Supplemental Material: Multistage melt/fluid modification of lithospheric mantle beneath the circum-cratonic orogenic belt: Evidence from the Tuoyun peridotite xenoliths
Xiao Bian, Yuping Su, et al.
Abstract
Xiao Bian, Yuping Su, et al.
Abstract
Table S1: Major-element concentrations of olivines from Tuoyun peridotite xenoliths. Table S2: Major-element concentrations of orthopyroxenes from Tuoyun peridotite xenoliths. Table S3: Major-element concentrations of clinopyroxenes from Tuoyun peridotite xenoliths. Table S4: Major-element concentrations of spinels from Tuoyun peridotite xenoliths. Table S5: Major-element concentrations of secondary mineral and glass from Tuoyun peridotite xenoliths. Table S6: Trace-element concentrations of clinopyroxenes from Tuoyun peridotite xenoliths. Table S7: Trace-element concentrations of orthopyroxenes from Tuoyun peridotite xenoliths.
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Table S1: Major-element concentrations of olivines from Tuoyun peridotite xenoliths. Table S2: Major-element concentrations of orthopyroxenes from Tuoyun peridotite xenoliths. Table S3: Major-element concentrations of clinopyroxenes from Tuoyun peridotite xenoliths. Table S4: Major-element concentrations of spinels from Tuoyun peridotite xenoliths. Table S5: Major-element concentrations of secondary mineral and glass from Tuoyun peridotite xenoliths. Table S6: Trace-element concentrations of clinopyroxenes from Tuoyun peridotite xenoliths. Table S7: Trace-element concentrations of orthopyroxenes from Tuoyun peridotite xenoliths.
Key concepts: Peridotite, Xenolith, Geology, Geochemistry, Trace element, Mantle (geology), Petrology