The LEO microparticulate environment: LDEF's 5.75 year perspective on orbital space debris and meteoroids.

Details The LEO microparticulate environment: LDEF's 5.75 year perspective on orbital space debris and meteoroids. The LEO microparticulate environment: LDEF's 5.75 year perspective on orbital space debris and meteoroids.

Jul 1993

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1993spde.conf..171m&link_type=abstract

First European Conference on Space Debris, Proceedings of the Conference held 5-7 April 1993 in Darmstadt, Germany. Edited by W.

Computer Science

Meteoroids: Flux Densities

Scientific paper

The Long Duration Exposure Facility (LDEF) provides, by virtue of an unprecedented area-time product and gravity gradient stabilisation, a study base particularly well oriented towards identifying orbital flux components. The anisotropy of flux rates for hypervelocity impact perforations and craters demonstrates that meteoroids are dominant for some 5 microns and greater in dimension, but at smaller dimensions a dominantly orbital flux is evidenced.

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