(CT-scans) Experimentally induced shock pressure hotspots, shock melting, and melt breccias in a FeS-doped thin dunite disk.

Name: (CT-scans) Experimentally induced shock pressure hotspots, shock melting, and melt breccias in a FeS-doped thin dunite disk.
Creator: Juulia-Gabrielle Moreau
Published: 2026-06-22T17:41:47.411Z
Keywords: Computed Tomography, Shock Loads, 3D Computed Tomography, Planetary Geology

Moreau, Juulia-Gabrielle; stojic, aleks; Jõeleht, Argo; Aurich, Hagen; Glößner, Christoph; Virro, Indrek; Somelar, Peeter; Hietala, Satu; Plado, Jüri

doi:10.17632/mk9wm9yfjj.1

(CT-scans) Experimentally induced shock pressure hotspots, shock melting, and melt breccias in a FeS-doped thin dunite disk.

Published: 22 June 2026| Version 1 | DOI: 10.17632/mk9wm9yfjj.1

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Juulia-Gabrielle Moreau, aleks stojic, Argo Jõeleht, Hagen Aurich, Christoph Glößner, Indrek Virro, Peeter Somelar, Satu Hietala, Jüri Plado

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Raw data of CT-scans of paper "Experimentally induced shock pressure hotspots, shock melting, and melt breccias in a FeS-doped thin dunite disk." Other research data available at this doi: 10.17632/y5hssp8v2k.1

(CT-scans) Experimentally induced shock pressure hotspots, shock melting, and melt breccias in a FeS-doped thin dunite disk.

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