一维和二维光子超材料晶体的制备及其光学评价

S. Tanabe, Y. Nakagawa, T. Okamoto, M. Haraguchi, T. Isu, G. Shinomiya
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引用次数: 0

摘要

制备了光子超材料晶体结构,并对其光子特性进行了评价。本文所研究的超材料光子晶体是一种具有两种不同表面积的周期性结构,在每一种表面上制备了两个不同尺寸的精灵环谐振器(SRR)。这两种不同的SRR被设计成具有接近但不同的共振频率。利用偏振光对一维和二维光子晶体结构进行了夫琅和费衍射测量和反射光谱测量。我们成功地观察了样品的光学性质,反映了光子晶体结构和精神环表面元素。
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Fabrication and optical evaluation of 1D and 2D photonic metamaterial crystal
We fabricated the photonic metamaterial crystal structure and evaluate their photonic properties. The metamaterial photonic crystals studied here were periodic structures with two types of surface areas where two different dimension sprit ring resonators (SRR) were fabricated on each area. These two different SRR were designed to possess near but different resonance frequencies. We performed Fraunhofer diffraction measurement and reflection spectra measurement with polarized light for one dimensional (1D) and 2D photonic crystal structure. We successfully observed optical properties of the sample which reflected photonic crystal structure and sprit ring surface elements.
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