The Periodic Half-width Microstrip Leaky-Wave Antenna with a Backward to Forward Scanning Capability 全向扫描的周期性半宽度微带漏波天线设计
Study on active vibration control of weak coupling periodic antenna structure considering disorder 考虑失谐的弱耦合周期天线结构的振动主动控制研究
The log periodic dipole antenna ( LPDA) is used as an object of study. 主要研究了对数周期偶极子天线。
The variable phase center of the log-periodic dipole antenna 对数周期偶极子天线的可变相位中心
A dual-polarization log periodic antenna array 双极化对数周期阵列天线
Analysis of Microstrip Log-periodic Antenna by FDTD 微带对数周期天线的FDTD分析
Then based of it, we combine the log periodic antenna with the biconical as a broadband assembled antenna. 然后在此研究基础上对三角天线进行研究分析,并将对数周期天线与之组合设计制造出一副组合式宽带天线,用于展宽对数周期天线的频带宽度。
The author introduces the principle and properties of FI two-arms equiangular spiral antenna and Lp ( logarithmically periodic) antenna. 介绍了非频变特性的双臂等角平面螺旋天线和对数周期天线的工作原理和特性。
Briefly introduces kinds of traditional wideband antenna, Such as dipole antenna, equiangular spiral antenna, logarithm periodic antenna, tapered slot antenna, biconical antenna; 简要介绍了传统的多种宽带天线,如偶极子天线、等角螺旋天线、对数周期天线、开槽天线、双锥天线等;
Also the bow-tie-shaped meander slot antenna, edge tapered meander antenna and log periodic meander antenna are discussed. 从蛇形槽,馈线和寄生单元三个方面对天线与结构做出了变形的设计,得到了蛇形槽蝶形天线,边缘渐变蛇行槽天线和对数周期蛇形槽天线。
Experimental study of the logarithmically periodic antenna 一种对数周期天线的实验研究
Structural Design and Analysis of the Ultra-shortwave Log-periodic Antenna 超短波对数周期天线结构设计及分析
A direction finding algorithm based on Log-periodic antenna array 基于对数周期天线圆形阵的测向算法
The Design Construction and Measurment of A Long& Periodic Dipole Antenna 对数周期偶极子天线的设计、制造和测试
A New Method for Analyzing the Log Periodic Dipole Antenna 对数周期偶极天线的一种新的分析方法
Study of Log Periodic Dipole Antenna s 对数周期偶极天线研究
Improved Perturbation Analysis of Millimeter-Wave Omni-Directional Periodic Dielectric Rod Antenna 新型圆柱介质栅毫米波全向漏波天线的改进微扰法分析
Analysis of printed log-periodic dipole antenna used in seeker 用于导引头的印刷对数周期天线研究
Finally, an antenna element for satellite navigation antenna array is designed, through combining the advantages of periodic grooves and microstrip antenna technology. 最后,将周期凹槽结构和微带天线相结合,设计了一款可用于卫星导航定位接收和发射的天线单元,该天线单元同时可用于组阵,并能很好的降低单元之间的互耦效应。