Dataset of manuscript "Experimental simulations of hypervelocity impact fragmentation of chondritic meteoroids onto the ancient terrestrial ocean as a potentially sustainable source of organics"

Name: Dataset of manuscript "Experimental simulations of hypervelocity impact fragmentation of chondritic meteoroids onto the ancient terrestrial ocean as a potentially sustainable source of organics"
Creator: Manabu Nishizawa
Published: 2019-12-01T10:38:44.878Z
Keywords: Natural Sciences

Nishizawa, Manabu

doi:10.17632/wn7vkj89hg.1

Dataset of manuscript "Experimental simulations of hypervelocity impact fragmentation of chondritic meteoroids onto the ancient terrestrial ocean as a potentially sustainable source of organics"

Published: 1 December 2019| Version 1 | DOI: 10.17632/wn7vkj89hg.1

Contributor:

Manabu Nishizawa

Description

Dataset (Table S1 to Table S4) of hypervelocity impact experiments simulating oceanic imapcts of asteroids, suggesting small-asteroid (200-1,000 m in diameter) fragmentation within water cavities filled with water bubbles from vaporization of supercritical water.

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Antero Publishing

Dataset of manuscript "Experimental simulations of hypervelocity impact fragmentation of chondritic meteoroids onto the ancient terrestrial ocean as a potentially sustainable source of organics"

Description

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Institutions

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