在這篇論文中，我們研究了在兩個不同的一維多層結構的光學性質。在第一種結構中，我們利用受抑全內反射（FTIR）的原理來設計一個50/50分束器。我們考慮的層狀結構是一個空氣層被夾在兩個高折射率層中，在這種結構中的分束器為入射波的角度、空氣層的厚度及入射波極化的函數，利用這些關鍵條件來設計分析。在第二種結構中，我們考慮的磁化電漿體光子晶體（PPC）。 在TM波模式下，我們探討了磁化電漿體光子晶體的有效電漿頻率，得到有效電漿頻率為靜態磁場、入射波角度、介質層的厚度、電漿層厚度的函數，利用這些函數來進行分析研究。

In this thesis, we study the optical properties in two different one-dimensional multilayer structures. In this first structure, we use the frustrated total internal reflection (FTIR) to design a 50/50 beam splitter. We consider the structure where a air layer is sandwiched by two high-index layers. The design analysis for this beam splitter is made as a function of angle of incidence, thickness of air gap, and the polarization of incident wave. Some critical conditions for this design are given. In the second structure, we consider a magnetized plasma photonic crystal (PPC). Under the TM mode, we investigate the effective plasma frequency for the PPC. The effective plasma frequency is investigated as a function of the static magnetic field, the angle of incidence, the thickness of dielectric layer, and the thickness of the plasma layer.

第 一 章
簡介
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第四章
一維磁化電漿光子晶體之光子帶隙特性研究
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