Lu-Hf and Sm-Nd isotope systematics of Korean spinel peridotites: A case for metasomatically induced Nd-Hf decoupling

Keyphrases

• Peridotite 100%
• Lu-Hf 100%
• Spinel Peridotite 100%
• Sm-Nd Isotope Systematics 100%
• Nd-Hf Decoupling 100%
• Hf-Nd Isotopes 100%
• Clinopyroxene 85%
• Jeju 57%
• Orthopyroxene 42%
• Isotopic Composition 28%
• Equilibration 14%
• High Temperature 14%
• South Korea 14%
• Pyroxene 14%
• Melt Extraction 14%
• Nd Isotopes 14%
• Age-based 14%
• Lherzolite 14%
• Mantle Melting 14%
• Metasomatic 14%
• Lithospheric Mantle 14%
• Thermometry 14%
• Negative Slope 14%
• Korean Peninsula 14%
• Isotopic Exchange 14%
• Spinel Peridotite Xenoliths 14%
• Overprinting 14%
• Jeju Island 14%
• Light Rare Earth 14%
• Secondary Enrichment 14%
• Isochron 14%
• Alkali Basalt 14%
• Sm-Nd Isotope Composition 14%
• Melt Depletion 14%
• Nd-Hf Isotopic Compositions 14%
• Depletion Stabilization 14%
• Lherzolite Xenoliths 14%
• Mantle Section 14%
• Baengnyeong Island 14%
• Tectono-thermal Event 14%
• Elemental Abundances 14%
• Melt Removal 14%
• Nd-Hf Isotopes 14%
• Depletion Event 14%

Earth and Planetary Sciences

• Decoupling 100%
• Peridotite 100%
• Clinopyroxene 66%
• Isotopic Composition 33%
• Orthopyroxene 33%
• Lherzolite 22%
• Xenolith 22%
• Pyroxene 11%
• Peninsula 11%
• Overprinting 11%
• Alkali Basalt 11%
• South Korea 11%
• Rare Earth Element 11%