In-situ Sr-Nd-Pb isotopes of lunar basaltic meteorite NWA 14526: insight for the generation of young mare basalts

Published: 26 August 2025| Version 3 | DOI: 10.17632/dp74m6zn8j.3
Contributor:
Le Zhang

Description

Table S1 Raman data for typical plagioclase and maskelynite in NWA 14526. Table S2 The major and trace elements of plagioclase in NWA14526. Table S3 The major and trace elements of olivine in NWA14526. Table S4 The major and trace elements of clinopyroxene in NWA14526. Table S5 The estimated bulk major element (wt%) composition of NWA14526. Table S6 The major and trace elements of an impact vein in NWA14526 and a summary of elemental compositions of other four 3-billion-year old lunar basaltic meteorites. Table S7 Pb isotopes of K-glass and apatite in NWA14526. Table S8 The Rb-Sr isotopes of plagioclase and calcite vein in NWA14526. Table S9 The Sm-Nd isotopes of mesostasis domains in NWA14526. Table S10 Summary of formation ages and Sr-Nd isotopic compositions of NWA14526 and other four 3-billion-year old lunar basaltic meteorites.

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Institutions

  • Guangzhou Institute of Geochemistry

Categories

Isotope Geochemistry, Meteorite Geochemistry, Basalt

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