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AssigneeJapan Science and Technology Corporation
InventorsTakashi Kato, Kiyoshi Kanie, Masafumi Yoshio, Hiroyuki Ohno, Masahiro Yoshizawa
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A novel liquid-crystalline ionic conductor, which is useful in the electric, electronic, chemical and bioengineering fields, as an anisotropic reaction solvent, ionic conductor, electric field-responsible conductor or the like, and a method for producing the same, is provided. The liquid-crystalline ionic conductor is obtained by mixing an organic molten salt with a-liquid-crystalline organic molecule or a liquid-crystalline inorganic molecule, which comprises a moiety miscible to the organic molten salt and a moiety that shows liquid-crystalline orientation, thereby forming a liquid-crystalline ionic conductor, wherein the organic molten salt is assembled to the liquid-crystalline molecule.
A liquid-crystalline ionic conductor, comprising an organic molten salt and a liquid-crystalline molecule, which are mixed and assembled to form a smectic structure.
A method for producing a liquid-crystalline ionic conductor which comprises mixing an organic molten salt with a liquid-crystalline molecule, wherein the liquid-crystalline molecule forms a smectic structure.
A liquid-crystalline ionic conductor, comprising an organic molten salt and a liquid-crystalline molecule, which are mixed and assembled to form a columnar structure or a cubic structure.
A method for producing a liquid-crystalline ionic conductor which comprises mixing an organic molten salt with a liquid-crystalline molecule, wherein the liquid-crystalline molecule forms a columnar structure or a cubic structure.
Dependencies are inferred from the claim text.