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Theoretical study on THz components and systems

机译:太赫兹分量和系统的理论研究

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摘要

The photonic bands and gaps in photonic crystal make possible to fabricate several applications in THz components and systems. The dispersion relations, transmission relations, and electromagnetic field distribution have been studied for several photonic crystal structures, such as waveguide, resonance cavity, splitter, filter, switch and so on. The main characteristics of these components and systems are discussed and the computer simulation results are given. THz components based on photonic crystal with these structures are presented.
机译:光子晶体中的光子带和缝隙使得在太赫兹组件和系统中的多种应用成为可能。已经研究了几种光子晶体结构的色散关系,传输关系和电磁场分布,例如波导,谐振腔,分离器,滤波器,开关等。讨论了这些组件和系统的主要特征,并给出了计算机仿真结果。提出了基于具有这些结构的光子晶体的太赫兹分量。

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