Relation Between Laboratory and Space Plasmas

Table of Contents

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   Book Overview
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   Chapter 1 Introduction — The Role of High-β Mirror-Cusp Space-Plasma Concept in a New Fusion-Reactor Approach
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   Chapter 2 The Critical Ionization Velocity
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   Chapter 3 Viability of the Critical Ionization Velocity Concept in Selected Space Situations
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   Chapter 4 A Review of the Beam Plasma Discharge
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   Chapter 5 Laboratory Simulation of the Injection of Energetic Electron Beams into the Ionosphere—Ignition of the Beam Plasma Discharge
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   Chapter 6 Laboratory Experiments on Beam-Plasma Discharge
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   Chapter 7 Nonlinear Behavior of High Frequency Electric Field Just Before the Initiation of Beam Plasma Discharge
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   Chapter 8 Electron Beam Experiments in Space
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    Chapter 9 Formation of double layers
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    Chapter 10 Observations of Electrostatic Shocks and Associated Plasma Instabilities by the S3-3 Satellite
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    Chapter 11 Formation of Electrostatic Double Layers in a Plasma with Electron-Drift
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    Chapter 12 Laboratory Measurements of the Plasma Potential in the Presence of Strong Ion Cyclotron Turbulence
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    Chapter 13 Magnetic Field Line Reconnection Experiment
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    Chapter 14 Mechanisms for the Excitation of Ion Cyclotron Waves in Auroral Acceleration Region
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    Chapter 15 On Plasma Instabilities in the High-Latitude Ionospheric E Region
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    Chapter 16 Laboratory Experiments Related to Plasma Instabilities in the Electrojets
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    Chapter 17 A 15-Min Period Geomagnetic Pulsation Ps6 Excited by an Instability of Auroral Electrojets
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    Chapter 18 Magnetic Field Aligned Currents and the Structure of the Auroral Ionosphere
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    Chapter 19 Power Law Spectrum of Relativistic Particles in Space and Possibilities of Its Laboratory Simulation
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    Chapter 20 Chasmas in the Laboratory and in Space
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    Chapter 21 Numerical Calculations on the Propagation of Microwaves in Highly Over-Dense Magnetized Plasmas
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    Chapter 22 The Nonlinear Theory of Current-Driven Instability of Lower-Hybrid Drift Oscillations and Magnetic Field Reconnection in the Magnetopause
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    Chapter 23 Instabilities in Current Layers
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    Chapter 24 Nonlinear Interaction of Electromagnetic Radiation with a Weakly-Magnetized Nonuniform Plasma
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    Chapter 25 Plasma Densities in the Thermal Magnetosphere Determined from Ion Cyclotron Whistlers
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    Chapter 26 Ray Trajectories and Wave Fronts of Radiated Electromagnetic Modes in an Inhomogeneous Magnetoplasma
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    Chapter 27 Drift Effect on the Electrostatic Landau Mode in a Maxwellian Plasma
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    Chapter 28 Numerical Simulation of Nonlinear Beam-Plasma Interaction for the Application to Solar Radio Burst
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    Chapter 29 A Model of Type I Solar Radio Bursts
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    Chapter 30 Nuclear Fusion Process in 3 He-Rich Flares
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    Chapter 31 Space Experiments with Particle Accelerators: SEPAC —SEPAC Program for First Spacelab Mission—
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    Chapter 32 Remarks About the Wave Observations During the Rocket Borne Electrons Injection into the Ionospheric Plasma
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    Chapter 33 Exos-B/Siple Station VLF Wave-Particle Interaction Experiment
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    Chapter 34 Active Stimulation of the Auroral Plasma
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    Chapter 35 Summary — Editor’s Note