Photonic crystals based on manganite-perovskite structure

A. V. Strashevskyi, M. Khodzitsky, S. Tarapov
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Abstract

1 Electrodynamical spectra of perovskite based photonic crystal with PBG has been studied experimentally and modelled theoretically. Transmission coefficients of such photonic crystal have been detected experimentally for two different thicknesses of dielectric slab forming the primary element of PC. The frequency shift of pass bands has been detected. 2 Using the experimentally obtained band structure of spectra of photonic crystal, the value of permittivity of manganite-perovskite sample La0.775Sr0.225MnO3 for the 20–40 GHz has been estimated for the case when the permeability tends to unit.
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基于锰-钙钛矿结构的光子晶体
对钙钛矿基PBG光子晶体的电动力学谱进行了实验研究,并建立了理论模型。实验测量了这种光子晶体在两种不同厚度的介质板上的透射系数。检测了通频带的频移。2利用实验得到的光子晶体光谱带结构,估算了磁导率趋于单位的情况下,锰钙钛矿样品La0.775Sr0.225MnO3在20 ~ 40 GHz的介电常数值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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