卫星通信天线用三维介电磁性复合材料的设计与制造

G. Kiziltas
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引用次数: 0

摘要

本文提出了一种具有预先设定带宽要求的小型卫星通信天线的设计。我们证明了一种新的设计过程伴随着滤波和后处理技术能够设计出具有巨大性能改进的新型材料复合材料用于宽带天线。所提出的设计方法是基于全波有限元分析(FEA)和采用顺序线性规划(SLP)的拓扑设计方法的集成。发明了一种简单而有效的干粉压实方法-“沙漆”,能够在3D中产生多层多陶瓷变化。这种制造技术是专门发明的,用于使用现成的粉末产生相应的体积多材料变化,并且可以扩展到允许在会议上讨论的磁性和导体内含物
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Design and Fabrication of Three Dimensional Dielectric and Magnetic Composites for Satcom Antenna Applications
In this paper we presented the design of a compact SATCOM antenna with pre-specified bandwidth requirements. We demonstrated that a novel design procedure accompanied by filtering and post processing techniques is capable of designing novel material composites with tremendous performance improvement for broadband antennas. The proposed design procedure was based on the integration of full wave finite element analysis (FEA) and topology design method employing sequential linear programming (SLP). A simple yet effective dry powder compacting method - "sand painting" was invented that is capable of producing multi-layer multi-ceramic variations in 3D. This fabrication technique is specifically invented to produce the resulting volumetric multimaterial variation using off-the-shelf powders and can be extended to allow for magnetic and conductor inclusions as discussed at the conference
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