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Surface treatment method for wave-transparent ceramic radome
The invention provides a surface treatment method of a wave-transparent ceramic radome, thereby solving a problem of pore and pit treatment on the ceramic surface and improving the surface quality. The method is an effective moisture-proof technology. The method is simple in process, easy to operate and low in cost; pits in the surface of the radome are repaired, the surface quality is improved,and the damp-proof function of a super-hydrophobic structure is achieved and the adhesive force is strong; and compared with a resin coating, the provided coating has the advantages of extremely low high-temperature residual carbon content and no influence on the wave-transmitting performance of the antenna.
本发明提供了一种透波陶瓷天线罩表面处理方法，不仅可能够解决陶瓷表面孔隙凹坑处理，提升表面质量，还是一种有效的防潮技术。本发明工艺简单、易操作，成本低廉；在修复天线罩表面凹坑修复，提高表面质量的同时，具有超疏水结构的防潮功能；附着力高，相对与树脂涂层，具有高温残碳量极低，不影响天线透波性能的优势。
Surface treatment method for wave-transparent ceramic radome
The invention provides a surface treatment method of a wave-transparent ceramic radome, thereby solving a problem of pore and pit treatment on the ceramic surface and improving the surface quality. The method is an effective moisture-proof technology. The method is simple in process, easy to operate and low in cost; pits in the surface of the radome are repaired, the surface quality is improved,and the damp-proof function of a super-hydrophobic structure is achieved and the adhesive force is strong; and compared with a resin coating, the provided coating has the advantages of extremely low high-temperature residual carbon content and no influence on the wave-transmitting performance of the antenna.
本发明提供了一种透波陶瓷天线罩表面处理方法，不仅可能够解决陶瓷表面孔隙凹坑处理，提升表面质量，还是一种有效的防潮技术。本发明工艺简单、易操作，成本低廉；在修复天线罩表面凹坑修复，提高表面质量的同时，具有超疏水结构的防潮功能；附着力高，相对与树脂涂层，具有高温残碳量极低，不影响天线透波性能的优势。
Surface treatment method for wave-transparent ceramic radome
一种透波陶瓷天线罩表面处理方法
WU GUANGLI (author) / REN HAICHENG (author) / DENG DEFENG (author) / SHE PINGJIANG (author) / LIU JUNJUN (author)
2020-08-07
Patent
Electronic Resource
Chinese
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