Electrical and radio engineering materials / Tareev B.M. . . [et al] , edited by Tareev B.M, translated by Ivanov P.S

CONTENT

Part One: Conducting Materials

Chapter 1. Classification and Basic Properties
1.1 General
1.2 Resistivity and Conductivity
1.3 Thermal Conduction in Metals
1.4 Thermal Electromotive Force
1.5 Temperature Coefficient of Length
Etc.

Chapter 2. High-Conductivity Materials
2.1 Copper
2.2 Aluminum
2.3 Iron
2.4 Sodium

Chapter 3. Superconductors and Cry conductors
3.1 Super conductors
3.2 Cry conductors

Chapter 4. Various Materials
4.1 Tungsten
4.2 Molybdenum
4.3 Noble Metals
4.4 Nickel and Cobalt
4.5 Lead
4.6 Tin
Etc.

Chapter 5. Alloys, Solders, And Fluxes
5.1 High-Resistivity Alloys
5.2 Thermocouple Alloys
5.3 Strain-Gauge Alloys
5.4 Contact Materials
5.5 Solders and Fluxes

Chapter 6. Nonmetallic Conductors
6.1 Electrical Carbon Elements
6.2 Conductive and Resistive Pasts
6.3 Conducting Materials Of Extra high Thermal Endurance

Part Two: Semi Conducting Materials

Chapter 7. Principles of the Band Theory Of Solids
7.1 Energy Bands
7.2 Filling of Bands With Electrons. Electrical Properties of Solids
Etc

Chapter 8. Statistics Of Electrons in Semiconductors
8.1 Particle Energy Distribution . Distribution Functions
8.2 Free carrier Density in Degenerate and Nondegenerate Semi conductors
8.3 Free carrier Density Versus Temperature
Etc

Chapter 9. Electric Conduction in Semiconductors
9.1 Intrinsic and Extrinsic Conduction
9.2 Scattering and Mobility of free carriers
9.3 Temperature Dependence of conductivity
9.4 Electric conduction in High Fields

Chapter 10. Contact Phenomena in Semi conductors
10.1 Work function
10.2 Metal-Semiconductor Contact
10.3 Contact Between an n-Type and a p-Type Semiconductor Properties of a p-n Junction
10.4 Hetrojuction


Chapter 11 Electronic processes on the surface of semiconductors
11.1 Surface States
11.2 Near-Surface Space-Change Layer
11.3 Field Effect

Chapter 12 Optical and photoelectric phenomena in semiconductors
12.1 Semiconductor light absorption
12.2 Photoconduction
12.3Luminescence

Chapter 13 Thermoelectricity phenomena in semiconductors hall effect
13.1 Thermoelectric effects
13.2 Hall effect

Chapter 14 Production techniques
14.1 Germanium
14.2 Silicon
14.3 Selenium
14.4 Tellurium
Etc.

Part Three: Dielectric Materials

Chapter 15 Dielectric Polarization
15.1 Basic Definition
15.2 Polar and Nonpolar Dielectrics
15.3 Types of Polarization
15.4 Permittivity as a function of various factors
15.5 Permittivity of Composite Dielectrics
Etc.

Includes Bibliography p. 380-383 and index p. 384- 390