无线电通信技术
無線電通信技術
무선전통신기술
RADIO COMMUNICATIONS TECHNOLOGY
2009年
4期
33-35
,共3页
碳纤维%金属化%转移法%脱模剂
碳纖維%金屬化%轉移法%脫模劑
탄섬유%금속화%전이법%탈모제
carbon fiber%metallization%transfer%release agent
介绍了碳纤维复合材料天线采用转移法进行表面金属化的技术.通过对高分子转移膜溶液配方、高分子转移膜制作和金属喷涂等进行研究,确定了碳纤维复合材料天线表面金属化的流程.在Ka频段对电磁波的反射特性进行测试,达到了设计指标要求.该方法操作简单,稳定性和可靠性较高,不影响制品精度,而且成本较低,适用于室温固化成型和中温固化成型,具有广泛的应用前景.
介紹瞭碳纖維複閤材料天線採用轉移法進行錶麵金屬化的技術.通過對高分子轉移膜溶液配方、高分子轉移膜製作和金屬噴塗等進行研究,確定瞭碳纖維複閤材料天線錶麵金屬化的流程.在Ka頻段對電磁波的反射特性進行測試,達到瞭設計指標要求.該方法操作簡單,穩定性和可靠性較高,不影響製品精度,而且成本較低,適用于室溫固化成型和中溫固化成型,具有廣汎的應用前景.
개소료탄섬유복합재료천선채용전이법진행표면금속화적기술.통과대고분자전이막용액배방、고분자전이막제작화금속분도등진행연구,학정료탄섬유복합재료천선표면금속화적류정.재Ka빈단대전자파적반사특성진행측시,체도료설계지표요구.해방법조작간단,은정성화가고성교고,불영향제품정도,이차성본교저,괄용우실온고화성형화중온고화성형,구유엄범적응용전경.
This paper describes the technology of the carbon fiber antenna metalizing by transfer. Through studying the composition of polymer solution, the molding of polymer transfer film and the technology of the metal spraying, the surface metallization process of carbon fiber composite antenna is confirmed. The design specifications have been met in the electromagnetic wave reflection characteristics test of the metallized carbon fiber antenna at Ka-band. This technology is characteristic of high stability and security, low cost, easy operation and no effect on precision of products, therefore it has a promising prospect for applications in curing at room temperature and medium temperature.
