International Astronomical Union Colloquium · 1976 · 20 citations · 11 references
EngineeringDust ParticlesDust ScienceMeteoriticsInterplanetary DustDusty PlasmaProtoplanetary DiskPhysical Properties
This paper presents physical properties of interplanetary dust determined by in-situ techniques. It is probable that, like millimeter-sized meteoroids (Jacchia, et al . 1967), most interplanetary dust is cometary matter. Although a cometary origin for interplanetary dust is widely accepted (Whipple 1967) (Millman, 1972) there is currently no unambiguous proof of this hypothesis. The results presented here must be interpreted accordingly. It must also be remembered that even if interplanetary particles are cometary, they might possibly be altered in the interplanetary medium by collisions and by thermal effects during close perihelion passages, so the dust particles may not be representative of unaltered cometary material.
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Lunar microcraters: Implications for the micrometeoroid complex
Friedrich Hörz, D. E. Brownlee, H. Fechtig et al. · Planetary and Space Science · 1975 · 108 citations
Meteoritic material on the moon
Edward Anders, R. Ganapathy, Urs Kr�henb�hl et al. · Earth Moon and Planets · 1973 · 107 citations
On maintaining the meteoritic complex
Fred L. Whipple · NASA Technical Reports Server (NASA) · 1967 · 102 citations