Titre du document

The tidal loss of satellite-orbiting objects and its implications for the lunar surface

Lien vers le document
Nom du Corpus

AstroConcepts

Auteur(s)
  • Mark J. Reid
Affiliation(s)
  • Division of Geological and Planetary Sciences, California Institute of Technology, Pasadena, California 91109, USA
Résumé

Tidal interactions, by altering spin and orbital parameters, can lead to the destruction of bodies in the solar system. Specifically, tidal interactions can rapidly decay the orbit of an object which revolves around a satellite. Hence, almost any object which once orbited a satellite would have impacted the satellite early in the history of the solar system. This may explain the absence of such objects today. The tidal loss of lunar-orbiting objects offers a solution to the problem of how objects may have been “stored” for ?0.5 eons prior to impacting the Moon. The craters produced by the impacts of lunar-orbiting objects should have characteristic sizes, shapes, and ages. The Crisium and Serenitatis basins exhibit these characteristics, and, therefore, could have been produced by the impact of a lunar orbiting object. Finally, the possibility that the Imbrium and Crisium basins originated from one object, which fragmented prior to impact, is discussed.

Langue(s) du document
Anglais
Année de publication
1973
Revue

Icarus

Éditeur
Elsevier
Type de publication
journal
Type de document
research-article
Présence de XML structuré
Non
Version de PDF
1.3
Score de qualité du texte
8.824
Nom du concept
  • Roche equipotentials
Catégories Science-Metrix
  • 1 - natural sciences ; 2 - physics & astronomy ; 3 - astronomy & astrophysics
Catégories Inist
  • 1 - sciences appliquees, technologies et medecines ; 2 - sciences exactes et technologie ; 3 - terre, ocean, espace ; 4 - sciences de la terre
Catégories Scopus
  • 1 - Physical Sciences ; 2 - Earth and Planetary Sciences ; 3 - Space and Planetary Science
  • 1 - Physical Sciences ; 2 - Physics and Astronomy ; 3 - Astronomy and Astrophysics
Catégories WoS
  • 1 - science ; 2 - astronomy & astrophysics
Identifiant ISTEX
B611D4BC9B68F86559C07386F2C5DD4624A89E67
ark:/67375/6H6-T9W71L3G-1
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