Water Transport into the Deep Mantle by Hydrous Phases

M. Nishi
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Abstract

真之 , Masayuki NISHI 1,2 Water content in the Earth's deep interior is still controversial. In this article, recent experimental studies on hydrous phases, which play an important role in the transportation of water into the deep mantle, were reviewed. In-situ X-ray diffraction measurements combined with multi-anvil apparatus and laser-heated diamond anvil cell techniques clarified phase transitions and solid solutions of hydrous phases over a wide composition range in the ternary MgSiO 4 H 2  AlOOH  FeOOH system under pressures. Based on these results, deep water transportation to the deep lower mantle are discussed. [ sintered diamond anvil, DAC, deep water cycle,
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水通过含水相输送到深部地幔
,Masayuki NISHI 1,2地球内部深处的水含量仍然存在争议。本文综述了近年来在地幔深部水运移中起重要作用的水相的实验研究进展。现场x射线衍射测量结合多砧仪和激光加热金刚石砧电池技术,澄清了三元mgsio4h2AlOOHFeOOH体系在压力下的相变和水相固溶体。在此基础上,讨论了深水向下地幔深层的输运。[烧结金刚石砧,DAC,深水水循环,
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Foreword 琉球大学 理学部 物質地球科学科物理系 多重自由度相関研究室(物性物理学) ダイヤモンドアンビルセル中の物質の高温高圧その場熱物性測定 High-Pressure Synthesis and In-Situ Physical Property Measurement Using Boron-Doped Diamond 高圧バイオサイエンスという異分野交流
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