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In this paper, the coaxial cavity is used to study the interaction mechanism between the material and the strong microwave electric field, through the establishment of re-entrant coaxial resonant cavity model, analyze the principle of different coupling modes and comparison, the most used to feed the cavity using hole coupling. Subsequent experiments based on the re-entrant coaxial resonant cavity, the results show that the microwave action at the beginning of the non-thermal consequences, with the increase of the action time, the thermal consequences is gradually obvious, for the high-power microwave material properties characterization and testing provides a new method and insights.

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A Coaxial Cavity for Studying the Interaction of Materials with Strong Microwave Electric Fields

  • 会议论文

  • 发表日期：

    2025年

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  • Zheng Jiahao,
  • Long Jiawei,
  • Wen Haoyu,
  • Wang Xiaolu,
  • Gao Yong,
  • Huang Lin,
  • Zhang Yunpeng,
  • Li En,
  • Zheng Hu

摘要

In this paper, the coaxial cavity is used to study the interaction mechanism between the material and the strong microwave electric field, through the establishment of re-entrant coaxial resonant cavity model, analyze the principle of different coupling modes and comparison, the most used to feed the cavity using hole coupling. Subsequent experiments based on the re-entrant coaxial resonant cavity, the results show that the microwave action at the beginning of the non-thermal consequences, with the increase of the action time, the thermal consequences is gradually obvious, for the high-power microwave material properties characterization and testing provides a new method and insights.