Publication | Closed Access
Geochemical Evidence of Present-Day Serpentinization
182
Citations
8
References
1967
Year
Rare Earth MineralEngineeringMarine ChemistryGeochemical StudyChemistryUltrabasic SolutionsRock VolumeEarth ScienceOrganic GeochemistryEnvironmental ChemistryChemical EngineeringMineral-fluid InteractionAnalytical ChemistryGeochemical DataGeologyWater IssuesGeochemical EvidenceEnvironmental MineralogyGeochemistryPetrology
Ultrabasic (pH > 11) water issues from some fresh ultramafic bodies. The properties of the ultrabasic solutions are believed to be due to current reactions yielding serpentine from primary olivines and pyroxenes. The low concentrations of divalent airon. divalent magnesium, and dissolved silica from the serpentinization require an increase in rock volume.
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