In situ versus bulk analyses of oxygen isotope ratios: improved thermometry for corundum and calcite at Naxos, Greece

Keyphrases

• Greece 100%
• In Situ 100%
• Thermometry 100%
• Oxygen Isotopes 100%
• Naxos 100%
• Bulked Segregant Analysis 100%
• Corundum 100%
• Secondary Ion Mass Spectrometry 25%
• Accessory Minerals 25%
• Mineral Thermometry 16%
• Sapphire 8%
• Fluid Flow 8%
• Rutile 8%
• Oxygen Diffusion 8%
• Further Analysis 8%
• Mass Spectrometry Analysis 8%
• Acid Extraction 8%
• Tectonics 8%
• Yield Value 8%
• Fast Diffusion 8%
• Phosphoric Acid 8%
• Deep Blue 8%
• Tectonic Evolution 8%
• Diaspore 8%
• Muscovite 8%
• Metamorphism 8%
• Calcite Mineral 8%
• D18O 8%
• Kyanite 8%
• Temperature Estimates 8%
• Oxygen Isotope Fractionation 8%
• Unroofing 8%
• Laser Fluorination 8%
• Heterogeneous Fluids 8%
• Anorthite 8%
• Fe-Ti Oxides 8%
• Tourmaline 8%
• Paragonite 8%
• 18 O 8%
• Bulk Method 8%
• Isograd 8%
• Increment Method 8%
• Margarite 8%
• Karst Bauxite 8%
• Blue Sapphire 8%
• Oxygen Isotope Analysis 8%
• Retrograde Metamorphism 8%

Earth and Planetary Sciences

• Calcite 100%
• Greece 100%
• Oxygen Isotope Ratio 100%
• Alumina 100%
• Fractionation 25%
• Oxygen 18 25%
• Accessory Mineral 25%
• Secondary Ion Mass Spectrometry 25%
• Fluid Flow 8%
• Tectonics 8%
• Muscovite 8%
• Tectonic Evolution 8%
• Unroofing 8%
• Fluorination 8%
• Phosphoric Acid 8%
• Paragonite 8%
• Bauxite 8%
• Retrograde Metamorphism 8%
• Diaspore 8%