ISBN: Ostalo
Godina izdanja: 1966
Jezik: Engleski
Oblast: Fizika
Autor: Strani

George Bekefi - Radiation Processes in Plasmas
Wiley & Sons, 1966
377 str.
tvrdi povez
stanje: vrlo dobro, pečat na predlistu.

1. Transport of radiation
2. Kirchhoff`s radiation law
3. Emission and absorption from binary encounters
4. Fluctuations
5. Collective emission phenomena
6. Cyclotron emission
7. Waves in a magnetoactive plasma
8. Scattering of electromagnetic waves from density fluctuations
9. Microinstabilities
10. Experimental methods

Wiley series in plasma physics
Topics Plasma (Ionized gases)
EMISSION, ABSORPTION AND SCATTERING OF ELECTROMAGNETIC WAVES IN GASEOUS PLASMAS

Table of Selected Notation
CHAPTER 1
TRANSPORT OF RADIATION
1.1 The Field and Particle Equations
1.2 Dispersion Relations for Electromagnetic Fields in a Plasma.
1.3 Energy Density and Energy Flow
1.4 Some Quantities Associated with Randomly Fluctuating Fields
1.5 Applications of Concepts in Geometrical Optics
1.6 The Equation of Transfer
1.7 Energy Transfer in Absorbing and Emitting Media
CHAPTER 2
KIRCHHOFF`S RADIATION LAW
2.1 Black-Body Radiation
2.2 The Einstein Coefficients for Spontaneous and Stimulated Emission and Absorption
2.3 The Source Function and Kirchhoff`s Law
2.4 The Interaction between the Radiation Field and the Velocity Distribution of the Electrons
CHAPTER 3
EMISSION AND ABSORPTION FROM BINARY ENCOUNTERS
3.1 Radiation Spectrum of an Accelerated Charge
3.2 Bremsstrahlung from Electron-Atom Collisions
3.3 Plasma Dispersion Effects
3.4 Electron-Ion Encounters (Classical)
3.5 Electron-Ion Encounters (Quantum-Mechanical)
3.6 Emission from a Partially lonized Gas
CHAPTER 4 FLUCTUATIONS
4.1 The Fluctuation-Dissipation Theorem for a Thermal Medium
4.2 Fluctuations of the Electromagnetic Field
4.3 Use of the Fluctuation-Dissipation Theorem for Bounded Media
4.4 Emission and Absorption of Longitudinal Waves in the Presence of Collisions
4.5 Longitudinal Dielectric Coefficient K_{L}(k, omega) of a Fully Ionized Plasma
4.6 The Microfield Spectrum of a Plasma not in Thermal Equilibrium
CHAPTER 5
COLLECTIVE EMISSION PHENOMΕΝΑ
5.1 Bremsstrahlung from Collective Coulomb Interactions
5.2 Emission from the `Quiet` Sun
5.3 Nonthermal Emission Near the Plasma Frequency (Emission from the `Disturbed` Sun)
5.4 The rf Conductivity and Absorption Coefficient of a Fully Ionized Plasma
5.5 Coupling of Longitudinal and Transverse Electro-magnetic Waves at Boundaries
5.6 Emission and Scattering by a Cylinder of Plasma
5.7 Impedance of an Antenna Driving Plasma Oscillations
CHAPTER 6
CYCLOTRON EMISSION
6.1 Cyclotron Emission of an Electron in a Static Magnetic Field
6.2 Cyclotron Radiation by Nonrelativistic Electrons
6.3 Emission by Highly Relativistic Electrons
6.4 Emission from Mildly Relativistic Electrons
6.5 Echo Phenomena Near the Electron Cyclotron Frequency
CHAPTER 7
WAVES IN A MAGNETOACTIVE PLASMA
7.1 Waves in a Cold Plasma
7.2 The rf Conductivity of a Hot, Collisionless Plasma
7.3 Transverse Electromagnetic Waves
7.4 The Dielectric Coefficient for Longitudinal Waves in a Magnetic Field
7.5 Longitudinal Oscillations in a Bounded Plasma
7.6 Generation of Longitudinal Waves by the Electrons of a Plasma
CHAPTER 8
SCATTERING OF ELECTROMAGNETIC WAVES FROM DENSITY FLUCTUATIONS
8.1 General Theory of Scattering
8.2 Spectrum of Density Fluctuations, S(k, omega)
8.3 Scattering from Unscreened Electrons
8.4 Collective Effects in the Scattering from a Thermal Plasma
8.5 Scattering from Enhanced Fluctuations
CHAPTER 9 MICROINSTABILITIES
9.1 General Remarks on the Occurrence of Instabilities
9.2 Longitudinal Wave Instabilities
9.3 Transverse Wave Instabilities
CHAPTER 10 EXPERIMENTAL METHODS
10.1 Flow of Radiation in Waveguides
10.2 Reception of Radiation with Antennas
10.3 Radiation by Plasmas in Waveguides and Resonant Cavities
10.4 Radiometers
SOME CONSTANTS
REFERENCES
AUTHOR INDEX
SUBJECT INDEX


Nonfiction, Physics