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Bi-metallic and mono-metallic antenna-coupled nanoscale thermocouples for infrared detection

机译:双金属和单金属天线耦合纳米级热电偶用于红外检测

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Infrared detectors in the long-wave infrared range (LWIR) are of special interest since they are sensitive to blackbody radiation of objects at room temperature, with a wide range of applications. In previous work, we have reported bi-metallic antenna-coupled infrared detectors for the LWIR [1], and here we report novel mono-metallic antenna-coupled infrared detectors, as well as a comparison between the two. Such antenna-coupled thermocouples are promising candidates for various applications including energy harvesting [2], target tracking [3], and thermal imaging. These detectors operate without the need of any bias or cooling. The antenna design determines the resonant frequency, directivity, and polarization of these detectors.
机译:长波红外范围(LWIR)中的红外探测器具有特殊兴趣,因为它们对室温下对物体的黑体辐射敏感,具有各种应用。在以前的工作中,我们已经报道了LWIR [1]的双金属天线耦合红外探测器,以及我们报告新颖的单金属天线耦合红外探测器,以及两者之间的比较。这种天线耦合的热电偶是有希望的各种应用的候选者,包括能量收集[2],目标跟踪[3]和热成像。这些探测器在不需要任何偏置或冷却的情况下运行。天线设计决定了这些探测器的谐振频率,方向性和极化。

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