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Preface | ||
Ch. 1 | Introduction | 1 |
1.1 | The Solar Corona | 2 |
1.2 | Dynamic Processes | 7 |
1.3 | Stellar Coronae | 11 |
1.4 | Fundamental Equations | 15 |
Ch. 2 | Basic Concepts | 22 |
2.1 | Single Particle Orbit | 22 |
2.2 | Particle Trapping in Magnetic Fields | 30 |
2.3 | Generation of Beams | 33 |
2.4 | Debye Shielding | 35 |
2.5 | Charge Oscillations and the Plasma Frequency | 38 |
2.6 | Collisions | 40 |
Ch. 3 | Magnetohydrodynamics | 51 |
3.1 | Basic Statistics | 51 |
3.2 | MHD Waves | 61 |
Ch. 4 | Waves in a Cold, Collisionless Plasma | 69 |
4.1 | Approximations and Assumptions | 69 |
4.2 | Cold Plasma Modes | 71 |
4.3 | Parallel Waves | 76 |
4.4 | Perpendicular Propagation | 81 |
4.5 | Oblique Propagation and Overview | 83 |
4.6 | Beam Mode | 85 |
Ch. 5 | Kinetic Plasma and Particle Beams | 89 |
5.1 | Radio Observations of Solar Electron Beams | 89 |
5.2 | Waves and Instability in Kinetic Plasmas | 94 |
5.3 | Plasma Waves in the Solar Corona | 107 |
Ch. 6 | Astrophysical Electron Beams | 115 |
6.1 | The Beam-Plasma System | 115 |
6.2 | Non-Linear Evolution and Saturation | 120 |
6.3 | Plasma Emission | 127 |
6.4 | Hard X-Ray Emission of Beams | 142 |
Ch. 7 | Ion Beams and Electromagnetic Instabilities | 154 |
7.1 | Observations of Energetic Ions | 154 |
7.2 | Electromagnetic Instabilities of Velocity Space Anisotropy | 158 |
7.3 | Applications to Ion Beams | 168 |
7.4 | Electrostatic Ion Beam Instabilities | 174 |
Ch. 8 | Electrons Trapped in Magnetic Fields | 177 |
8.1 | Observational Motivation | 178 |
8.2 | Loss-Cone Instabilities | 184 |
8.3 | Precipitation of Trapped Particles | 194 |
8.4 | Observations of Trapped Electrons | 198 |
Ch. 9 | Electric Currents | 212 |
9.1 | Origin of Currents in Coronae | 212 |
9.2 | Classical Conductivity and Particle Acceleration in Stable Currents | 215 |
9.3 | Instabilities of Electric Currents | 220 |
9.4 | Anomalous Conductivity, Heating, and Acceleration | 223 |
9.5 | Observing Currents | 227 |
Ch. 10 | Collisionless Shock Waves | 234 |
10.1 | Elementary Concepts | 235 |
10.2 | Collisionless Shocks in the Solar System | 241 |
10.3 | Particle Acceleration and Heating by Shocks | 249 |
10.4 | Stochastic Particle Acceleration | 255 |
Ch. 11 | Propagation of Radiation | 260 |
11.1 | Transfer Equation | 261 |
11.2 | Collisional Absorption | 264 |
11.3 | Dispersion Effects | 266 |
11.4 | Scattering at Plasma Inhomogeneities | 275 |
11.5 | Propagation in a Fibrous Medium | 278 |
App. A: Mathematical Expressions | 284 | |
App. B: Units | 286 | |
App. C: Frequently Used Expressions | 287 | |
App. D: Notation | 289 | |
Author Index | 292 | |
Subject Index | 295 |
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Add Plasma Astrophysics, This thoroughly revised textbook is a basic introduction to plasma phenomena in solar and stellar coronae emphasizing non-MHD aspects. The natural way in which the author unifies observations and theory gives a wide perspective to the subject. An importan, Plasma Astrophysics to the inventory that you are selling on WonderClubX
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Add Plasma Astrophysics, This thoroughly revised textbook is a basic introduction to plasma phenomena in solar and stellar coronae emphasizing non-MHD aspects. The natural way in which the author unifies observations and theory gives a wide perspective to the subject. An importan, Plasma Astrophysics to your collection on WonderClub |