Effect of melt structure on trace-element partitioning between clinopyroxene and silicic, alkaline, aluminous melts

Keyphrases

• Abyssal Peridotite 8%
• Alkaline Melts 8%
• Aluminous 100%
• Aluminum Oxide 8%
• Basaltic Melt 16%
• Ca2+ 8%
• Cation Ratio 8%
• Clinopyroxene 100%
• Composition Effect 8%
• Dominant Controls 8%
• Fractional Melting 8%
• Jadeite 25%
• Mantle Xenoliths 8%
• Melt Structure 100%
• Melting Model 8%
• Mid-ocean Ridge 8%
• Na2O Content 8%
• Non-bridging Oxygen 8%
• Partition Coefficient 58%
• Peridotite 8%
• Piston-cylinder Experiments 8%
• Rare Earth Element Pattern 25%
• Rare Earth Elements 50%
• Shallow Mantle 16%
• Silica 8%
• Silica-rich 16%
• Silicic 100%
• Silicic Melts 25%
• Sodium Oxide 8%
• Strong Correlation 8%
• TiZr 8%
• Trace Element Partitioning 100%

Earth and Planetary Sciences

• Clinopyroxene 100%
• Mid-Ocean Ridge 8%
• Partition Coefficient 58%
• Peridotite 16%
• Rare Earth Element 75%
• Trace Element 100%
• Xenolith 8%