2.10. Classification of Conductor Materials

Lecture



At present there is no generally accepted classification of conductor materials, so they can be classified according to various criteria. A possible classification scheme for conductors by composition, property, and technical purpose is shown in Fig. 2.5.

2.10. Classification of Conductor Materials

Fig. 2.5. Classification of conductor materials

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Lectures and tutorial on "materials science and materials of electronic devices"

Terms: materials science and materials of electronic devices

Introduction to Materials Science
1.1. Classification of Materials
1.2. Types of Chemical Bonding
1.3. Elements of the Band Theory of Solids
2.1. General Information on Conductors: Electrical Conductors, Metals and Semimetals
2.2. The Physical Nature of Electrical Conductivity in Metals
2.3. Temperature Dependence of the Resistivity of Metallic Conductors
2.4. The Influence of Impurities and Other Structural Defects on the Resistivity of Metals
2.5. Electrical Conductivity of Metallic Alloys
2.6. Conductivity of Conductors at High Frequencies: The Skin Effect
2.7. Resistance of Thin Metal Films
2.8. Contact Phenomena of Conductors
2.9. Thermoelectromotive Force
2.10. Classification of Conductor Materials
2.11. High-Conductivity Materials: Copper, Aluminum, Silver, Gold, Platinum
2.12. Superconducting Materials
2.13. High-Resistance Alloys and Thermocouple Alloys
2.14. Metals and Alloys for Various Purposes
2.15. Non-Metallic Conducting Materials
3. Semiconductors and Their Properties: Intrinsic and Extrinsic Semiconductors, Majority and Minority Charge Carriers
4.1. Polarization of Dielectrics — 4. Dielectrics: Physical Processes and Properties
4.2. Types of Dielectric Polarization: Ionic-Relaxation, Dipolar-Relaxation, Ionic, and Electronic Polarization
4.3. Relationship Between the State of Matter and the Dielectric Permittivity of Dielectrics
4.4. Displacement Currents. Electrical Conductivity of Dielectrics
4.5. Breakdown of Dielectrics: Electrochemical Breakdown
Classification of Dielectrics
4.7. Basic Information on the Structure and Properties of Polymers
4.8. Linear Polymers
4.9. Composite Powder Plastics and Laminated Plastics
4.10. Electrical Insulating Plastics: Compounds
4.11. Inorganic Glasses: Types and Properties
4.12. Sitalls (Glass-Ceramics): Vitrocrystalline Materials
4.13. Ceramics: Types, History, Production, and Application
4.14. Classification of Active Dielectrics: Ferroelectrics, Piezoelectrics, Pyroelectrics, Electrets
5. General Information on Magnetic Materials: Magnetization
5.1. Classification of Substances by Magnetic Properties
6. Steels and Alloys for Special Purposes
Crystal Structure and Lattice, Its Modeling, Crystal Defects
3. Elements of the Microwave Path, Microwave Loads, Microwave Power Dividers
Ferromagnetism: The Emergence of Spontaneous Magnetization in Matter
Radiation-Hardened Integrated Circuits and Radiation Hardening