.4 molded blank
10.5 molding technology and operation
10.6 extrusion molding principle
10.7 factors affecting the extrusion process
LO.8 extrusion force calculation
10.9 causes of extrusion process and waste products.
Principle and technology of 10 vibration forming
Isostatic pressure principle and technology
1 1 roasting process
1 1. 1 the purpose and process of baking.
Sintering mechanism of 1 1.2 carbon powder
1 1.3 pyrolysis of coal tar pitch and formation of bonded coke during roasting.
1 1.4 Bonding properties of coal tar pitch
1 1.5 Effect of heating rate on roasting process
1 1.6 atmosphere in roasting system
1 1.7 Effect of pressure on roasting process
1 1.8 Effect of particle size composition and properties of carbon raw materials on coke yield
1 1.9 Shrinkage rate of products during baking
The role of fillers in the roasting process of 1 1. 10
11.11roasting process system
1 1. 12 roasting process operation
1 1. 13 new roasting process
1 1. 14 Analysis of Roasting Waste
Densification technology of 12 carbon graphite material
12. 1 Purpose and classification of compactness
12.2 impregnation principle
12.3 impregnation process and its effect
12.4 surface treatment and coating
13 graphitization process
13. 1 purpose and method of graphitization
13.2 graphitization mechanism
Thermodynamics of 13.3 graphitization process
Kinetics of graphitization process of 13.4
13.5 graphitization process and graphitization degree
13.6 factors affecting graphitization process
Heat transfer principle and temperature distribution of 13.7 graphitization furnace
13.8 graphitization process principle
13.9 graphitization production process operation
13. 10 Types of graphitized wastes and their causes
13. 1 1 Electrical control and operation of graphitization furnace
13. 12 calculation of material and thermoelectric balance of graphitization furnace
Mechanism and technology of catalytic graphitization
13. 14 graphite purification process
Processing technology of 14 carbon graphite products.
14. 1 Overview of carbon graphite products processing
Cutting principle of 14.2 carbon graphite products
14.3 material and structure of cutting tool
14.4 cutting technology and machining measurement
Thermal properties of 15 graphite and carbon materials
15. 1 heat capacity and thermodynamic function of solids
15.2 specific heat capacity and carbon state diagram of carbon and graphite
15.3 thermal conductivity of carbon and graphite
Thermal expansion and thermal shock resistance of 15.4 carbon graphite material
Electromagnetic properties of 16 carbon and graphite
16. 1 theoretical basis of crystal energy band
Energy band structure and electronic state in 16.2 carbon and graphite crystals
Bragg reflection and Brillouin zone of 16.3 graphite crystal
16.4 carbon graphite semiconductor and statistical distribution of its carriers
Conductive mechanism of 16.5 carbon graphite material
Current effect of 16.6 carbon graphite material
16.7 magnetic moment and magnetic susceptibility of graphite and carbon materials
16.8 diamagnetism of graphite and carbon materials
Paramagnetism and electron spin vibration of 16.9 graphite and carbon materials
17 lattice defects of graphite and carbon materials
17. 1 Point defects of carbon and graphite materials
17.2 statistical calculation of thermal defects
Dislocation and lamination defects of 17.3 carbon graphite materials
Surface defects and porosity defects of 17.4 carbon graphite materials
Radiation damage of 17.5 graphite
18 mechanical properties of graphite and carbon materials
Elastic deformation and elastic modulus 18. 1
Stress-strain relationship of 18.2 polycrystalline graphite
18.3 fracture and strength of graphite and carbon materials
18.4 creep of graphite and carbon materials
19 chemical properties of graphite and carbon materials
19. 1 reaction of carbon graphite material with gas
High temperature oxidation of 19.2 carbon and graphite
19.3 wet oxidation of carbon and graphite
19.4 graphite intercalation compound
Solid-solid reaction of 19.5 carbon
Detection technology of 20 carbon graphite material
20. Test content and classification of1carbon graphite material
20.2 Basic experimental principles and methods of carbon graphite materials
20.3 Determination of various indexes of coal tar pitch
20.4 Determination of Physical Properties of Carbon Graphite Materials
20.5 Determination of Thermal Properties of Carbon Graphite Materials
20.6 Determination of Microstructure and Chemical Composition of Carbon Graphite Materials
appendix
Experiment 1 Determination of Moisture in Carbon Materials (YB/T 1428— 1997)
Experiment 2 Determination Method of Ash in Carbon Materials (G 1429-85)
Experiment 3 Determination of Volatiles in Carbon Materials (YB/T 5 189—2000)
Determination of sulfur content in carbon four materials (YB/T 1430— 1997).
Experiment 5 Determination method of softening point of coal tar pitch
Experiment 6 Determination of Total Fixed Carbon in Asphalt
Experiment 7 Asphalt Family Analysis
Experiment 8 Determination of toluene insolubles in coal tar pitch (extraction method) (GB 2292-80)
Experiment 9 Determination of quinoline insolubles in coal tar pitch (extraction method) (GB 2293-80)
Determination of true density of experimental ten-carbon graphite materials
Experiment 1 1 determination method of bulk density of carbon materials (Yb/t119-1997)
Experiment/determination method of porosity of kloc-0/2 carbon materials
Experiment 13 sieving analysis
Test method for fineness of graphite (GB/T 3520-05)
Experiment/determination method of specific surface area of kloc-0/5 powder
Experiment 16 determination method of compressive strength of carbon materials (GB 143 1-85)
Experiment/determination method of bending strength of kloc-0/7 carbon materials
Experiment/determination of tensile strength of kloc-0/8 carbon material
Experiment 19 Measurement Method of Elastic Modulus of Carbon Materials
Experiment 20 Determination of Hardness of Carbon Materials
Experiment 2/determination of resistivity of kloc-0/carbon material (Yb/t120-1997)
Experiment 22 Determination of resistivity of carbon material powder
Experiment 23 Determination of Thermal Conductivity of Carbon Graphite Materials (GB 8722-88)
Experiment 24 Determination method of coefficient of thermal expansion (CTE) of graphite electrode (GB 3074.4—82)
Experiment 25 Determination of Oxidation Degree of Carbon Materials