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Crystallography / Concrete / Nesosilicates / Forsterite / Brucite / Mineral / Silicon dioxide / Ice / Glass / Chemistry / Matter / Cement


Hydrous mineral formation reaction between amorphous forsterite and water vapor in protoplanetary disks D. Yamamoto1, S. Tachibana1, H.Nagahara2 , K. Ozawa2 and A. Tsuchiyama3 1 Department of Natural History Science of H
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Document Date: 2014-11-16 09:41:57


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File Size: 2,95 MB

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Company

KBr / Princeton Instruments Inc. / /

Country

Japan / /

Facility

Hokkaido University / University of Tokyo / Kyoto University / /

IndustryTerm

gas-solid reaction experiments / disk gas / free energy / gas-solid reaction / possible carrier / /

Organization

University of Tokyo / Hokkaido University / Department of Natural History Science / Department of Geology and Mineralogy / Department of Earth and Planetary Science / Kyoto University / /

Position

CaO / /

Product

Mg 3 / /

Technology

spectroscopy / Thermodynamics / /

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