Theoretical study of guided-mode resonances in planar doubly-periodic dielectric structures

N. Sydorchuk
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引用次数: 2

Abstract

In this paper the scattering characteristics are calculated with the technique based on the volume integral equations for polarization currents. Full-wave analysis is performed. A silicon-on-sapphire periodic structure is used to study the guided-mode resonances in plane-wave excitation conditions. Numerical computations for the reflection spectral resonances are presented for both weak and strong layer modulations. Spectral stability of resonances as a function of angle of incidence is investigated.
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平面双周期介质结构中导模共振的理论研究
本文采用基于极化电流体积积分方程的方法计算了极化电流的散射特性。进行全波分析。利用蓝宝石上硅的周期结构研究了平面波激励条件下的导模共振。给出了弱层调制和强层调制下反射光谱共振的数值计算。研究了共振谱稳定性随入射角的变化规律。
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