VLF wave-particle interaction experiments by EXOS-B/Siple station transmissions
Abstract
The relationship between ground station signals and electron pitch angle distribution at L = 4 is reviewed, and signal intensity is discussed. There are two types of relationships between signals and electron distribution: (1) intensification of the signal by a distribution with a high pitch angle anisotropy of pancake type; and (2) triggering of emissions associated with transmissions by a high flux of electrons with low pitch angle anisotropy. The electric field intensity of ground signals is relatively low, which is consistent with those observed by IMP-6 and by a rocket.
- Publication:
-
Achievements of the International Magnetospheric Study (IMS)
- Pub Date:
- September 1984
- Bibcode:
- 1984ESASP.217..529K
- Keywords:
-
- ANTARCTIC REGIONS;
- EXOS-B SATELLITE;
- PLASMA WAVES;
- PLASMA-PARTICLE INTERACTIONS;
- SATELLITE SOUNDING;
- VERY LOW FREQUENCIES;
- ELECTRIC FIELDS;
- ELECTRON DISTRIBUTION;
- PITCH (INCLINATION);
- SIGNAL MEASUREMENT;
- Communications and Radar;
- Antarctic Regions;
- Exos-B Satellite;
- Plasma Waves;
- Plasma-Particle Interactions;
- Satellite Sounding;
- Very Low Frequencies;
- Electric Fields;
- Electron Distribution;
- Pitch (Inclination);
- Signal Measurement