波导核心电场的可视化

D. Stuerga, H. Renaudin, F. Henri, M. Delmotte, M. Lallemant
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引用次数: 0

摘要

该技术利用了平板的吸收能力,特别是其将电磁能整体转换为热形式的能力,因此低功率照射足以产生加热,可以通过红外热像仪检测到(小于1 W)。红外摄像机可以定位在平板覆盖的开放波导输出的正对面。完全没有反射率确保了板的存在不会引起干扰。该技术是典型的简单性,因为它可以在没有消声室或其他特殊环境的工业应用程序上使用。
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Visualisation of the electric fields in the core of a waveguide
The technique presented exploits the absorptive capacity of a plate and especially its ability to convert electromagnetic energy integrally into a thermal form, so that low power levels of irradiation suffice to produce heating which can be detected by infrared thermography (less than 1 W). The infrared camera could be positioned directly opposite the output of the open waveguide covered by the plate. The total absence of reflectivity ensures that the presence of the plate induces no interference. The technique is of exemplary simplicity since it can be used on industrial applicators without an anechoic chamber or other special environment.
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