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大型分块介质天线罩电性能提升技术
引用本文:唐守柱,沈利新,何丙发,李洋.大型分块介质天线罩电性能提升技术[J].复合材料学报,2016,33(6):1305-1310.
作者姓名:唐守柱  沈利新  何丙发  李洋
作者单位:1.南京电子技术研究所, 南京 210013;
摘    要:采用阻抗匹配技术, 利用金属栅网电调谐单元, 对大型分块介质天线罩的板块接缝(或称加强肋)进行了电调谐优化设计, 优化设计的含有金属栅网的混合介质结构, 在保证接缝结构力学性能的前提下, 其透波性率比板块接缝本身的透波率提升约20%, 而且通过加载不同的金属栅网, 可以调整混合结构最佳透波的频率范围, 从而可用于不同频段天线罩的研制, 为研制高性能大型介质天线罩提供了一条新的技术途径。 

关 键 词:金属栅网    阻抗匹配    电调谐    大型介质天线罩    透波率
收稿时间:2015-11-04

Technique to improve electric performance of large-partiton dielectric radomes
TANG Shouzhu,SHEN Lixin,HE Bingfa,LI Yang.Technique to improve electric performance of large-partiton dielectric radomes[J].Acta Materiae Compositae Sinica,2016,33(6):1305-1310.
Authors:TANG Shouzhu  SHEN Lixin  HE Bingfa  LI Yang
Affiliation:1.Nanjing Research Institute of Electronics Technology, Nanjing 210013, China;2.Shanghai FRP Research Institute Co., Ltd, Shanghai 201404, China
Abstract:By applying the impedance matching technique and using metallic wire grid electrical tunable unit,the optimization design of electrical tunable was performed for plate joints (or reinforcing rib)in large partitioning die-lectric radome.On the premise of guaranteeing mechanical performance of joint structure,the transmission efficien-cy of optimized mixed dielectric structure containing metallic wire grids improves by about 20% compared with plate joints.In addition,by loading different metallic wire grids,the frequency range of best transmission for mixed structure can be adj usted,thus can be used to develop radomes of various frequency.This provides a novel techno-logical pathway to design high-performance large dielectric radomes.
Keywords:metallic wire grids  impedance match  electrical tunable  large dielectric radome  transmission efficien-cy
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