MODELLING OF REFLECTION SPECTRA USING 1D DEFORMED QUASIPERIODIC BAND GAP STRUCTURE IN HIGH FREQUENCY

Y. Trabelsi; N. Ben Ali; Y. Bouazzi M. Kanzari

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MODELLING OF REFLECTION SPECTRA USING 1D DEFORMED QUASIPERIODIC BAND GAP STRUCTURE IN HIGH FREQUENCY

机译：高频一维变形准带隙结构的反射光谱建模

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摘要

The reflection spectra in one dimensional deformed quasiperiodic structure in high frequencies that cover the Global System for Mobile communication (GSM) bands, are studied using a theoretical model based on Abeles method for any geometry incidence, and both parallel (P) and serial (S) polarisations. We show that the transmission of electromagnetic waves is forbidden in this frequency band (photonic band gap) if the incident angle is lowest. The material systems used for the numerical analysis are Air/Ceramic and Air/Roger. This Photonic Band Gap (PBG) is also obtained for lower generations of deformed Fibonacci multilayer structure by increasing the deformation degree. An omnidirectional high reflector is obtained, it can coverall the GSM bandwidths by varying the refractive index of layers which compose the deformed Fibonacci sequence.

机译：使用基于Abeles方法的理论模型研究任何几何入射，平行（P）和串行（S）的高频率覆盖全球移动通信（GSM）频段的一维变形准周期结构中的反射光谱。）极化。我们表明，如果入射角最低，则在该频带（光子带隙）中禁止电磁波的传输。用于数值分析的材料系统是空气/陶瓷和空气/罗杰。该光子带隙（PBG）也可通过增加变形程度来降低变形斐波那契多层结构的下一代。获得了全向高反射器，它可以通过改变构成变形的斐波那契数列的层的折射率来覆盖所有GSM带宽。

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来源
《The mediterranean journal of electronics and communications》 |2016年第4期|195-191|共5页
作者
Y. Trabelsi; N. Ben Ali; Y. Bouazzi M. Kanzari;
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作者单位

Photovoltaic and Semiconductor Materials Laboratory, El-Manar University, Tunisia;

Photovoltaic and Semiconductor Materials Laboratory, El-Manar University, Tunisia;

Photovoltaic and Semiconductor Materials Laboratory, El-Manar University, Tunisia;

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正文语种 eng
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关键词
Photonic Crystals; Microwave Band Gap Structure; Deformed Quasiperiodic Photonic Crystal;

机译：光子晶体;微波带隙结构;变形准周期光子晶体;

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MODELLING OF REFLECTION SPECTRA USING 1D DEFORMED QUASIPERIODIC BAND GAP STRUCTURE IN HIGH FREQUENCY

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