A STRETCHABLE OPTO-MECHANICAL MATERIAL COMPOSED BY A METALLIC AND OR DIELECTRIC NANOSTRUCTURE ARRAY EMBEDDED INTO A WRINKLED ELASTOMER
The invention relates to a material with opto-mechanical behaviour characterized in that it comprises a cured elastomeric material layer with a corrugated surface, forming wrinkles in the form of ridges and valleys, and a plurality of metallic, dielectric or dielectric-metal coated nanostructures, e...
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Format: | Patent |
Sprache: | eng ; fre ; ger |
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Zusammenfassung: | The invention relates to a material with opto-mechanical behaviour characterized in that it comprises a cured elastomeric material layer with a corrugated surface, forming wrinkles in the form of ridges and valleys, and a plurality of metallic, dielectric or dielectric-metal coated nanostructures, embedded in the elastomeric material, that generate a Fabry-Perot elastic cavity enhanced by plasmons and or dielectric resonances, and modulated by the wrinkled surface; and a process to obtain it and its uses. Therefore, the present invention can be placed in the area of materials comprising plasmonic metamaterials and their applications. |
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