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Introduction | |
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Neutral Gases and Plasmas | |
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Plasmas in Space | |
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A Brief History of Space Research | |
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Exercises and Problems | |
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Charged Particles in Electromagnetic Fields | |
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Electromagnetic Fields | |
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Maxwell's Equations in Vacuum | |
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Transformation of Field Equations | |
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Generalized Ohm's Law | |
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Energy Equation of the Electromagnetic Field | |
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Particle Motion in Electromagnetic Fields | |
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Lorentz Force and Gyration | |
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Drifts of Particles in Electromagnetic Fields | |
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The Concept of the Guiding Center | |
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Crossed Magnetic and Electric Fields: Ex B Drift | |
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Magnetic and Gravitational Fields | |
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Inhomogeneous Magnetic Fields | |
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Curvature Drift | |
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Drifts Combined with Changes in Particle Energy | |
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Drift Currents in Plasmas | |
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Adiabatic Invariants | |
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First Adiabatic Invariant: The Magnetic Moment | |
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Magnetic Mirrors and Bottles | |
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Second Adiabatic Invariant: Longitudinal Invariant | |
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Third Adiabatic Invariant: Flux Invariant | |
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Summary | |
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Exercises and Problems | |
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Magnetohydrodynamics | |
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From Hydrodynamics to Magnetohydrodynamics | |
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Partial and Convective Derivatives | |
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Equation of Motion or Momentum Balance | |
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Equation of Continuity | |
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Equation of State | |
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Basic Equations of MHD | |
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Two-Fluid Description | |
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Magnetohydrostatics | |
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Magnetic Pressure | |
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Magnetic Tension | |
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Magnetohydrokinematics | |
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Frozen-in Magnetic Fields | |
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Deformation and Dissipation of Fields | |
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Reconnection | |
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The Magnetohydrodynamic Dynamo | |
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Debye Shielding | |
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Summary | |
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Exercises and Problems | |
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Plasma Waves | |
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What is a Wave? | |
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Magnetohydrodynamic Waves | |
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Linearization of the Equations: Perturbation Theory. | |
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Alfven Waves | |
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Magneto-Sonic Waves | |
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Electrostatic Waves in Non-Magnetic Plasmas | |
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Plasma Oscillations | |
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Electron Plasma Waves (Langmuir Waves) | |
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Ion-Acoustic Waves (Ion Waves) | |
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Electrostatic Waves in Magnetized Plasmas | |
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Electron Oscillations Perpendicular to B (Upper Hybrid Frequency) | |
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Electrostatic Ion Waves Perpendicular to B (Ion Cyclotron Waves) | |
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pLower Hybrid Frequency | |
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Electromagnetic Waves in Non-Magnetized Plasmas | |
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Electromagnetic Waves in Magnetized Plasmas | |
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Electromagnetic Waves Perpendicular to BQ | |
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Waves Parallel to the Magnetic Field: Whistler (R-Waves) and L-Waves | |
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Summary | |
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Exercises and Problems | |
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Kinetic Theory | |
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The Distribution Function | |
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Phase Space and Distribution Function | |
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Maxwell's Velocity Distribution | |
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Other Distributions | |
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Distribution Function and Measured Quantities | |
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Equations of Kinetic Theory | |
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The Boltzmann Equation | |
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The Vlasov Equation | |
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The Fokker-Planck Equation | |
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Collisions | |
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Collisions Between Neutrals | |
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Collisions Between Charged Particles | |
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Summary | |
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Exercises and Problems | |
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Sun and Solar Wind: Plasmas in the Heliosphere | |
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The Sun | |
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Nuclear Fusion | |
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Structure of the Sun | |
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The Solar Atmosphere | |
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The Coronal Magnetic Field | |
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The Solar Wind | |
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Properties | |
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Solar Wind Models | |
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Coronal Heating and Solar Wind Acceleration | |
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The Interplanetary Magnetic Field (IMF) | |
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Spiral Structure | |
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Sector Structure | |
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The Ballerina Model | |
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Corotating Interaction Regions | |
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Plasma Waves in Interplanetary Space | |
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Power-Density Spectrum | |
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Waves or Turbulence? | |
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The Three-Dimensional Heliosphere | |
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The Active Sun | |
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The Solar Cycle | |
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A Simple Model of the Solar Cycle | |
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The Heliosphere During the Solar Cycle | |
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Flares and Coronal Mass Ejections | |
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Electromagnetic Radiation | |
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Classes of Flares | |
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Coronal Mass Ejections | |
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Coronal Mass Ejections, Flares, and Coronal Shocks | |
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Models of Coronal Mass Ejections (CMEs) | |
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Models of Flares | |
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Magnetic Clouds: CMEs in Interplanetary Space | |
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Interplanetary Shocks | |
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Shock | |
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Information, Dissipation, and Non-Linearity | |
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The Shock's Rest Frame | |
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Collisionless Shock Waves | |
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Shock Conservation Laws | |
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Jump Conditions and Discontinuities | |
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Shock Geometry | |
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Fast and Slow Shocks | |
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The Coplanarity Theorem | |
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The Shock Normal Direction | |
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Summary | |
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Exercises and Problems | |
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Energetic Particles in the Heliosphere | |
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Particle Populations in the Heliosphere | |
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Solar Energetic Particles and Classes of Flares | |
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Interplanetary Transport - Theoretical Background | |
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Spatial Diffusion | |
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Pitch Angle Diffusion | |
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Diffusion in Momentum Space | |
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Wave-Particle Interactions | |
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Electromagnetic Waves | |
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Transport Equations | |
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Interplanetary Propagation - Observations | |
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Fits with a Transport Equation | |
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Analysis of Magnetic Field Fluctuations | |
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Comparison Between Both Approaches | |
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Particle Acceleration at Shocks - Theory | |
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Shock Drift Acceleration (SDA) | |
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Diffusive Shock Acceleration | |
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Diffusive Shock Acceleration and Self-Generated Turbulence | |
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Stochastic Acceleration | |
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The Shock as a Non-Linear System | |
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Summary Shock Acceleration | |
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Particles at Shocks in Interplanetary Space | |
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Low-Energy Particles (Tens of keV) at Traveling Shocks | |
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High-Energetic Particles (MeVs) at Traveling Shocks | |
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Particles at Planetary Bow Shocks | |
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Galactic Cosmic Rays (GCRs) | |
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Variations | |
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Modulation Models | |
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Summary | |
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Exercises and Problems | |
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The Terrestrial Magnetosphere | |
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The Geomagnetic Field | |
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Description of the Geomagnetic Field | |
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Variability of the Internal Field | |
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The Terrestrial Dynamo | |
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Topology of the Magnetosphere | |
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Overview | |
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The Magnetopause | |
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Polar Cusps | |
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The Tail and the Polar Caps | |
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Magnetosheath and Bow Shock | |
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Plasmas and Currents in the Magnetosphere | |
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The Atmosphere | |
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The Ionosphere | |
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Magnetosphere-Ionosphere Coupling | |
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The Plasmasphere | |
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The Geosphere | |
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The Outer Magnetosphere | |
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The Open Magnetosphere | |
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Convection of Plasma Into the Magnetosphere | |
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Flux Transfer Events | |
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Release of Accumulated Matter: Substorms | |
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Geomagnetic Disturbances | |
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Daily Variations | |
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Geomagnetic Indices | |
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Geomagnetic Pulsations | |
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Geomagnetic Storms | |
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Geomagnetic Activity on Longer Time Scales | |
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Aurorae | |
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Historical Excursion | |
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Beginning of the Scientific Analysis | |
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Modern Interpretation | |
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Electron Acceleration | |
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Excitation of the Atmosphere | |
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Shape and Local Time | |
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Energetic Particles in the Magnetosphere | |
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The Radiation Belts | |
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Galactic Cosmic Rays - St0rmer Orbits | |
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Solar Energetic Particles - Polar Cap Absorption | |
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Magnetospheric Modeling | |
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Summary | |
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Exercises and Problems | |
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Planetary Magnetospheres | |
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The Planets | |
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Planets with a Magnetic Field | |
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Mercury | |
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Jupiter | |
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Saturn | |
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Uranus | |
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Neptune | |
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Planets Without a Magnetic Field | |
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Comparison of Planetary Magnetospheres | |
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Structures of Planetary Magnetospheres | |
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Sizes | |
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Plasma Sources | |
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Upstream of the Bow Shock: The Foreshocks | |
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Summary | |
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Exercises and Problems | |
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Solar-Terrestrial Relationships | |
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Solar-Terrestrial Relationships: Overview | |
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Responses of the Upper Atmosphere to Solar Variability | |
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Polar Cap Absorptions and Ozone | |
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Thermospheric Circulation | |
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The Solar Cycle, Sector Boundaries, Droughts, and Thunderstorms | |
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Solar Activity, Climate, and Culture | |
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Sun and Weather | |
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Cosmic Rays, Clouds, and Solar Cycle Length | |
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The Technical Environment and Solar Activity | |
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Instrumentation | |
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Field Instruments | |
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The Magnetic Field | |
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Electric Field Measurements | |
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Wave Measurements | |
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Plasma Instruments | |
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Instruments for Dense Plasmas | |
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Instruments for Rarefied Plasmas | |
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Energetic Particle Instruments | |
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Supplementary Ground-Based Observations | |
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Appendix | |
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List of Symbols | |
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Useful Equations in the SI and cgs System | |
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Useful Relations | |
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Vector Calculus | |
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Cylindrical Coordinates | |
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Spherical Coordinates | |
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Useful Numbers | |
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Fundamental Constants | |
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Numbers in Plasmas | |
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References | |
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Index | |