Abstract Details
(2020) Evolution of Volatiles from Europa's Interior into its Ocean
Melwani Daswani M & Vance SD
https://doi.org/10.46427/gold2020.1777
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01c: Plenary Hall, Thursday 25th June 05:54 - 05:57
Mohit Melwani Daswani
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Steven D. Vance
Steven D. Vance
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Submitted by My Riebe on Sunday 21st June 07:53
CIs and CMs have both experienced aqueous alteration which formed a lot of the water bearing minerals. When did this happen in your model? It is commonly assumed that aqueous alteration happened on the parent body. Would this be a first generation parent body that then formed Europa?
CIs and CMs have both experienced aqueous alteration which formed a lot of the water bearing minerals. When did this happen in your model? It is commonly assumed that aqueous alteration happened on the parent body. Would this be a first generation parent body that then formed Europa?
Submitted by Aki Takigawa on Wednesday 24th June 12:58
How will the results change if the initial objects are more ice and volatile-rich bodies like comets?
How will the results change if the initial objects are more ice and volatile-rich bodies like comets?
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