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M. Andreani et al.
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Romain Lafay et al.
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Progress of hydration reactions in olivine-H2O and orthopyroxenite-H2O systems at 250 °C and vapor-saturated pressure
Atsushi Okamoto et al.
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Mineralogical evidence for H2 degassing during serpentinization at 300 °C/300 bar
C. Marcaillou et al.
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Thomas M. McCollom et al.
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Frieder Klein et al.
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Wolfgang Bach et al.
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O Oufi et al.
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OS Pokrovsky et al.
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