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- Wide slot microstrip antenna 微带宽缝天线
- Dual - Frequency of the CPW Fed Bow - tie slot Microstrip Antenna 共面波导馈电蝶形缝隙天线双频特性的研究
- An U-shaped Slot Dual-band Planar Inverted-F Microstrip Antenna 一种U型开槽的平面倒置F型双频微带天线
- Abstract: Using fractal technology to design multiband microstrip antenna is the hot studying field now. 中文摘要: 将分形技术应用于多频段微带天线的设计是目前研究的热点。
- A novel single-layer single-patch wideband circular microstrip antenna with slots is proposed. 设计了一种新型单贴片单层的开缝微带天线。
- A novel broadband cylindrically conformal microstrip antenna with a single substrate is presented. 摘要提出一种新型的单层介质宽频带圆柱共形微带天线。
- Genetic Algorithm combined with FDTD method is applied to design a broadband microstrip antenna. 将遗传算法与FDTD法结合优化设计出了一种宽频微带天线。
- A new design of the shared-aperture dual-band dual-polarized(DBDP) microstrip antenna array is introduced. 介绍一种新的共用口径双波段双极化(DBDP)微带天线阵的设计。
- We discuss the research of the microstrip antenna in the aspect of bandwidth enhancement in detail. 对微带贴片天线频带展宽方面的研究做了全面、深入的探讨。
- This paper describes a new design of a probe-fed stacked CP microstrip antenna with two corner-truncated square patches overlapped without air-gap. 该文介绍一种通过单个探针馈电的双层正方形切角的微带贴片天线。
- In order to solve the conflict between RCS reduction and performance of microstrip antenna,a new method was proposed in this paper. 针对微带天线辐射性能提高和RCS减缩这一矛盾,寻求一种对辐射性能影响较小的微带天线RCS减缩新方案。
- These methods make the microstrip antenna with smaller and simpler structure.So it broadens the implemented area of the antenna. 这些方法使微带贴片天线向小型化、结构简单方向发展，从而使其应用范围进一步扩大。
- Finally, a series of experimental studies is made on the proposed polarization-agile active microstrip antenna witha low noise amplifier (LNA). 第四，完成了独创的具有极化捷变功能并带有低噪声放大器(LNA)的有源微带天线阵的设计与研制，并进行了一系列实验2000年上侮大学博士学位论文研究。
- Compared to traditional microstrip antenna, the presented antenna possesses broader beamwidth, low sidelobe and broad circu... 传统的微带天线通常具有低剖面、安装容易、重量轻以及与承载的母体在外形上拥有一致性等优点。
- Theoretical analysis about microstrip antennas is summarized. 对微带天线的理论分析作了归纳。
- Narrow bandwidth has been one of the most serious limitations hindering the wider application of microstrip antenna technology. 频带窄严重制约微带天线的广泛应用。
- The radiation and impedance characteristic of microstrip antenna may be influenced by cutting slots on the groundplane with applications to widening the frequency band. 接地板开槽可以改变微带天线的辐射特性及阻抗特性，在微带贴片天线的频带展宽中已有所应用。
- We discuss how to operate genetic algorithm and introduce some techniques to reduce the time of optimizing a microstrip antenna with genetic algorithm and FDTD method. 文中简要讨论了遗传算法的操作过程,并介绍了减少遗传算法与FDTD法结合优化微带天线计算量的方法。
- Moreover, the UHF microstrip antenna and digital I/O module and data acquisition unit---TDS5032 digital oscilloscope were selected according to the requirements of system. 并根据系统要求,选定了超高频微带天线和数字I/O控制模块,选定泰克公司的TDS5032高速数字示波器作为系统的数据采集单元,构建了GIS局部放电超高频数据采集系统。
- Through improving the feeding mode,the traditional microstrip antenna with single unbalanced feed was changed into a new one with dual balanced feeds,and the RFID tag . 通过改变微带天线的馈电形式,将传统非平衡单馈电结构的微带天线改进成平衡双馈电结构,三维的微带天线也简化成平板结构,减小了RFID标签体积。
