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Modeling the dehydrogenation of mantle olivine with implications for the water content of the Earth's upper mantle, and ascent rates of kimberlite and alkali basaltic magmas (Invited)

Fidel Costa, Ralf Dohmen, Sylvie Demouchy

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Key concepts: Olivine, Mantle (geology), Geochemistry, Geology, Kimberlite, Basalt, Earth (classical element), Mathematical physics

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Modeling the dehydrogenation of mantle olivine with implications for the water content of the Earth's upper mantle, and ascent rates of kimberlite and alkali basaltic magmas (Invited) — Research Paper | ScholarLens