Metastable Melting Lines of Ice Phases at Low Temperatures

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概要

• 論文の詳細を見る

• When ice Ih in an emulsion is compressed below 250 K, it melts to supercooled liquid water, avoiding the formation of other crystal phases [1]. Here, we create emulsified high-pressure ices tinder high pressure and low temperature, and measure their temperature while these ices are decompressed at a constant rate at different temperatures. We detect metastable melting points of high-pressure ices, and identify their melting lines. We find what could be possibly two new ice phases, and discuss the relationship between decompression-induced melting and decompressioninduced amorphization.

• 日本高圧力学会の論文
• 1998-00-00

著者

• Stanley H.E.

  Center for Polymer Studies and Department of Physics, Boston University

• Mishima O.

  National Institute for Research in Inorganic Materials

関連論文

• Cooperative Molecular Motions in Water
• Cooperative Molecular Motions in Water : The Second Critical Point Hypothesis
• Metastable Melting Lines of Ice Phases at Low Temperatures

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