Aluminium drives hydrogen incorporation in pyrolitic lower mantle: Constraints from a combined FTIR-ERDA-nanoSIMS analysis

Name: Aluminium drives hydrogen incorporation in pyrolitic lower mantle: Constraints from a combined FTIR-ERDA-nanoSIMS analysis
Creator: Siddharth Khan
Published: 2026-06-01T15:55:25.838Z
Keywords: Earth Sciences

Khan, Siddharth; Bolfan-Casanova, Nathalie; Verdier-Paoletti, Maximilien; Bureau, Hélène; Khodja, Hicham; Pradas del Real, Ana E.; Andrault, Denis

doi:10.17632/m3t7458dkr.1

Aluminium drives hydrogen incorporation in pyrolitic lower mantle: Constraints from a combined FTIR-ERDA-nanoSIMS analysis

Published: 1 June 2026| Version 1 | DOI: 10.17632/m3t7458dkr.1

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,

, Hicham Khodja,

,

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This repository provides access to all data presented in the manuscript and supplementary document associated with the work entitled 'Aluminium drives hydrogen incorporation in pyrolitic lower mantle: Constraints from a combined FTIR-ERDA-nanoSIMS analysis.' The list of data includes measurements from EPMA, Raman-FTIR spectroscopy, ERDA, XANES, and nanoSIMS.

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Agence Nationale de la Recherche
Paris
Grant ID: H-DEEP-ISO (N° 21-CE49-0018-01)

Aluminium drives hydrogen incorporation in pyrolitic lower mantle: Constraints from a combined FTIR-ERDA-nanoSIMS analysis

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