Design of Microwave Applicator with Plural Microchannels Using Post-Wall Waveguide

M. Kishihara, M. Isobe, K. Okubo, M. Takeuchi, A. Yamaguchi, Y. Utsumi
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Abstract

Microwave application technologies such as microwave heating, microwave assisted chemistry, etc. are of the innovative green technologies. In this paper, a chip-size microwave applicator with plural microchannels is designed at 24 GHz band. It consists of the post-wall waveguide and two or more micro channels arranged among the metallic posts. This applicator realizes microwave heating at different temperatures for the microchannels embedded in the separate places. The temperature-time profiles of the applicator are examined numerically. An experimental verification is performed with microwave power sources of about 0.7 W.
基于后壁波导的多微通道微波应用器设计
微波加热、微波辅助化学等微波应用技术属于创新型绿色技术。本文在24ghz频段设计了一种芯片大小的多微通道微波应用器。它由后壁波导和布置在金属柱之间的两个或多个微通道组成。该涂敷器实现了在不同温度下对嵌入在不同位置的微通道进行微波加热。用数值方法研究了涂敷器的温度-时间分布。用约0.7 W的微波功率源进行了实验验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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