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Artificial Particle Beams in Space Plasma Studies

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Cover of 'Artificial Particle Beams in Space Plasma Studies'

Table of Contents

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    Book Overview
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    Chapter 1 The use of Artificial Electron Beams as Probes of the Distant Magnetosphere
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    Chapter 2 Recent Observations of Beam Plasma Interactions in the Ionosphere and a Comparison with Laboratory Studies of the Beam Plasma Discharge
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    Chapter 3 Charged Particle Measurements from a Rocket-Borne Electron Accelerator Experiment
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    Chapter 4 On the use of Artificially Injected Energetic Electrons as Indicators of Magnetospheric Electric Fields Parallel to the Magnetic Lines of Force
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    Chapter 5 The French-Soviet Experiments ARAKS: Main Results
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    Chapter 6 Wave Excitation in Electron Beam Experiment on Japanese Satellite “ JIKIKEN (EXOS-B) ”
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    Chapter 7 Plasma Waves and Electrical Discharges Stimulated by Beam Operations on a High Altitude Satellite
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    Chapter 8 Plasma Diagnostics by Electron Guns and Electric Field Probes on ISEE-1
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    Chapter 9 Stimulation of Plasma Waves by Electron Guns on the ISEE-1 Satellite
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    Chapter 10 Evidence for Beam-Stimulated Precipitation of High Energy Electrons
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    Chapter 11 Highlights of the Observations in the Polar 5 Electron Accelerator Rocket Experiment
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    Chapter 12 Observations of Plasma Heating Effects in the Ionosphere by a Rocket Borne Electron Accelerator
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    Chapter 13 Plasma Waves Produced by the Xenon Ion Beam Experiment on the Porcupine Sounding Rocket
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    Chapter 14 The Excede Spectral Artificial Auroral Experiment: An Overview
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    Chapter 15 Onboard Radiometric Photography of Excede Spectral’s Ejected-Electron Beam
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    Chapter 16 General Discussion on Accelerator Experiments in Space
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    Chapter 17 Observations of Non-Linear Processes in the Ionosphere
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    Chapter 18 Interaction between Natural Particle Beams and Space Plasmas
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    Chapter 19 Laboratory Simulation of Injection Particle Beams in the Ionosphere
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    Chapter 20 The NASA Space Environment Simulation Laboratory
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    Chapter 21 Visible Signatures of the Multi-Step Transition to a Beam-Plasma-Discharge
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    Chapter 22 Electron Energy Distribution Produced by Beam-Plasma Discharge
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    Chapter 23 Time-Dependent Plasma Behavior Triggered by a Pulsed Electron Gun under Conditions of Beam-Plasma-Discharge
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    Chapter 24 Ignition of the Beam-Plasma-Discharge and its Dependence on Electron Density
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    Chapter 25 Plasma Waves Stimulated by Electron Beams in the Lab and in the Auroral Ionosphere
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    Chapter 26 Studies of Beam Plasma Interactions in a Space Simulation Chamber Using Prototype Space Shuttle Instruments
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    Chapter 27 Transient Effects in Beam-Plasma Interactions in a Space Simulation Chamber Stimulated by a Fast Pulse Electron Gun
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    Chapter 28 Description of the Plasma Diagnostics Package (PDP) for the OSS-1 Shuttle Mission and JSC Plasma Chamber Test in Conjunction with the Fast Pulse Electron Gun (FPEG)
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    Chapter 29 Radial Dependence of HF Wave Field Strength in the BPD Column
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    Chapter 30 Laboratory Beam-Plasma Interactions — Linear and Nonlinear
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    Chapter 31 Electromagnetic Radiation from Beam-Plasma Instabilities
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    Chapter 32 Electron Beam Injection and Associated Phenomena as Observed in a Large Space Simulation Chamber
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    Chapter 33 General Discussion on Accelerator Experiments in the Laboratory
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    Chapter 34 Theory of Beam Plasma Discharge
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    Chapter 35 Electron Beam as a Source of Electrostatic Waves
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    Chapter 36 Spontaneous Emission of a Charged Particle Beam Inside a Plasma: Coherent and Incoherent Aspects
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    Chapter 37 The Beam-Plasma Discharge under Space-Like Conditions
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    Chapter 38 Plasma Waves Generated by Rippled, Magnetically Focused Electron Beams Surrounded by Tenuous Plasmas
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    Chapter 39 Charge Neutralization as Studied Experimentally and Theoretically
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    Chapter 40 Experimental Studies of the Neutralization of a Charged Vehicle in Space and in the Laboratory in Japan
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    Chapter 41 Electric Field Observations of Time Constants Related to Charging and Charge Neutralization Processes in the Ionosphere
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    Chapter 42 Measurements of Vehicle Potential Using a Mother-Daughter Tethered Rocket
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    Chapter 43 General Discussion on Neutralization of a Charged Body in Space
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    Chapter 44 Space Experiments with Particle Accelerators (SEPAC)
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    Chapter 45 The Norwegian Program Using Particle Accelerators in Space
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    Chapter 46 The Artificially Injected Charged Particles as a Tool for the Measurement of the Electric Field in the Magnetosphere
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    Chapter 47 General Discussion on Future Experiments
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Title
Artificial Particle Beams in Space Plasma Studies
Published by
Springer US, December 2012
DOI 10.1007/978-1-4684-4223-6
ISBNs
978-1-4684-4225-0, 978-1-4684-4223-6
Editors

Grandal, Bjørn

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The data shown below were compiled from readership statistics for 2 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Unknown 2 100%

Demographic breakdown

Readers by professional status Count As %
Student > Ph. D. Student 1 50%
Unknown 1 50%
Readers by discipline Count As %
Physics and Astronomy 1 50%
Unknown 1 50%