High-Latitude Space Plasma Physics
| Main Author: | |
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| Format: | eBook |
| Language: | English |
| Published: |
New York, NY
Springer US
1983, 1983
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| Edition: | 1st ed. 1983 |
| Series: | Nobel Foundation Symposia
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| Subjects: | |
| Online Access: | |
| Collection: | Springer Book Archives -2004 - Collection details see MPG.ReNa |
Table of Contents:
- Interpretation of Observed Relations between Solar Wind Characteristics and Effects at Ionospheric Altitudes
- High Latitude Magnetospheric Physics above a few Thousand Kilometers
- Cold Plasma Distribution above a few Thousand Kilometers at High Latitudes
- The Hot Ion Composition, Energy, and Pitch Angle Characteristics above the Auroral Zone Ionosphere
- The Hot Electrons in and above the Auroral Ionosphere: Observations and Physical Implications
- On the Composition of the Ring Current and the Plasmasheet and what it tells about the Sources of these Hot Plasma Populations
- Birkeland Currents: Present Understanding and some Remaining Questions
- High Latitude Electromagnetic Plasma Wave Emission
- Correlation of Auroral Kilometric Radiation with Visual Auroras and with Birkeland Currents
- A Review of Electrostatic Waves in the Topside Ionosphere
- Effects of Heavy Ions on Microscopic Plasma Physics in the Magnetosphere
- Anomalous Resistivity on Auroral Field Lines and its Role in Auroral Particle Acceleration
- Solitary Waves and Double Layers as the Source of Parallel Electric Fields in the Auroral Acceleration Region
- Numerical Simulations of Plasma Double Layers
- Causes of Particle Precipitation along Auroral Field Lines
- An Alfvén Wave Model of Auroral Arcs
- Participants
- The EISCAT Facility
- The Viking Satellite
- Physics of the High Latitude Ionosphere
- The Role of the Auroral Ionosphere in Magnetospheric Substorms
- Characteristics of the Polar Cap at Ionospheric Levels and Present Understanding of the Physical Processes that give Rise to these Characteristics
- The Low Altitude Cleft: Plasma Entry and Magnetospheric Topology
- Incoherent-Scatter Radar Measurements of Electric Field and Plasma in the Auroral Ionosphere
- Irregularities and Instabilities in the Auroral F-Region
- Significance of Scatter Radar Studies of E and F Region Irregularities at High Latitudes
- Ionospheric Modification and Stimulated Emissions
- Plasma Physics on Auroral Field Lines: The Formation of Ion Conic Distributions
- Solar Wind Influence on the High Latitude Ionosphere
- Dependence of the High-Latitude Ionospheric Fields and Plasma Characteristics on the Properties of the Interplanetary Medium
- Solar Wind-Magnetosphere Energy Coupling