Radio Galaxies

PrefaceAcknowledgements1. Observational Data and Relationships 1.1 Introduction 1.2 The Simple Sources 1.3 The Complex Sources 1.4 Radio-Tail Galaxies 1.5 The Compact Sources Bibliographical Notes2. Incoherent Synchrotron Spectra 2.1 Emission and Absorption Coefficients in All Stokes Parameters 2.2 Plasma Emission Effects 2.3 Synchrotron Spectra of Uniform Sources - a Recapitulation 2.4 Synchrotron Spectra of Nonuniform Sources 2.5 Emission and Absorption Coefficients in a Nonuniform Field Bibliographical Notes3. Transfer of Polarized Radiation in a Magnetoactive Plasma 3.1 The Complex Permittivity of a Plasma 3.2 The Equation of Transfer and the Propagation Modes 3.3 The Equation of Transfer and the Dielectric Tensor 3.4 General Properties of the Equation of Transfer 3.5 Polarization of a Synchrotron Source 3.6 Faraday Rotation and Depolarization 3.7 Faraday Pulsation 3.8 Circular Repolarization 3.9 The General Solution of the Equations of Transfer Bibliographical Notes4. Hydromagnetics and Hydromagnetic Stability 4.1 Hydromagnetic Approximation 4.2 The System of Hydromagnetic Equations 4.3 Properties of the Equations of Hydromagnetics 4.4 Hydromagnetics of Incompressible Fluids 4.5 Hydromagnetics of Compressible Fluids. Magnetosonic Waves 4.6 Hydromagnetic Bubble and Double Radio Sources 4.7 The Energy Integral and the Virial Theorem 4.8 Hydromagnetic Stability 4.9 The Rayleigh-Taylor Instability 4.10 The Kelvin-Helmholtz Instability 4.11 The Jeans Instability Bibliographical Notes5. Confinement and Structure of Extended Radio Sources 5.1 Confinement of the Components of Extended Radio Sources 5.2 Confinement by Ram Pressure of the Ambient Gas 5.3 Dynamics of an Expanding Plasmon 5.4 Nonequilibrium Models of Ram Pressure Confined Plasmons 5.5 Radio Emission of a Plasmon 5.6 Multiple Ejections of Plasmons 5.7 Stability of Ejected Plasmons Bibliographical Notes6. Radio-Tail Galaxies 6.1 Introduction 6.2 The Kinematics of the Plasmon 6.3 The Development of Turbulence and the Acceleration of Particles 6.4 The Expansion of the Plasmon 6.5 The Spectrum of the Expanding Plasmon 6.6 Physical Conditions in a Radio-Tail Galaxy Bibliographical Notes7. Compact Radio Sources 7.1 Introduction 7.2 The Canonical Model of a Compact Radio Source 7.3 Flux Variations in an Expanding Plasmon 7.4 Super-Relativistic Effects Bibliographical Notes8. Radio Source Theories 8.1 Introduction 8.2 The Plasmon Picture of a Radio Galaxy 8.3 A Massive Object Picture of a Radio Galaxy 8.4 The Beam Picture of a Radio Galaxy Bibliographical NotesAppendices: Tables of Special FunctionsAuthor IndexSubject Index