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首页> 外文期刊>Journal of Aeronautics & Aerospace Engineering >Designing Aspects for Performance Optimization of Dual-Band Metamaterial Absorbers Useful for IR Camouflaging in Aeronautics
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Designing Aspects for Performance Optimization of Dual-Band Metamaterial Absorbers Useful for IR Camouflaging in Aeronautics

机译：设计各方面的双带超材料吸收器，适用于航空IR迷路的双带超材料吸收器

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This paper deals with the analytical treatment and unique characteristics of artificial dielectrics in the form of Dual-band metamaterial absorbers. The advantages of the metamaterials designed as Absorbers over the conventional absorbers have been discussed. The usefulness of such absorbers in various opto-electronic devices including Spatial light modulators and Infrared camouflaging in Aeronautics; and especially in Research areas has been highlighted. An attempt has been made to suggest a new approach for the fabrication of such absorbers by discussing the experimental aspects of the designing and coating techniques required in such work, which can be very useful for the optical engineers engaged in making these absorbers. The paper is expected to be useful for the researchers and optical and coating designers engaged in this novel evolving field of aeronautics and aeronautical engineering.
机译：本文涉及双带超材料吸收剂形式的分析处理和人造电介质的独特特性。已经讨论了设计为在传统吸收器上的吸收器设计的超材料的优点。各种光电设备在包括空间光调制器和航空中的红外迷路等吸收器的有用性;特别是在研究领域的突出显示。通过讨论这种工作所需的设计和涂布技术的实验方面，已经尝试了一种制造这种吸收器的新方法，这对于从事制造这些吸收器的光学工程师来说非常有用。预计本文将有助于研究人员和光学和涂层设计师，从事本新颖的航空工程和航空工程领域。

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