Fractional crystallization of a Martian magma ocean and formation of a thermochemical boundary layer at the base of the mantle
Data files
Aug 05, 2019 version files 969.63 KB
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anhydrous_clinopyroxene.tbl
6.92 KB
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anhydrous_garnet.tbl
10.40 KB
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anhydrous_melts-liquid.tbl
49.32 KB
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anhydrous_melts.out
399.54 KB
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anhydrous_olivine.tbl
22.84 KB
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anhydrous_orthopyroxene.tbl
10.06 KB
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anhydrous_spinel.tbl
8.42 KB
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burnman_mantle_script.py
5.42 KB
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burnman_tcbl_script.py
6.45 KB
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hydrous_clinopyroxene.tbl
7.40 KB
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hydrous_garnet.tbl
4.44 KB
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hydrous_melts-liquid.tbl
48.22 KB
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hydrous_melts.out
349.36 KB
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hydrous_olivine.tbl
12.36 KB
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hydrous_orthopyroxene.tbl
11.27 KB
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hydrous_spinel.tbl
7.18 KB
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pressure-density-data.txt
10.06 KB
Abstract
BurnMan and pMELTS outputs for simulations of fractionally crystallizing magma oceans on Mars.