Observations of Li isotopic variations in the Trinity Ophiolite: Evidence for isotopic fractionation by diffusion during mantle melting

Keyphrases

• Isotopic Variation 100%
• Mantle Melting 100%
• Dunite 100%
• Isotope Fractionation 100%
• Ophiolite 100%
• Peridotite 57%
• Melt Extraction 28%
• Geochemical Gradient 28%
• Harzburgite 28%
• Plagioclase Lherzolite 28%
• Li Isotopes 28%
• Thin Section 14%
• Olivine 14%
• Melt-rock Reaction 14%
• Clinopyroxene 14%
• Trace Elements 14%
• Numerical Model 14%
• Extraction Methods 14%
• Concentration Gradient 14%
• Consistent Patterns 14%
• Distance Function 14%
• Spinel Lherzolite 14%
• Reaction Process 14%
• Isotope Gradients 14%
• Alkali Elements 14%
• Ion Probe 14%
• Rare Earth Element Concentrations 14%
• Li-ion Diffusion Coefficient 14%
• Alkali Diffusion 14%
• Melt Ascent 14%
• Alkali Melt 14%
• Li+ Concentration 14%
• Isotope Composition 14%
• Probing Techniques 14%
• REE Concentrations 14%

Earth and Planetary Sciences

• Ophiolite 100%
• Isotopic Fractionation 100%
• Dunite 100%
• Peridotite 57%
• Lherzolite 42%
• Harzburgite 28%
• Rare Earth Element 28%
• Trace Element 14%
• Clinopyroxene 14%
• Numerical Model 14%
• Trough 14%
• Ion Probes 14%