Astromat

Astromaterials Data System

Ferroan Anorthosite 60025 Trace Element Analysis of Pyroxene

Authors

Michael A TorciviaClive Neal


Description

In-situ trace element data for pyroxenes in thin sections of lunar sample 60025. Data were taken via laser ablation ICP-MS analysis at the University of Notre Dame MITERAC facility. This dataset provides valuable insight into the earliest history of the lunar crust.


Mission

Apollo 16

Sample

60025

How To Cite

Michael A Torcivia, Neal, C., 2022. Ferroan Anorthosite 60025 Trace Element Analysis of Pyroxene, Version 1.0. Astromaterials Data Archive. https://doi.org/10.26022/IEDA/111771 Accessed 2026-09-29.

Download Citation from Datacite:

RISBibTex
Type

Dataset

Date Created

January 4, 2022

Size

515.78 kB

License

Download

Files

Select a file for preview.

Related Publication

Torcivia, M. A., Neal, C., R., Unraveling the components within Apollo 16 Ferroan Anorthosite Suite Cataclastic Anorthosite Sample 60025: Implications for the Lunar Magma Ocean Model. Journal of Geophysical Research: Planets (in prep.)

Funding Sources

NASA 80NSSC17K0467

NASA NNX15AH76G

Back To Top
The Bubble Nebula (NGC 7635) observed by the NASA/ESA Hubble Space Telescope.
NASA Logo

Funded by NASA.
Hosted at the LDEO of Columbia University.

ArchiveStart a SubmissionSubmission GuidelinesTemplatesCuration ServicesPoliciesSearch Astromat ArchiveSearch AstroRepoArchive Overview
CollectionsLunarANGSALunar Samples Data RescueMeteoritesHayabusaHayabusa2Microparticle ImpactCosmic DustStardustGenesisUCLA Cosmochemistry DatabaseOSIRIS-REx
CoreTrustSeal
Certified ByCoreTrustSeal
World Data System
Regular Member ofWorld Data System
Privacy PolicyTerms of Use

© Copyright 2026 Astromaterials Data System.