陶瓷基频率选择表面透波材料工艺研究进展

频率选择表面（FSS）透波材料是透波材料长期以来所追求的结构-功能一体化的集中体现和成功实践，随着天线以及通讯系统对全向透波、宽频透波、频选透波、隐身等性能要求的提高，该技术已成为透波材料研究的新热点，在军工、民品领域均有广泛的应用前景。陶瓷基FSS透波材料技术针对耐高温高性能天线罩的研制需求而提出，对透波材料技术的可持续发展具有重大意义。文中分析了当前陶瓷基FSS透波材料工艺研究的需求，介绍了国内陶瓷基FSS透波材料工艺研究的现状，并对其应用前景进行了展望。

Research Progress in Processing of Ceramic-Based Frequency Selective Surface Microwave Transparent Materials

Frequency Selective Surface (FSS) microwave transparent materials are the concentrated expression and successful practice of pursuing a structure-function integration of microwave transparent materials for a long time. With the increasing performance requirements of antennas and communication systems to omnibearing wave transmission, broadband wave transmission, frequency selective wave transmission, stealth, etc., this technology becomes a new hot spot in the research of microwave transparent materials, and has a wide range of applications in the fields of military and civilian products. A ceramic-based FSS microwave transparent material technology is proposed in accordance with the development of high-temperature and high-performance radome, which is of great significance to the sustainable development of microwave transparent material technology. This paper analyzes the current research needs of ceramic-based FSS microwave transparent materials, introduces the current research status of domestic ceramic-based FSS microwave transparent materials, and prospects for its application prospects.