Polymerizable ion-conductive liquid-crystalline composite, anisotropically ion-conductive polymeric liquid-crystal composite, and process for producing the same
First Claim
1. A polymerizable ion-conductive liquid crystalline composite, which comprises an organic monomer compound and an organic or inorganic salt complexed therewith, wherein the organic monomer compound contains, in its molecular structure, an ion-complexing moiety and a mesogen moiety that expresses liquid crystalline phase, along with a polymerizable moiety.
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Abstract
A composite of an organic monomer compound and an organic or inorganic salt, wherein the organic monomer compound comprises an ion-complexing moiety, a mesogen moiety that expresses a liquid crystalline phase and a polymerizable moiety in its molecular structure, is polymerized at the polymerizable moiety of the organic monomer compound, thereby forming an anisotropic ion-conductive polymeric liquid crystalline composite as a novel material having high ion conductivity characteristic of polymeric electrolytes, anisotropy due to orientation of a liquid crystal, and self-supporting properties characteristic of polymeric compounds.
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7 Claims
- 1. A polymerizable ion-conductive liquid crystalline composite, which comprises an organic monomer compound and an organic or inorganic salt complexed therewith, wherein the organic monomer compound contains, in its molecular structure, an ion-complexing moiety and a mesogen moiety that expresses liquid crystalline phase, along with a polymerizable moiety.
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3. An anisotropic ion-conductive polymeric liquid crystalline composite, comprising in its molecular structure,
a polymer structure-fixing moiety; -
an ion-complexing moiety;
a mesogen moiety that express liquid crystalline phase; and
an organic or inorganic salt, complexed therewith. - View Dependent Claims (6, 7)
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Specification