Geothermometry, geochronology, and mass transfer associated with hydrothermal alteration of a rhyolitic hyaloclastite from Ponza Island, Italy

Keyphrases

• Mass Transfer 100%
• Italy 100%
• Hydrothermal Alteration 100%
• Geochronology 100%
• Silicic 100%
• Ponza 100%
• Hyaloclastite 100%
• Geothermometry 100%
• Illite-smectite 85%
• Propylitic 85%
• Argillic 71%
• Silica 42%
• Seawater 42%
• K-feldspar 42%
• 18 O 42%
• Hydrothermal Fluids 28%
• Illite 28%
• Smectite 28%
• Alteration Zones 28%
• X Ray Diffraction 14%
• Condensation 14%
• Oxygen Isotopes 14%
• Chemical Species 14%
• Chemical System 14%
• Opal 14%
• Hydrothermally 14%
• Pyrite 14%
• Chemical Flux 14%
• Isotope Fractionation 14%
• Clast 14%
• Water Price 14%
• Albite 14%
• Mineralogy 14%
• Mixed Layer Illite-smectite 14%
• Fractionation Equation 14%
• Na-K 14%
• Obsidian 14%
• Smectite Clay 14%
• Opal-CT 14%
• K-Ar 14%
• Primary Fluid Inclusions 14%
• Three-zone 14%
• Hydrothermal Formation 14%
• Clay Mineral Formation 14%
• Anhydrite 14%
• Zone-based 14%
• Hydrothermal Reaction 14%
• Volcanic Breccia 14%
• Lapilli 14%
• Chemical Alteration 14%
• Rhyolite 14%
• Fluid-inclusion Data 14%
• Pumice 14%
• Authigenic Quartz 14%
• Water-rock 14%
• Mg Enrichment 14%
• Mordenite 14%
• Low Temperature Dissolution 14%

Earth and Planetary Sciences

• Italy 100%
• Illite 100%
• Montmorillonite 100%
• Hydrothermal Alteration 100%
• Geochronology 100%
• Geotemperature 100%
• Hyaloclastite 100%
• Hydrothermal Fluid 22%
• Fluid Inclusion 22%
• X Ray Diffraction 11%
• Laboratory Experiment 11%
• Mixed Layer 11%
• Fractionation 11%
• Oxygen 18 11%
• Clay Mineral 11%
• Mineralogy 11%
• Obsidian 11%
• Breccia 11%
• Mordenite 11%
• Anhydrite 11%
• Rhyolite 11%