Phobos: erinevus redaktsioonide vahel

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17. rida:
On ennustatud ka Phobose ja Deimose poolt Marsi ümber tekitatud hõredate tolmurõngaste olemasolu, kuid praegusajani pole neid tolmurõngaid siiski nähtud.<ref>{{Cite journal|doi=10.1016/j.pss.2006.05.009|last=Showalter|first= M. R.|coauthors=Hamilton, D. P. and Nicholson, P. D.|title=A Deep Search for Martian Dust Rings and Inner Moons Using the Hubble Space Telescope|journal=Planetary and Space Science|volume=54|year=2006|issue=9-10|pages=844–854|url=http://www.astro.umd.edu/~hamilton/research/reprints/ShoHamNic06.pdf|format=PDF|bibcode=2006P&SS...54..844S}}</ref> Hiljutisem pilt, mis tehti [[Mars Global Surveyor]]iga, viitab, et Phobos on kaetud peeneteralise regoliidikihiga, mille paksus võib olla vähemalt 100 m. Arvatakse, et regoliit on tekkinud kokkupõrgete tulemusena. Samas jääb siiani selgusetuks, kuidas see materjal on jäänud Phobosele pidama, kuna taevakeha gravitatsiooniväli on peaaegu olematu.<ref>{{cite web|last=Britt|first=Robert Roy| title=Forgotten Moons: Phobos and Deimos Eat Mars' Dust|url=http://www.space.com/scienceastronomy/forgotten_moons_010313-3.html|publisher=space.com|date=13 March 2001|accessdate=12 May 2010}}</ref>
 
On võimalik, et 3. detsembril 1980 [[Jeemen]]isse kukkunud [[Kaiduni meteoriit]] on tükkpärit Phobosest,Phoboselt. kuidSamas on seda on raske tõestada, sestkuna Phobose koostise kohta on liiga vähe teada.<ref>{{Cite journal| last=Ivanov| first=Andrei V.| bibcode=2004SoSyR..38...97I| title=Is the Kaidun Meteorite a Sample from Phobos?|date=March 2004| journal=Solar System Research| volume=38| issue=2| pages=97–107| doi=10.1023/B:SOLS.0000022821.22821.84}}</ref><ref>{{Cite journal|last=Ivanov | first=Andrei | coauthors=Michael Zolensky | title=The Kaidun Meteorite: Where Did It Come From?|url=http://www.lpi.usra.edu/meetings/lpsc2003/pdf/1236.pdf|journal=Lunar and Planetary Science | year=2003 |volume=34 | quote=The currently available data on the lithologic composition of the Kaidun meteorite– primarily the composition of the main portion of the meteorite, corresponding to CR2 carbonaceous chondrites and the presence of clasts of deeply differentiated rock&nbsp;– provide weighty support for considering the meteorite’s parent body to be a carbonaceous chondrite satellite of a large differentiated planet. The only possible candidates in the modern solar system are Phobos and Deimos, the moons of Mars.|format=PDF}}</ref>
 
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