Left-handed material based on ferroelectric medium
Yang Bai, Hongsheng Chen, Jingjing Zhang, Yu Luo, Bo Li, Lixin Ran, Jin Au Kong, Ji Hua Zhou
Abstract
Yang Bai, Hongsheng Chen, Jingjing Zhang, Yu Luo, Bo Li, Lixin Ran, Jin Au Kong, Ji Hua Zhou
Abstract
Left-handed metamaterials always gain the electromagnetic properties from the structure rather than inherit them directly from the materials they are composed of. In this article, a metamaterial was made using split-ring resonators and slabs of ferroelectric materials, where negative permittivity was realized by intrinsic properties of ferroelectric materials. Using a waveguide-based retrieval method, the permittivity and permeability of the metamaterials were experimentally retrieved, showing successfully the left-handed behaviors of the metamaterial over certain frequency band.
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Left-handed metamaterials always gain the electromagnetic properties from the structure rather than inherit them directly from the materials they are composed of. In this article, a metamaterial was made using split-ring resonators and slabs of ferroelectric materials, where negative permittivity was realized by intrinsic properties of ferroelectric materials. Using a waveguide-based retrieval method, the permittivity and permeability of the metamaterials were experimentally retrieved, showing successfully the left-handed behaviors of the metamaterial over certain frequency band.
Key concepts: Metamaterial, Permittivity, Left handed, Ferroelectricity, Split-ring resonator, Optics, Materials science, Negative refraction