Particle Correlators in Space: Performance, Limitations, Successes, and the Future
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Publisher
American Geophysical Union
Reference17 articles.
1. The Shuttle Electrodynamic Tether System (SETS) on TSS-1;Aguero;Il Nuovo Cimento,1994
2. R. E. Ergun J. P. McFadden C. W. Carlson Particle Correlator Instrument Design 1997
3. Langmuir wave growth and electron bunching: results from a wave-particle correlator;Ergun;J. Geophysical Research,1991
4. Bunching of 8-10keV auroral electrons in the vicinity of an artificial electron beam;Gough;Nature,1980
5. A technique for rocket borne detection of electron bunching at megahertz frequencies;Gough;Nuclear Instruments and Methods,1980
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