Application of a Surface Waveguide in Microwave Drying Units of the Agribusiness Industry

E. Ritter, Alexey Savostin, Dmitriy Ritter, Galina Savostina, Andrey Smirnov, Sayat Moldakhmetov
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Abstract

In the last two decades, the electromagnetic field of the microwave range has been successfully introduced into various branches of the agribusiness industry as one of the most promising and advanced technologies for drying manufactured products. In this regard, the article proposes a new microwave irradiation technique for drying various objects based on a surface waveguide’s properties. The paper analyses the main links that make up the surface waveguide as a microwave irradiation system and shows the ways of their implementation. The article describes the advantages of applying a vibratory device for exciting a surface wave, using a re-emitting antenna array, and operating a single conductor with a dielectric coating as a surface waveguide. Such advantages make it possible to introduce microwave drying units with the required distribution of electromagnetic field energy along the irradiated material, small dimensions, high drying quality, and low price.
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表面波导在农业综合企业微波干燥装置中的应用
在过去的二十年里,微波范围内的电磁场已被成功引入农业综合企业的各个部门,成为干燥制成品的最有前途的先进技术之一。为此,文章根据表面波导的特性,提出了一种用于干燥各种物体的新型微波辐照技术。文章分析了构成表面波导微波辐照系统的主要环节,并展示了其实施方法。文章介绍了应用振动装置激发表面波、使用再发射天线阵列以及将带有电介质涂层的单导体用作表面波导的优点。这些优点使得微波干燥装置的推出成为可能,它具有所需的电磁场能量沿照射材料分布、尺寸小、干燥质量高和价格低廉等特点。
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