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Photonic crystal defective superconductor and black body radiations

机译:光子晶体缺陷超导体和黑体辐射

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In the present work, we have obtained a new design for sensing the black body radiation. In this work we designed one-dimensional photonic crystals incorporates that a high-temperature superconducting material as a defect layer. The numerical results are essentially obtained based on the fundamental characteristic matrix method. Also, the results show that the appearance of defect mode inside the photonic band gap. Moreover, the intensity of the defect mode could be tuned by the operating temperature as well as the black body temperature. The angle of incidence and the thickness of the superconductor are investigated. The present work could be potential use in many applications such as sensors for satellites thermal properties and spacecraft.
机译:在目前的工作中,我们获得了一种用于感测黑体辐射的新设计。在这项工作中,我们设计了一种一维光子晶体,该晶体结合了高温超导材料作为缺陷层。数值结果基本上是基于基本特征矩阵法获得的。而且,结果表明在光子带隙内出现了缺陷模式。而且,缺陷模式的强度可以通过工作温度以及黑体温度来调节。研究了入射角和超导体的厚度。当前的工作可能在许多应用中具有潜在的用途,例如卫星热特性传感器和航天器。

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