HgS, Hg-METAL, Cu2S and Native Cu in Opaque Assemblages in a Primitive H3 Chondrite : Novel contraints for early solar system condensation and accretion episodes

C. Caillet Komorowski; A. Miyahara; M. El Goresy; Omar Boudouma; M. Humayun

Journal Articles Meteoritics and Planetary Science Year : 2010

HgS, Hg-METAL, Cu2S and Native Cu in Opaque Assemblages in a Primitive H3 Chondrite : Novel contraints for early solar system condensation and accretion episodes

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C. Caillet Komorowski

Function : Author

A. Miyahara

Function : Author

M. El Goresy

Function : Author

Omar Boudouma

Function : Author
PersonId : 13945
IdHAL : oboudouma
IdRef : 154136506

Institut des Sciences de la Terre de Paris

M. Humayun

Function : Author

Department of Earth, Ocean and Atmospheric Science [Tallahassee]

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https://hal.sorbonne-universite.fr/hal-00687772

Submitted on : Saturday, April 14, 2012-8:37:07 PM

Last modification on : Wednesday, April 12, 2023-9:44:14 AM

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hal-00687772 , version 1 (14-04-2012)

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HAL Id : hal-00687772 , version 1

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C. Caillet Komorowski, A. Miyahara, M. El Goresy, Omar Boudouma, M. Humayun. HgS, Hg-METAL, Cu2S and Native Cu in Opaque Assemblages in a Primitive H3 Chondrite : Novel contraints for early solar system condensation and accretion episodes. Meteoritics and Planetary Science, 2010, 45, pp.A28-A28. ⟨hal-00687772⟩

HgS, Hg-METAL, Cu2S and Native Cu in Opaque Assemblages in a Primitive H3 Chondrite : Novel contraints for early solar system condensation and accretion episodes

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