A novel method for fast measuring phased array antennas based on optimal phase control;
分析并给出了一种可适用于非侧视相控阵天线的机载动目标检测方法。
Phased array antennas are widely employed in radar, communication and weather field etc.
相控阵天线在雷达、通讯和气象等领域内得到了广泛的应用。
An optical true time delay (TTD) is a means for optically controlling phased array antennas (PAAs).
光真延时是对相控阵天线进行光控的一种重要手段。
Finally, this paper studies a utility phased array antennas, introduces the performance of the antennas.
最后，本文研究了一种实用相控阵天线，介绍了该天线的性能、指标。
U-shape patch element for phased array antennas with wide-beam both in E-and H-planes is presented in this paper.
该文介绍了一种在E面和H面都具有宽波束特性的U形贴片相控阵天线单元。
A U-shape patch element for phased array antennas with wide-beam both in E-and H-planes is presented in this paper.
该文介绍了一种在E面和H面都具有宽波束特性的U形贴片相控阵天线单元。
In order to improve the test efficiency of phased array antennas, phase-shift measurement method is adopted in this paper.
为了提高相控阵天线的检测效率，本文采用了相控阵天线换相测量法。
This paper expounds that errors of the array effect on the performance of the antennas by analyzed the performance of the phased array antennas and how to correct the errors.
本文从相控阵天线性能分析出发，阐述了阵列误差对天线性能的影响和针对阵列误差的校准方法。
In this paper, the main valve width and directive gain for uniform linear array of antennas in phased scanning are estimated.
本文对均匀直线阵列天线在相控扫描过程中的主瓣宽度和方向性系数进行了估算。
Our study shows that the method is useful for rapid designing and analyzing phased array microstrip antennas.
研究表明，这种方法有利于相控微带天线阵的快速设计。
The phased array antenna has the features such as low profile, good conformal shape and high tracking speed, it is the development trend for communication antennas.
相控阵天线具有低轮廓、易共形、跟踪速度快等特点，是通信天线的技术发展趋势。
The phased array antenna has the features such as low profile, good conformal shape and high tracking speed, it is the development trend for communication antennas.
相控阵天线具有低轮廓、易共形、跟踪速度快等特点，是通信天线的技术发展趋势。
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