Data analysis to separate particles of different speed regimes and charges

Details Data analysis to separate particles of different speed regimes and charges Data analysis to separate particles of different speed regimes and charges

Jul 1977

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1977stin...7915886w&link_type=abstract

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Computer Science

Charged Particles, Cosmic Dust, Data Reduction, Ejecta, Lunar Dust, Micrometeoroids, Particle Motion, Pioneer Space Probes, Electric Potential, Pioneer 8 Space Probe, Pioneer 9 Space Probe, Solids Flow

Scientific paper

Although the instruments on the lunar ejecta and meteorite experiment (LEAM) and the Pioneer 8 and 9 space probes were essentially similar, a comparison of their results indicates that different sets of particles caused the different responses. On Pioneer, the events were caused by the impact of cosmic dust, the so-called beta particles expelled from the vicinity of the sun by solar radiation pressure, augmented by extremely high energy but definitely identifiable interstellar grains. On the moon, the events were due to the impact of slowly moving, highly charged lunar dust being propelled electrostatically across the terminator. Both theoretical analysis and experimental testing confirming these conclusions are discussed.

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